parser.out

Created by PLY version 3.11 (http://www.dabeaz.com/ply)

Grammar

Rule 0     S' -> program
Rule 1     program -> statements
Rule 2     statements -> statements statement
Rule 3     statements -> statement
Rule 4     type_spec -> TYPE
Rule 5     type_spec -> TYPE ARROW TYPE
Rule 6     type_spec -> TANGENT ID TYPE
Rule 7     type_spec -> TYPE LBRACKET dimension_list RBRACKET
Rule 8     dimension_list -> dimension_spec
Rule 9     dimension_list -> dimension_spec COMMA dimension_list
Rule 10    dimension_spec -> PLUS NUMBER
Rule 11    dimension_spec -> MINUS NUMBER
Rule 12    dimension_spec -> NUMBER
Rule 13    dimension_spec -> ID
Rule 14    dimension_spec -> TYPE
Rule 15    statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
Rule 16    statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
Rule 17    func_body_stmts -> func_body_stmt
Rule 18    func_body_stmts -> func_body_stmts func_body_stmt
Rule 19    func_body_stmt -> ID EQUALS func_expr NEWLINE
Rule 20    func_body_stmt -> ID COLON type_spec EQUALS func_expr NEWLINE
Rule 21    func_body_stmt -> ID COMMA ID EQUALS func_expr NEWLINE
Rule 22    func_body_stmt -> ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
Rule 23    func_body_stmt -> NEWLINE
Rule 24    statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
Rule 25    func_init -> <empty>
Rule 26    func_init -> func_init func_init_stmt
Rule 27    func_init_stmt -> ID EQUALS func_expr NEWLINE
Rule 28    func_init_stmt -> NEWLINE
Rule 29    func_loop_body -> <empty>
Rule 30    func_loop_body -> func_loop_body func_loop_stmt
Rule 31    func_loop_stmt -> ID EQUALS func_expr NEWLINE
Rule 32    func_loop_stmt -> ID PLUSEQ func_expr NEWLINE
Rule 33    func_loop_stmt -> NEWLINE
Rule 34    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
Rule 35    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
Rule 36    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
Rule 37    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
Rule 38    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
Rule 39    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
Rule 40    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
Rule 41    statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
Rule 42    lambda_loop_body -> <empty>
Rule 43    lambda_loop_body -> lambda_loop_body lambda_loop_stmt
Rule 44    lambda_loop_stmt -> ID EQUALS func_expr NEWLINE
Rule 45    lambda_loop_stmt -> NEWLINE
Rule 46    statement -> ID COLON type_spec EQUALS expr
Rule 47    statement -> ID EQUALS expr
Rule 48    statement -> expr
Rule 49    statement -> NEWLINE
Rule 50    statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT
Rule 51    for_body -> <empty>
Rule 52    for_body -> for_body for_statement
Rule 53    for_statement -> ID EQUALS func_expr NEWLINE
Rule 54    for_statement -> ID PLUSEQ func_expr NEWLINE
Rule 55    for_statement -> ID LPAREN func_args RPAREN NEWLINE
Rule 56    for_statement -> NEWLINE
Rule 57    params -> <empty>
Rule 58    params -> ID COLON type_spec
Rule 59    params -> ID COLON type_spec COMMA params
Rule 60    func_expr -> func_expr PLUS func_term
Rule 61    func_expr -> func_expr MINUS func_term
Rule 62    func_expr -> func_term
Rule 63    func_term -> func_term TIMES func_factor
Rule 64    func_term -> func_term DIVIDE func_factor
Rule 65    func_term -> func_term MATMUL func_factor
Rule 66    func_term -> func_term POWER func_factor
Rule 67    func_term -> func_factor
Rule 68    func_factor -> NUMBER
Rule 69    func_factor -> ID
Rule 70    func_factor -> LPAREN func_expr RPAREN
Rule 71    func_factor -> ID LPAREN func_args RPAREN
Rule 72    func_factor -> ID LBRACKET func_expr RBRACKET
Rule 73    func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
Rule 74    func_factor -> LBRACKET func_elements RBRACKET
Rule 75    func_factor -> STRING
Rule 76    func_factor -> IMAGINARY
Rule 77    func_elements -> func_expr
Rule 78    func_elements -> func_expr COMMA func_elements
Rule 79    func_args -> <empty>
Rule 80    func_args -> func_expr
Rule 81    func_args -> func_expr COMMA func_args
Rule 82    expr -> expr PLUS term
Rule 83    expr -> expr MINUS term
Rule 84    expr -> term
Rule 85    term -> term TIMES factor
Rule 86    term -> term DIVIDE factor
Rule 87    term -> term MATMUL factor
Rule 88    term -> term POWER factor
Rule 89    term -> factor
Rule 90    factor -> ID LPAREN args RPAREN
Rule 91    factor -> NUMBER
Rule 92    factor -> MINUS factor
Rule 93    factor -> ID
Rule 94    factor -> LPAREN expr RPAREN
Rule 95    factor -> LBRACKET elements RBRACKET
Rule 96    factor -> STRING
Rule 97    elements -> expr
Rule 98    elements -> expr COMMA elements
Rule 99    elements -> NEWLINE elements
Rule 100   elements -> elements NEWLINE
Rule 101   factor -> ID LBRACKET NUMBER RBRACKET
Rule 102   factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET
Rule 103   args -> <empty>
Rule 104   args -> expr
Rule 105   args -> expr COMMA args

Terminals, with rules where they appear

ARROW                : 5 34 35 35 36 37 37 38 38 39 39 40 41 41
CLASS                : 34 35 36 37 38 39 40 41
COLON                : 15 15 16 16 20 24 24 24 34 34 35 35 35 36 36 37 37 37 38 38 38 39 39 39 40 40 40 41 41 41 41 46 50 58 59 102
COMMA                : 9 21 22 22 59 78 81 98 105
DEDENT               : 15 16 24 24 34 34 35 35 35 36 36 37 37 37 38 38 38 39 39 39 40 40 40 41 41 41 41 50
DEF                  : 15 16 24 34 35 35 36 37 37 38 38 39 39 40 41 41
DIVIDE               : 64 86
EQUALS               : 19 20 21 22 27 31 44 46 47 53
FOR                  : 24 40 41 50
ID                   : 6 13 15 16 19 20 21 21 22 22 22 24 24 27 31 32 34 35 35 36 37 37 38 38 39 39 40 40 41 41 41 44 46 47 50 53 54 55 58 59 69 71 72 73 90 93 101 102
IMAGINARY            : 76
INDENT               : 15 16 24 24 34 34 35 35 35 36 36 37 37 37 38 38 38 39 39 39 40 40 40 41 41 41 41 50
LAMBDA               : 34 35 36 37 38 39 40 41
LBRACKET             : 7 72 73 74 95 101 102
LPAREN               : 15 16 24 34 34 35 35 35 36 36 37 37 37 38 38 38 39 39 39 40 40 41 41 41 55 70 71 73 90 94
MATMUL               : 65 87
MINUS                : 11 61 83 92
NEWLINE              : 15 15 16 16 19 20 21 22 23 24 24 24 27 28 31 32 33 34 34 34 35 35 35 35 35 36 36 36 37 37 37 37 37 38 38 38 38 38 39 39 39 39 39 40 40 40 40 41 41 41 41 41 41 44 45 49 50 53 54 55 56 99 100
NUMBER               : 10 11 12 68 91 101 102 102
PLUS                 : 10 60 82
PLUSEQ               : 32 54
POWER                : 66 88
RBRACKET             : 7 72 73 74 95 101 102
RETURN               : 15 16 24 34 35 35 36 37 37 38 38 39 39 40 41 41
RPAREN               : 15 16 24 34 34 35 35 35 36 36 37 37 37 38 38 38 39 39 39 40 40 41 41 41 55 70 71 73 90 94
STRING               : 75 96
TANGENT              : 6
TIMES                : 63 85
TYPE                 : 4 5 5 6 7 14
error                : 

Nonterminals, with rules where they appear

args                 : 90 105
dimension_list       : 7 9
dimension_spec       : 8 9
elements             : 95 98 99 100
expr                 : 46 47 48 82 83 94 97 98 104 105
factor               : 85 86 87 88 89 92
for_body             : 50 52
for_statement        : 52
func_args            : 55 71 73 81
func_body_stmt       : 17 18
func_body_stmts      : 16 18 36 37 38 39 39
func_elements        : 74 78
func_expr            : 15 16 19 20 21 22 24 27 31 32 34 35 35 36 37 37 38 38 39 39 40 41 41 44 53 54 60 61 70 72 73 77 78 80 81
func_factor          : 63 64 65 66 67
func_init            : 24 26
func_init_stmt       : 26
func_loop_body       : 24 30
func_loop_stmt       : 30
func_term            : 60 61 62 63 64 65 66
lambda_loop_body     : 40 41 43
lambda_loop_stmt     : 43
params               : 15 16 24 34 34 35 35 35 36 36 37 37 37 38 38 38 39 39 39 40 40 41 41 41 59
program              : 0
statement            : 2 3
statements           : 1 2
term                 : 82 83 84 85 86 87 88
type_spec            : 15 16 20 24 34 35 35 36 37 37 38 38 39 39 40 41 41 46 58 59

Parsing method: LALR

state 0

    (0) S' -> . program
    (1) program -> . statements
    (2) statements -> . statements statement
    (3) statements -> . statement
    (15) statement -> . DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> . DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> . DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (34) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (46) statement -> . ID COLON type_spec EQUALS expr
    (47) statement -> . ID EQUALS expr
    (48) statement -> . expr
    (49) statement -> . NEWLINE
    (50) statement -> . FOR ID COLON NEWLINE INDENT for_body DEDENT
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    DEF             shift and go to state 4
    CLASS           shift and go to state 9
    ID              shift and go to state 5
    NEWLINE         shift and go to state 7
    FOR             shift and go to state 8
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    program                        shift and go to state 1
    statements                     shift and go to state 2
    statement                      shift and go to state 3
    expr                           shift and go to state 10
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 1

    (0) S' -> program .



state 2

    (1) program -> statements .
    (2) statements -> statements . statement
    (15) statement -> . DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> . DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> . DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (34) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> . CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (46) statement -> . ID COLON type_spec EQUALS expr
    (47) statement -> . ID EQUALS expr
    (48) statement -> . expr
    (49) statement -> . NEWLINE
    (50) statement -> . FOR ID COLON NEWLINE INDENT for_body DEDENT
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    $end            reduce using rule 1 (program -> statements .)
    DEF             shift and go to state 4
    CLASS           shift and go to state 9
    ID              shift and go to state 5
    NEWLINE         shift and go to state 7
    FOR             shift and go to state 8
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    statement                      shift and go to state 17
    expr                           shift and go to state 10
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 3

    (3) statements -> statement .

    DEF             reduce using rule 3 (statements -> statement .)
    CLASS           reduce using rule 3 (statements -> statement .)
    ID              reduce using rule 3 (statements -> statement .)
    NEWLINE         reduce using rule 3 (statements -> statement .)
    FOR             reduce using rule 3 (statements -> statement .)
    NUMBER          reduce using rule 3 (statements -> statement .)
    MINUS           reduce using rule 3 (statements -> statement .)
    LPAREN          reduce using rule 3 (statements -> statement .)
    LBRACKET        reduce using rule 3 (statements -> statement .)
    STRING          reduce using rule 3 (statements -> statement .)
    $end            reduce using rule 3 (statements -> statement .)


state 4

    (15) statement -> DEF . ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF . ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF . ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    ID              shift and go to state 18


state 5

    (46) statement -> ID . COLON type_spec EQUALS expr
    (47) statement -> ID . EQUALS expr
    (90) factor -> ID . LPAREN args RPAREN
    (93) factor -> ID .
    (101) factor -> ID . LBRACKET NUMBER RBRACKET
    (102) factor -> ID . LBRACKET NUMBER COLON NUMBER RBRACKET

  ! shift/reduce conflict for LPAREN resolved as shift
  ! shift/reduce conflict for LBRACKET resolved as shift
    COLON           shift and go to state 19
    EQUALS          shift and go to state 20
    LPAREN          shift and go to state 21
    TIMES           reduce using rule 93 (factor -> ID .)
    DIVIDE          reduce using rule 93 (factor -> ID .)
    MATMUL          reduce using rule 93 (factor -> ID .)
    POWER           reduce using rule 93 (factor -> ID .)
    PLUS            reduce using rule 93 (factor -> ID .)
    MINUS           reduce using rule 93 (factor -> ID .)
    DEF             reduce using rule 93 (factor -> ID .)
    CLASS           reduce using rule 93 (factor -> ID .)
    ID              reduce using rule 93 (factor -> ID .)
    NEWLINE         reduce using rule 93 (factor -> ID .)
    FOR             reduce using rule 93 (factor -> ID .)
    NUMBER          reduce using rule 93 (factor -> ID .)
    STRING          reduce using rule 93 (factor -> ID .)
    $end            reduce using rule 93 (factor -> ID .)
    LBRACKET        shift and go to state 22

  ! LPAREN          [ reduce using rule 93 (factor -> ID .) ]
  ! LBRACKET        [ reduce using rule 93 (factor -> ID .) ]


state 6

    (94) factor -> LPAREN . expr RPAREN
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    expr                           shift and go to state 23
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 7

    (49) statement -> NEWLINE .

    DEF             reduce using rule 49 (statement -> NEWLINE .)
    CLASS           reduce using rule 49 (statement -> NEWLINE .)
    ID              reduce using rule 49 (statement -> NEWLINE .)
    NEWLINE         reduce using rule 49 (statement -> NEWLINE .)
    FOR             reduce using rule 49 (statement -> NEWLINE .)
    NUMBER          reduce using rule 49 (statement -> NEWLINE .)
    MINUS           reduce using rule 49 (statement -> NEWLINE .)
    LPAREN          reduce using rule 49 (statement -> NEWLINE .)
    LBRACKET        reduce using rule 49 (statement -> NEWLINE .)
    STRING          reduce using rule 49 (statement -> NEWLINE .)
    $end            reduce using rule 49 (statement -> NEWLINE .)


state 8

    (50) statement -> FOR . ID COLON NEWLINE INDENT for_body DEDENT

    ID              shift and go to state 25


state 9

    (34) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS . ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    ID              shift and go to state 26


state 10

    (48) statement -> expr .
    (82) expr -> expr . PLUS term
    (83) expr -> expr . MINUS term

  ! shift/reduce conflict for MINUS resolved as shift
    DEF             reduce using rule 48 (statement -> expr .)
    CLASS           reduce using rule 48 (statement -> expr .)
    ID              reduce using rule 48 (statement -> expr .)
    NEWLINE         reduce using rule 48 (statement -> expr .)
    FOR             reduce using rule 48 (statement -> expr .)
    NUMBER          reduce using rule 48 (statement -> expr .)
    LPAREN          reduce using rule 48 (statement -> expr .)
    LBRACKET        reduce using rule 48 (statement -> expr .)
    STRING          reduce using rule 48 (statement -> expr .)
    $end            reduce using rule 48 (statement -> expr .)
    PLUS            shift and go to state 27
    MINUS           shift and go to state 28

  ! MINUS           [ reduce using rule 48 (statement -> expr .) ]


state 11

    (84) expr -> term .
    (85) term -> term . TIMES factor
    (86) term -> term . DIVIDE factor
    (87) term -> term . MATMUL factor
    (88) term -> term . POWER factor

    PLUS            reduce using rule 84 (expr -> term .)
    MINUS           reduce using rule 84 (expr -> term .)
    DEF             reduce using rule 84 (expr -> term .)
    CLASS           reduce using rule 84 (expr -> term .)
    ID              reduce using rule 84 (expr -> term .)
    NEWLINE         reduce using rule 84 (expr -> term .)
    FOR             reduce using rule 84 (expr -> term .)
    NUMBER          reduce using rule 84 (expr -> term .)
    LPAREN          reduce using rule 84 (expr -> term .)
    LBRACKET        reduce using rule 84 (expr -> term .)
    STRING          reduce using rule 84 (expr -> term .)
    $end            reduce using rule 84 (expr -> term .)
    RPAREN          reduce using rule 84 (expr -> term .)
    COMMA           reduce using rule 84 (expr -> term .)
    RBRACKET        reduce using rule 84 (expr -> term .)
    TIMES           shift and go to state 29
    DIVIDE          shift and go to state 30
    MATMUL          shift and go to state 31
    POWER           shift and go to state 32


state 12

    (92) factor -> MINUS . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    factor                         shift and go to state 33

state 13

    (89) term -> factor .

    TIMES           reduce using rule 89 (term -> factor .)
    DIVIDE          reduce using rule 89 (term -> factor .)
    MATMUL          reduce using rule 89 (term -> factor .)
    POWER           reduce using rule 89 (term -> factor .)
    PLUS            reduce using rule 89 (term -> factor .)
    MINUS           reduce using rule 89 (term -> factor .)
    DEF             reduce using rule 89 (term -> factor .)
    CLASS           reduce using rule 89 (term -> factor .)
    ID              reduce using rule 89 (term -> factor .)
    NEWLINE         reduce using rule 89 (term -> factor .)
    FOR             reduce using rule 89 (term -> factor .)
    NUMBER          reduce using rule 89 (term -> factor .)
    LPAREN          reduce using rule 89 (term -> factor .)
    LBRACKET        reduce using rule 89 (term -> factor .)
    STRING          reduce using rule 89 (term -> factor .)
    $end            reduce using rule 89 (term -> factor .)
    RPAREN          reduce using rule 89 (term -> factor .)
    COMMA           reduce using rule 89 (term -> factor .)
    RBRACKET        reduce using rule 89 (term -> factor .)


state 14

    (91) factor -> NUMBER .

    TIMES           reduce using rule 91 (factor -> NUMBER .)
    DIVIDE          reduce using rule 91 (factor -> NUMBER .)
    MATMUL          reduce using rule 91 (factor -> NUMBER .)
    POWER           reduce using rule 91 (factor -> NUMBER .)
    PLUS            reduce using rule 91 (factor -> NUMBER .)
    MINUS           reduce using rule 91 (factor -> NUMBER .)
    DEF             reduce using rule 91 (factor -> NUMBER .)
    CLASS           reduce using rule 91 (factor -> NUMBER .)
    ID              reduce using rule 91 (factor -> NUMBER .)
    NEWLINE         reduce using rule 91 (factor -> NUMBER .)
    FOR             reduce using rule 91 (factor -> NUMBER .)
    NUMBER          reduce using rule 91 (factor -> NUMBER .)
    LPAREN          reduce using rule 91 (factor -> NUMBER .)
    LBRACKET        reduce using rule 91 (factor -> NUMBER .)
    STRING          reduce using rule 91 (factor -> NUMBER .)
    $end            reduce using rule 91 (factor -> NUMBER .)
    RPAREN          reduce using rule 91 (factor -> NUMBER .)
    COMMA           reduce using rule 91 (factor -> NUMBER .)
    RBRACKET        reduce using rule 91 (factor -> NUMBER .)


state 15

    (95) factor -> LBRACKET . elements RBRACKET
    (97) elements -> . expr
    (98) elements -> . expr COMMA elements
    (99) elements -> . NEWLINE elements
    (100) elements -> . elements NEWLINE
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    NEWLINE         shift and go to state 36
    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    elements                       shift and go to state 34
    expr                           shift and go to state 35
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 16

    (96) factor -> STRING .

    TIMES           reduce using rule 96 (factor -> STRING .)
    DIVIDE          reduce using rule 96 (factor -> STRING .)
    MATMUL          reduce using rule 96 (factor -> STRING .)
    POWER           reduce using rule 96 (factor -> STRING .)
    PLUS            reduce using rule 96 (factor -> STRING .)
    MINUS           reduce using rule 96 (factor -> STRING .)
    DEF             reduce using rule 96 (factor -> STRING .)
    CLASS           reduce using rule 96 (factor -> STRING .)
    ID              reduce using rule 96 (factor -> STRING .)
    NEWLINE         reduce using rule 96 (factor -> STRING .)
    FOR             reduce using rule 96 (factor -> STRING .)
    NUMBER          reduce using rule 96 (factor -> STRING .)
    LPAREN          reduce using rule 96 (factor -> STRING .)
    LBRACKET        reduce using rule 96 (factor -> STRING .)
    STRING          reduce using rule 96 (factor -> STRING .)
    $end            reduce using rule 96 (factor -> STRING .)
    RPAREN          reduce using rule 96 (factor -> STRING .)
    COMMA           reduce using rule 96 (factor -> STRING .)
    RBRACKET        reduce using rule 96 (factor -> STRING .)


state 17

    (2) statements -> statements statement .

    DEF             reduce using rule 2 (statements -> statements statement .)
    CLASS           reduce using rule 2 (statements -> statements statement .)
    ID              reduce using rule 2 (statements -> statements statement .)
    NEWLINE         reduce using rule 2 (statements -> statements statement .)
    FOR             reduce using rule 2 (statements -> statements statement .)
    NUMBER          reduce using rule 2 (statements -> statements statement .)
    MINUS           reduce using rule 2 (statements -> statements statement .)
    LPAREN          reduce using rule 2 (statements -> statements statement .)
    LBRACKET        reduce using rule 2 (statements -> statements statement .)
    STRING          reduce using rule 2 (statements -> statements statement .)
    $end            reduce using rule 2 (statements -> statements statement .)


state 18

    (15) statement -> DEF ID . LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID . LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID . LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    LPAREN          shift and go to state 37


state 19

    (46) statement -> ID COLON . type_spec EQUALS expr
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 38

state 20

    (47) statement -> ID EQUALS . expr
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    expr                           shift and go to state 41
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 21

    (90) factor -> ID LPAREN . args RPAREN
    (103) args -> .
    (104) args -> . expr
    (105) args -> . expr COMMA args
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    RPAREN          reduce using rule 103 (args -> .)
    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    args                           shift and go to state 42
    expr                           shift and go to state 43
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 22

    (101) factor -> ID LBRACKET . NUMBER RBRACKET
    (102) factor -> ID LBRACKET . NUMBER COLON NUMBER RBRACKET

    NUMBER          shift and go to state 44


state 23

    (94) factor -> LPAREN expr . RPAREN
    (82) expr -> expr . PLUS term
    (83) expr -> expr . MINUS term

    RPAREN          shift and go to state 45
    PLUS            shift and go to state 27
    MINUS           shift and go to state 28


state 24

    (90) factor -> ID . LPAREN args RPAREN
    (93) factor -> ID .
    (101) factor -> ID . LBRACKET NUMBER RBRACKET
    (102) factor -> ID . LBRACKET NUMBER COLON NUMBER RBRACKET

  ! shift/reduce conflict for LPAREN resolved as shift
  ! shift/reduce conflict for LBRACKET resolved as shift
    LPAREN          shift and go to state 21
    TIMES           reduce using rule 93 (factor -> ID .)
    DIVIDE          reduce using rule 93 (factor -> ID .)
    MATMUL          reduce using rule 93 (factor -> ID .)
    POWER           reduce using rule 93 (factor -> ID .)
    RPAREN          reduce using rule 93 (factor -> ID .)
    PLUS            reduce using rule 93 (factor -> ID .)
    MINUS           reduce using rule 93 (factor -> ID .)
    DEF             reduce using rule 93 (factor -> ID .)
    CLASS           reduce using rule 93 (factor -> ID .)
    ID              reduce using rule 93 (factor -> ID .)
    NEWLINE         reduce using rule 93 (factor -> ID .)
    FOR             reduce using rule 93 (factor -> ID .)
    NUMBER          reduce using rule 93 (factor -> ID .)
    STRING          reduce using rule 93 (factor -> ID .)
    $end            reduce using rule 93 (factor -> ID .)
    COMMA           reduce using rule 93 (factor -> ID .)
    RBRACKET        reduce using rule 93 (factor -> ID .)
    LBRACKET        shift and go to state 22

  ! LPAREN          [ reduce using rule 93 (factor -> ID .) ]
  ! LBRACKET        [ reduce using rule 93 (factor -> ID .) ]


state 25

    (50) statement -> FOR ID . COLON NEWLINE INDENT for_body DEDENT

    COLON           shift and go to state 46


state 26

    (34) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID . LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    LPAREN          shift and go to state 47


state 27

    (82) expr -> expr PLUS . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    term                           shift and go to state 48
    factor                         shift and go to state 13

state 28

    (83) expr -> expr MINUS . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    term                           shift and go to state 49
    factor                         shift and go to state 13

state 29

    (85) term -> term TIMES . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    factor                         shift and go to state 50

state 30

    (86) term -> term DIVIDE . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    factor                         shift and go to state 51

state 31

    (87) term -> term MATMUL . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    factor                         shift and go to state 52

state 32

    (88) term -> term POWER . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    factor                         shift and go to state 53

state 33

    (92) factor -> MINUS factor .

    TIMES           reduce using rule 92 (factor -> MINUS factor .)
    DIVIDE          reduce using rule 92 (factor -> MINUS factor .)
    MATMUL          reduce using rule 92 (factor -> MINUS factor .)
    POWER           reduce using rule 92 (factor -> MINUS factor .)
    PLUS            reduce using rule 92 (factor -> MINUS factor .)
    MINUS           reduce using rule 92 (factor -> MINUS factor .)
    DEF             reduce using rule 92 (factor -> MINUS factor .)
    CLASS           reduce using rule 92 (factor -> MINUS factor .)
    ID              reduce using rule 92 (factor -> MINUS factor .)
    NEWLINE         reduce using rule 92 (factor -> MINUS factor .)
    FOR             reduce using rule 92 (factor -> MINUS factor .)
    NUMBER          reduce using rule 92 (factor -> MINUS factor .)
    LPAREN          reduce using rule 92 (factor -> MINUS factor .)
    LBRACKET        reduce using rule 92 (factor -> MINUS factor .)
    STRING          reduce using rule 92 (factor -> MINUS factor .)
    $end            reduce using rule 92 (factor -> MINUS factor .)
    RPAREN          reduce using rule 92 (factor -> MINUS factor .)
    COMMA           reduce using rule 92 (factor -> MINUS factor .)
    RBRACKET        reduce using rule 92 (factor -> MINUS factor .)


state 34

    (95) factor -> LBRACKET elements . RBRACKET
    (100) elements -> elements . NEWLINE

    RBRACKET        shift and go to state 54
    NEWLINE         shift and go to state 55


state 35

    (97) elements -> expr .
    (98) elements -> expr . COMMA elements
    (82) expr -> expr . PLUS term
    (83) expr -> expr . MINUS term

    RBRACKET        reduce using rule 97 (elements -> expr .)
    NEWLINE         reduce using rule 97 (elements -> expr .)
    COMMA           shift and go to state 56
    PLUS            shift and go to state 27
    MINUS           shift and go to state 28


state 36

    (99) elements -> NEWLINE . elements
    (97) elements -> . expr
    (98) elements -> . expr COMMA elements
    (99) elements -> . NEWLINE elements
    (100) elements -> . elements NEWLINE
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    NEWLINE         shift and go to state 36
    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    elements                       shift and go to state 57
    expr                           shift and go to state 35
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 37

    (15) statement -> DEF ID LPAREN . params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN . params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN . params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 59

state 38

    (46) statement -> ID COLON type_spec . EQUALS expr

    EQUALS          shift and go to state 60


state 39

    (4) type_spec -> TYPE .
    (5) type_spec -> TYPE . ARROW TYPE
    (7) type_spec -> TYPE . LBRACKET dimension_list RBRACKET

    EQUALS          reduce using rule 4 (type_spec -> TYPE .)
    COMMA           reduce using rule 4 (type_spec -> TYPE .)
    RPAREN          reduce using rule 4 (type_spec -> TYPE .)
    COLON           reduce using rule 4 (type_spec -> TYPE .)
    ARROW           shift and go to state 61
    LBRACKET        shift and go to state 62


state 40

    (6) type_spec -> TANGENT . ID TYPE

    ID              shift and go to state 63


state 41

    (47) statement -> ID EQUALS expr .
    (82) expr -> expr . PLUS term
    (83) expr -> expr . MINUS term

    DEF             reduce using rule 47 (statement -> ID EQUALS expr .)
    CLASS           reduce using rule 47 (statement -> ID EQUALS expr .)
    ID              reduce using rule 47 (statement -> ID EQUALS expr .)
    NEWLINE         reduce using rule 47 (statement -> ID EQUALS expr .)
    FOR             reduce using rule 47 (statement -> ID EQUALS expr .)
    NUMBER          reduce using rule 47 (statement -> ID EQUALS expr .)
    MINUS           reduce using rule 47 (statement -> ID EQUALS expr .)
    LPAREN          reduce using rule 47 (statement -> ID EQUALS expr .)
    LBRACKET        reduce using rule 47 (statement -> ID EQUALS expr .)
    STRING          reduce using rule 47 (statement -> ID EQUALS expr .)
    $end            reduce using rule 47 (statement -> ID EQUALS expr .)
    PLUS            shift and go to state 27

  ! MINUS           [ shift and go to state 28 ]


state 42

    (90) factor -> ID LPAREN args . RPAREN

    RPAREN          shift and go to state 64


state 43

    (104) args -> expr .
    (105) args -> expr . COMMA args
    (82) expr -> expr . PLUS term
    (83) expr -> expr . MINUS term

    RPAREN          reduce using rule 104 (args -> expr .)
    COMMA           shift and go to state 65
    PLUS            shift and go to state 27
    MINUS           shift and go to state 28


state 44

    (101) factor -> ID LBRACKET NUMBER . RBRACKET
    (102) factor -> ID LBRACKET NUMBER . COLON NUMBER RBRACKET

    RBRACKET        shift and go to state 66
    COLON           shift and go to state 67


state 45

    (94) factor -> LPAREN expr RPAREN .

    TIMES           reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    DIVIDE          reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    MATMUL          reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    POWER           reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    PLUS            reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    MINUS           reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    DEF             reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    CLASS           reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    ID              reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    NEWLINE         reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    FOR             reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    NUMBER          reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    LPAREN          reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    LBRACKET        reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    STRING          reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    $end            reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    RPAREN          reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    COMMA           reduce using rule 94 (factor -> LPAREN expr RPAREN .)
    RBRACKET        reduce using rule 94 (factor -> LPAREN expr RPAREN .)


state 46

    (50) statement -> FOR ID COLON . NEWLINE INDENT for_body DEDENT

    NEWLINE         shift and go to state 68


state 47

    (34) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN . params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 69

state 48

    (82) expr -> expr PLUS term .
    (85) term -> term . TIMES factor
    (86) term -> term . DIVIDE factor
    (87) term -> term . MATMUL factor
    (88) term -> term . POWER factor

    PLUS            reduce using rule 82 (expr -> expr PLUS term .)
    MINUS           reduce using rule 82 (expr -> expr PLUS term .)
    DEF             reduce using rule 82 (expr -> expr PLUS term .)
    CLASS           reduce using rule 82 (expr -> expr PLUS term .)
    ID              reduce using rule 82 (expr -> expr PLUS term .)
    NEWLINE         reduce using rule 82 (expr -> expr PLUS term .)
    FOR             reduce using rule 82 (expr -> expr PLUS term .)
    NUMBER          reduce using rule 82 (expr -> expr PLUS term .)
    LPAREN          reduce using rule 82 (expr -> expr PLUS term .)
    LBRACKET        reduce using rule 82 (expr -> expr PLUS term .)
    STRING          reduce using rule 82 (expr -> expr PLUS term .)
    $end            reduce using rule 82 (expr -> expr PLUS term .)
    RPAREN          reduce using rule 82 (expr -> expr PLUS term .)
    COMMA           reduce using rule 82 (expr -> expr PLUS term .)
    RBRACKET        reduce using rule 82 (expr -> expr PLUS term .)
    TIMES           shift and go to state 29
    DIVIDE          shift and go to state 30
    MATMUL          shift and go to state 31
    POWER           shift and go to state 32


state 49

    (83) expr -> expr MINUS term .
    (85) term -> term . TIMES factor
    (86) term -> term . DIVIDE factor
    (87) term -> term . MATMUL factor
    (88) term -> term . POWER factor

    PLUS            reduce using rule 83 (expr -> expr MINUS term .)
    MINUS           reduce using rule 83 (expr -> expr MINUS term .)
    DEF             reduce using rule 83 (expr -> expr MINUS term .)
    CLASS           reduce using rule 83 (expr -> expr MINUS term .)
    ID              reduce using rule 83 (expr -> expr MINUS term .)
    NEWLINE         reduce using rule 83 (expr -> expr MINUS term .)
    FOR             reduce using rule 83 (expr -> expr MINUS term .)
    NUMBER          reduce using rule 83 (expr -> expr MINUS term .)
    LPAREN          reduce using rule 83 (expr -> expr MINUS term .)
    LBRACKET        reduce using rule 83 (expr -> expr MINUS term .)
    STRING          reduce using rule 83 (expr -> expr MINUS term .)
    $end            reduce using rule 83 (expr -> expr MINUS term .)
    RPAREN          reduce using rule 83 (expr -> expr MINUS term .)
    COMMA           reduce using rule 83 (expr -> expr MINUS term .)
    RBRACKET        reduce using rule 83 (expr -> expr MINUS term .)
    TIMES           shift and go to state 29
    DIVIDE          shift and go to state 30
    MATMUL          shift and go to state 31
    POWER           shift and go to state 32


state 50

    (85) term -> term TIMES factor .

    TIMES           reduce using rule 85 (term -> term TIMES factor .)
    DIVIDE          reduce using rule 85 (term -> term TIMES factor .)
    MATMUL          reduce using rule 85 (term -> term TIMES factor .)
    POWER           reduce using rule 85 (term -> term TIMES factor .)
    PLUS            reduce using rule 85 (term -> term TIMES factor .)
    MINUS           reduce using rule 85 (term -> term TIMES factor .)
    DEF             reduce using rule 85 (term -> term TIMES factor .)
    CLASS           reduce using rule 85 (term -> term TIMES factor .)
    ID              reduce using rule 85 (term -> term TIMES factor .)
    NEWLINE         reduce using rule 85 (term -> term TIMES factor .)
    FOR             reduce using rule 85 (term -> term TIMES factor .)
    NUMBER          reduce using rule 85 (term -> term TIMES factor .)
    LPAREN          reduce using rule 85 (term -> term TIMES factor .)
    LBRACKET        reduce using rule 85 (term -> term TIMES factor .)
    STRING          reduce using rule 85 (term -> term TIMES factor .)
    $end            reduce using rule 85 (term -> term TIMES factor .)
    RPAREN          reduce using rule 85 (term -> term TIMES factor .)
    COMMA           reduce using rule 85 (term -> term TIMES factor .)
    RBRACKET        reduce using rule 85 (term -> term TIMES factor .)


state 51

    (86) term -> term DIVIDE factor .

    TIMES           reduce using rule 86 (term -> term DIVIDE factor .)
    DIVIDE          reduce using rule 86 (term -> term DIVIDE factor .)
    MATMUL          reduce using rule 86 (term -> term DIVIDE factor .)
    POWER           reduce using rule 86 (term -> term DIVIDE factor .)
    PLUS            reduce using rule 86 (term -> term DIVIDE factor .)
    MINUS           reduce using rule 86 (term -> term DIVIDE factor .)
    DEF             reduce using rule 86 (term -> term DIVIDE factor .)
    CLASS           reduce using rule 86 (term -> term DIVIDE factor .)
    ID              reduce using rule 86 (term -> term DIVIDE factor .)
    NEWLINE         reduce using rule 86 (term -> term DIVIDE factor .)
    FOR             reduce using rule 86 (term -> term DIVIDE factor .)
    NUMBER          reduce using rule 86 (term -> term DIVIDE factor .)
    LPAREN          reduce using rule 86 (term -> term DIVIDE factor .)
    LBRACKET        reduce using rule 86 (term -> term DIVIDE factor .)
    STRING          reduce using rule 86 (term -> term DIVIDE factor .)
    $end            reduce using rule 86 (term -> term DIVIDE factor .)
    RPAREN          reduce using rule 86 (term -> term DIVIDE factor .)
    COMMA           reduce using rule 86 (term -> term DIVIDE factor .)
    RBRACKET        reduce using rule 86 (term -> term DIVIDE factor .)


state 52

    (87) term -> term MATMUL factor .

    TIMES           reduce using rule 87 (term -> term MATMUL factor .)
    DIVIDE          reduce using rule 87 (term -> term MATMUL factor .)
    MATMUL          reduce using rule 87 (term -> term MATMUL factor .)
    POWER           reduce using rule 87 (term -> term MATMUL factor .)
    PLUS            reduce using rule 87 (term -> term MATMUL factor .)
    MINUS           reduce using rule 87 (term -> term MATMUL factor .)
    DEF             reduce using rule 87 (term -> term MATMUL factor .)
    CLASS           reduce using rule 87 (term -> term MATMUL factor .)
    ID              reduce using rule 87 (term -> term MATMUL factor .)
    NEWLINE         reduce using rule 87 (term -> term MATMUL factor .)
    FOR             reduce using rule 87 (term -> term MATMUL factor .)
    NUMBER          reduce using rule 87 (term -> term MATMUL factor .)
    LPAREN          reduce using rule 87 (term -> term MATMUL factor .)
    LBRACKET        reduce using rule 87 (term -> term MATMUL factor .)
    STRING          reduce using rule 87 (term -> term MATMUL factor .)
    $end            reduce using rule 87 (term -> term MATMUL factor .)
    RPAREN          reduce using rule 87 (term -> term MATMUL factor .)
    COMMA           reduce using rule 87 (term -> term MATMUL factor .)
    RBRACKET        reduce using rule 87 (term -> term MATMUL factor .)


state 53

    (88) term -> term POWER factor .

    TIMES           reduce using rule 88 (term -> term POWER factor .)
    DIVIDE          reduce using rule 88 (term -> term POWER factor .)
    MATMUL          reduce using rule 88 (term -> term POWER factor .)
    POWER           reduce using rule 88 (term -> term POWER factor .)
    PLUS            reduce using rule 88 (term -> term POWER factor .)
    MINUS           reduce using rule 88 (term -> term POWER factor .)
    DEF             reduce using rule 88 (term -> term POWER factor .)
    CLASS           reduce using rule 88 (term -> term POWER factor .)
    ID              reduce using rule 88 (term -> term POWER factor .)
    NEWLINE         reduce using rule 88 (term -> term POWER factor .)
    FOR             reduce using rule 88 (term -> term POWER factor .)
    NUMBER          reduce using rule 88 (term -> term POWER factor .)
    LPAREN          reduce using rule 88 (term -> term POWER factor .)
    LBRACKET        reduce using rule 88 (term -> term POWER factor .)
    STRING          reduce using rule 88 (term -> term POWER factor .)
    $end            reduce using rule 88 (term -> term POWER factor .)
    RPAREN          reduce using rule 88 (term -> term POWER factor .)
    COMMA           reduce using rule 88 (term -> term POWER factor .)
    RBRACKET        reduce using rule 88 (term -> term POWER factor .)


state 54

    (95) factor -> LBRACKET elements RBRACKET .

    TIMES           reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    DIVIDE          reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    MATMUL          reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    POWER           reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    PLUS            reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    MINUS           reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    DEF             reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    CLASS           reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    ID              reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    NEWLINE         reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    FOR             reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    NUMBER          reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    LPAREN          reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    LBRACKET        reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    STRING          reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    $end            reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    RPAREN          reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    COMMA           reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)
    RBRACKET        reduce using rule 95 (factor -> LBRACKET elements RBRACKET .)


state 55

    (100) elements -> elements NEWLINE .

    RBRACKET        reduce using rule 100 (elements -> elements NEWLINE .)
    NEWLINE         reduce using rule 100 (elements -> elements NEWLINE .)


state 56

    (98) elements -> expr COMMA . elements
    (97) elements -> . expr
    (98) elements -> . expr COMMA elements
    (99) elements -> . NEWLINE elements
    (100) elements -> . elements NEWLINE
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    NEWLINE         shift and go to state 36
    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    expr                           shift and go to state 35
    elements                       shift and go to state 70
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 57

    (99) elements -> NEWLINE elements .
    (100) elements -> elements . NEWLINE

  ! shift/reduce conflict for NEWLINE resolved as shift
    RBRACKET        reduce using rule 99 (elements -> NEWLINE elements .)
    NEWLINE         shift and go to state 55

  ! NEWLINE         [ reduce using rule 99 (elements -> NEWLINE elements .) ]


state 58

    (58) params -> ID . COLON type_spec
    (59) params -> ID . COLON type_spec COMMA params

    COLON           shift and go to state 71


state 59

    (15) statement -> DEF ID LPAREN params . RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params . RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params . RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    RPAREN          shift and go to state 72


state 60

    (46) statement -> ID COLON type_spec EQUALS . expr
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    expr                           shift and go to state 73
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 61

    (5) type_spec -> TYPE ARROW . TYPE

    TYPE            shift and go to state 74


state 62

    (7) type_spec -> TYPE LBRACKET . dimension_list RBRACKET
    (8) dimension_list -> . dimension_spec
    (9) dimension_list -> . dimension_spec COMMA dimension_list
    (10) dimension_spec -> . PLUS NUMBER
    (11) dimension_spec -> . MINUS NUMBER
    (12) dimension_spec -> . NUMBER
    (13) dimension_spec -> . ID
    (14) dimension_spec -> . TYPE

    PLUS            shift and go to state 78
    MINUS           shift and go to state 80
    NUMBER          shift and go to state 79
    ID              shift and go to state 81
    TYPE            shift and go to state 75

    dimension_list                 shift and go to state 76
    dimension_spec                 shift and go to state 77

state 63

    (6) type_spec -> TANGENT ID . TYPE

    TYPE            shift and go to state 82


state 64

    (90) factor -> ID LPAREN args RPAREN .

    TIMES           reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    DIVIDE          reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    MATMUL          reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    POWER           reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    PLUS            reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    MINUS           reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    DEF             reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    CLASS           reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    ID              reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    NEWLINE         reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    FOR             reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    NUMBER          reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    LPAREN          reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    LBRACKET        reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    STRING          reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    $end            reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    RPAREN          reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    COMMA           reduce using rule 90 (factor -> ID LPAREN args RPAREN .)
    RBRACKET        reduce using rule 90 (factor -> ID LPAREN args RPAREN .)


state 65

    (105) args -> expr COMMA . args
    (103) args -> .
    (104) args -> . expr
    (105) args -> . expr COMMA args
    (82) expr -> . expr PLUS term
    (83) expr -> . expr MINUS term
    (84) expr -> . term
    (85) term -> . term TIMES factor
    (86) term -> . term DIVIDE factor
    (87) term -> . term MATMUL factor
    (88) term -> . term POWER factor
    (89) term -> . factor
    (90) factor -> . ID LPAREN args RPAREN
    (91) factor -> . NUMBER
    (92) factor -> . MINUS factor
    (93) factor -> . ID
    (94) factor -> . LPAREN expr RPAREN
    (95) factor -> . LBRACKET elements RBRACKET
    (96) factor -> . STRING
    (101) factor -> . ID LBRACKET NUMBER RBRACKET
    (102) factor -> . ID LBRACKET NUMBER COLON NUMBER RBRACKET

    RPAREN          reduce using rule 103 (args -> .)
    ID              shift and go to state 24
    NUMBER          shift and go to state 14
    MINUS           shift and go to state 12
    LPAREN          shift and go to state 6
    LBRACKET        shift and go to state 15
    STRING          shift and go to state 16

    expr                           shift and go to state 43
    args                           shift and go to state 83
    term                           shift and go to state 11
    factor                         shift and go to state 13

state 66

    (101) factor -> ID LBRACKET NUMBER RBRACKET .

    TIMES           reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    DIVIDE          reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    MATMUL          reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    POWER           reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    PLUS            reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    MINUS           reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    DEF             reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    CLASS           reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    ID              reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    NEWLINE         reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    FOR             reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    NUMBER          reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    LPAREN          reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    LBRACKET        reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    STRING          reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    $end            reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    RPAREN          reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    COMMA           reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)
    RBRACKET        reduce using rule 101 (factor -> ID LBRACKET NUMBER RBRACKET .)


state 67

    (102) factor -> ID LBRACKET NUMBER COLON . NUMBER RBRACKET

    NUMBER          shift and go to state 84


state 68

    (50) statement -> FOR ID COLON NEWLINE . INDENT for_body DEDENT

    INDENT          shift and go to state 85


state 69

    (34) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params . RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    RPAREN          shift and go to state 86


state 70

    (98) elements -> expr COMMA elements .
    (100) elements -> elements . NEWLINE

  ! shift/reduce conflict for NEWLINE resolved as shift
    RBRACKET        reduce using rule 98 (elements -> expr COMMA elements .)
    NEWLINE         shift and go to state 55

  ! NEWLINE         [ reduce using rule 98 (elements -> expr COMMA elements .) ]


state 71

    (58) params -> ID COLON . type_spec
    (59) params -> ID COLON . type_spec COMMA params
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 87

state 72

    (15) statement -> DEF ID LPAREN params RPAREN . COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params RPAREN . COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params RPAREN . COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    COLON           shift and go to state 88


state 73

    (46) statement -> ID COLON type_spec EQUALS expr .
    (82) expr -> expr . PLUS term
    (83) expr -> expr . MINUS term

    DEF             reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    CLASS           reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    ID              reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    NEWLINE         reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    FOR             reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    NUMBER          reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    MINUS           reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    LPAREN          reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    LBRACKET        reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    STRING          reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    $end            reduce using rule 46 (statement -> ID COLON type_spec EQUALS expr .)
    PLUS            shift and go to state 27

  ! MINUS           [ shift and go to state 28 ]


state 74

    (5) type_spec -> TYPE ARROW TYPE .

    EQUALS          reduce using rule 5 (type_spec -> TYPE ARROW TYPE .)
    COMMA           reduce using rule 5 (type_spec -> TYPE ARROW TYPE .)
    RPAREN          reduce using rule 5 (type_spec -> TYPE ARROW TYPE .)
    COLON           reduce using rule 5 (type_spec -> TYPE ARROW TYPE .)


state 75

    (14) dimension_spec -> TYPE .

    COMMA           reduce using rule 14 (dimension_spec -> TYPE .)
    RBRACKET        reduce using rule 14 (dimension_spec -> TYPE .)


state 76

    (7) type_spec -> TYPE LBRACKET dimension_list . RBRACKET

    RBRACKET        shift and go to state 89


state 77

    (8) dimension_list -> dimension_spec .
    (9) dimension_list -> dimension_spec . COMMA dimension_list

    RBRACKET        reduce using rule 8 (dimension_list -> dimension_spec .)
    COMMA           shift and go to state 90


state 78

    (10) dimension_spec -> PLUS . NUMBER

    NUMBER          shift and go to state 91


state 79

    (12) dimension_spec -> NUMBER .

    COMMA           reduce using rule 12 (dimension_spec -> NUMBER .)
    RBRACKET        reduce using rule 12 (dimension_spec -> NUMBER .)


state 80

    (11) dimension_spec -> MINUS . NUMBER

    NUMBER          shift and go to state 92


state 81

    (13) dimension_spec -> ID .

    COMMA           reduce using rule 13 (dimension_spec -> ID .)
    RBRACKET        reduce using rule 13 (dimension_spec -> ID .)


state 82

    (6) type_spec -> TANGENT ID TYPE .

    EQUALS          reduce using rule 6 (type_spec -> TANGENT ID TYPE .)
    COMMA           reduce using rule 6 (type_spec -> TANGENT ID TYPE .)
    RPAREN          reduce using rule 6 (type_spec -> TANGENT ID TYPE .)
    COLON           reduce using rule 6 (type_spec -> TANGENT ID TYPE .)


state 83

    (105) args -> expr COMMA args .

    RPAREN          reduce using rule 105 (args -> expr COMMA args .)


state 84

    (102) factor -> ID LBRACKET NUMBER COLON NUMBER . RBRACKET

    RBRACKET        shift and go to state 93


state 85

    (50) statement -> FOR ID COLON NEWLINE INDENT . for_body DEDENT
    (51) for_body -> .
    (52) for_body -> . for_body for_statement

    DEDENT          reduce using rule 51 (for_body -> .)
    ID              reduce using rule 51 (for_body -> .)
    NEWLINE         reduce using rule 51 (for_body -> .)

    for_body                       shift and go to state 94

state 86

    (34) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN . COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    COLON           shift and go to state 95


state 87

    (58) params -> ID COLON type_spec .
    (59) params -> ID COLON type_spec . COMMA params

    RPAREN          reduce using rule 58 (params -> ID COLON type_spec .)
    COMMA           shift and go to state 96


state 88

    (15) statement -> DEF ID LPAREN params RPAREN COLON . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params RPAREN COLON . type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params RPAREN COLON . type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 97

state 89

    (7) type_spec -> TYPE LBRACKET dimension_list RBRACKET .

    EQUALS          reduce using rule 7 (type_spec -> TYPE LBRACKET dimension_list RBRACKET .)
    COMMA           reduce using rule 7 (type_spec -> TYPE LBRACKET dimension_list RBRACKET .)
    RPAREN          reduce using rule 7 (type_spec -> TYPE LBRACKET dimension_list RBRACKET .)
    COLON           reduce using rule 7 (type_spec -> TYPE LBRACKET dimension_list RBRACKET .)


state 90

    (9) dimension_list -> dimension_spec COMMA . dimension_list
    (8) dimension_list -> . dimension_spec
    (9) dimension_list -> . dimension_spec COMMA dimension_list
    (10) dimension_spec -> . PLUS NUMBER
    (11) dimension_spec -> . MINUS NUMBER
    (12) dimension_spec -> . NUMBER
    (13) dimension_spec -> . ID
    (14) dimension_spec -> . TYPE

    PLUS            shift and go to state 78
    MINUS           shift and go to state 80
    NUMBER          shift and go to state 79
    ID              shift and go to state 81
    TYPE            shift and go to state 75

    dimension_spec                 shift and go to state 77
    dimension_list                 shift and go to state 98

state 91

    (10) dimension_spec -> PLUS NUMBER .

    COMMA           reduce using rule 10 (dimension_spec -> PLUS NUMBER .)
    RBRACKET        reduce using rule 10 (dimension_spec -> PLUS NUMBER .)


state 92

    (11) dimension_spec -> MINUS NUMBER .

    COMMA           reduce using rule 11 (dimension_spec -> MINUS NUMBER .)
    RBRACKET        reduce using rule 11 (dimension_spec -> MINUS NUMBER .)


state 93

    (102) factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .

    TIMES           reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    DIVIDE          reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    MATMUL          reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    POWER           reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    PLUS            reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    MINUS           reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    DEF             reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    CLASS           reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    ID              reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    NEWLINE         reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    FOR             reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    NUMBER          reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    LPAREN          reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    LBRACKET        reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    STRING          reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    $end            reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    RPAREN          reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    COMMA           reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)
    RBRACKET        reduce using rule 102 (factor -> ID LBRACKET NUMBER COLON NUMBER RBRACKET .)


state 94

    (50) statement -> FOR ID COLON NEWLINE INDENT for_body . DEDENT
    (52) for_body -> for_body . for_statement
    (53) for_statement -> . ID EQUALS func_expr NEWLINE
    (54) for_statement -> . ID PLUSEQ func_expr NEWLINE
    (55) for_statement -> . ID LPAREN func_args RPAREN NEWLINE
    (56) for_statement -> . NEWLINE

    DEDENT          shift and go to state 101
    ID              shift and go to state 99
    NEWLINE         shift and go to state 100

    for_statement                  shift and go to state 102

state 95

    (34) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON . NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    NEWLINE         shift and go to state 103


state 96

    (59) params -> ID COLON type_spec COMMA . params
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 104

state 97

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec . COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec . COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    COLON           shift and go to state 105


state 98

    (9) dimension_list -> dimension_spec COMMA dimension_list .

    RBRACKET        reduce using rule 9 (dimension_list -> dimension_spec COMMA dimension_list .)


state 99

    (53) for_statement -> ID . EQUALS func_expr NEWLINE
    (54) for_statement -> ID . PLUSEQ func_expr NEWLINE
    (55) for_statement -> ID . LPAREN func_args RPAREN NEWLINE

    EQUALS          shift and go to state 106
    PLUSEQ          shift and go to state 107
    LPAREN          shift and go to state 108


state 100

    (56) for_statement -> NEWLINE .

    DEDENT          reduce using rule 56 (for_statement -> NEWLINE .)
    ID              reduce using rule 56 (for_statement -> NEWLINE .)
    NEWLINE         reduce using rule 56 (for_statement -> NEWLINE .)


state 101

    (50) statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .

    DEF             reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    CLASS           reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    ID              reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    NEWLINE         reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    FOR             reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    NUMBER          reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    MINUS           reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    LPAREN          reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    LBRACKET        reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    STRING          reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)
    $end            reduce using rule 50 (statement -> FOR ID COLON NEWLINE INDENT for_body DEDENT .)


state 102

    (52) for_body -> for_body for_statement .

    DEDENT          reduce using rule 52 (for_body -> for_body for_statement .)
    ID              reduce using rule 52 (for_body -> for_body for_statement .)
    NEWLINE         reduce using rule 52 (for_body -> for_body for_statement .)


state 103

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE . INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    INDENT          shift and go to state 109


state 104

    (59) params -> ID COLON type_spec COMMA params .

    RPAREN          reduce using rule 59 (params -> ID COLON type_spec COMMA params .)


state 105

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON . NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON . NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    NEWLINE         shift and go to state 110


state 106

    (53) for_statement -> ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 112
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 107

    (54) for_statement -> ID PLUSEQ . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 120
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 108

    (55) for_statement -> ID LPAREN . func_args RPAREN NEWLINE
    (79) func_args -> .
    (80) func_args -> . func_expr
    (81) func_args -> . func_expr COMMA func_args
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    RPAREN          reduce using rule 79 (func_args -> .)
    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_args                      shift and go to state 121
    func_expr                      shift and go to state 122
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 109

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT . DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    DEF             shift and go to state 123


state 110

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE . INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE . INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    INDENT          shift and go to state 124


state 111

    (69) func_factor -> ID .
    (71) func_factor -> ID . LPAREN func_args RPAREN
    (72) func_factor -> ID . LBRACKET func_expr RBRACKET
    (73) func_factor -> ID . LPAREN func_args RPAREN LBRACKET func_expr RBRACKET

    TIMES           reduce using rule 69 (func_factor -> ID .)
    DIVIDE          reduce using rule 69 (func_factor -> ID .)
    MATMUL          reduce using rule 69 (func_factor -> ID .)
    POWER           reduce using rule 69 (func_factor -> ID .)
    NEWLINE         reduce using rule 69 (func_factor -> ID .)
    PLUS            reduce using rule 69 (func_factor -> ID .)
    MINUS           reduce using rule 69 (func_factor -> ID .)
    COMMA           reduce using rule 69 (func_factor -> ID .)
    RPAREN          reduce using rule 69 (func_factor -> ID .)
    RBRACKET        reduce using rule 69 (func_factor -> ID .)
    DEDENT          reduce using rule 69 (func_factor -> ID .)
    LPAREN          shift and go to state 125
    LBRACKET        shift and go to state 126


state 112

    (53) for_statement -> ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 127
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 113

    (62) func_expr -> func_term .
    (63) func_term -> func_term . TIMES func_factor
    (64) func_term -> func_term . DIVIDE func_factor
    (65) func_term -> func_term . MATMUL func_factor
    (66) func_term -> func_term . POWER func_factor

    NEWLINE         reduce using rule 62 (func_expr -> func_term .)
    PLUS            reduce using rule 62 (func_expr -> func_term .)
    MINUS           reduce using rule 62 (func_expr -> func_term .)
    COMMA           reduce using rule 62 (func_expr -> func_term .)
    RPAREN          reduce using rule 62 (func_expr -> func_term .)
    RBRACKET        reduce using rule 62 (func_expr -> func_term .)
    DEDENT          reduce using rule 62 (func_expr -> func_term .)
    TIMES           shift and go to state 130
    DIVIDE          shift and go to state 131
    MATMUL          shift and go to state 132
    POWER           shift and go to state 133


state 114

    (67) func_term -> func_factor .

    TIMES           reduce using rule 67 (func_term -> func_factor .)
    DIVIDE          reduce using rule 67 (func_term -> func_factor .)
    MATMUL          reduce using rule 67 (func_term -> func_factor .)
    POWER           reduce using rule 67 (func_term -> func_factor .)
    NEWLINE         reduce using rule 67 (func_term -> func_factor .)
    PLUS            reduce using rule 67 (func_term -> func_factor .)
    MINUS           reduce using rule 67 (func_term -> func_factor .)
    COMMA           reduce using rule 67 (func_term -> func_factor .)
    RPAREN          reduce using rule 67 (func_term -> func_factor .)
    RBRACKET        reduce using rule 67 (func_term -> func_factor .)
    DEDENT          reduce using rule 67 (func_term -> func_factor .)


state 115

    (68) func_factor -> NUMBER .

    TIMES           reduce using rule 68 (func_factor -> NUMBER .)
    DIVIDE          reduce using rule 68 (func_factor -> NUMBER .)
    MATMUL          reduce using rule 68 (func_factor -> NUMBER .)
    POWER           reduce using rule 68 (func_factor -> NUMBER .)
    NEWLINE         reduce using rule 68 (func_factor -> NUMBER .)
    PLUS            reduce using rule 68 (func_factor -> NUMBER .)
    MINUS           reduce using rule 68 (func_factor -> NUMBER .)
    COMMA           reduce using rule 68 (func_factor -> NUMBER .)
    RPAREN          reduce using rule 68 (func_factor -> NUMBER .)
    RBRACKET        reduce using rule 68 (func_factor -> NUMBER .)
    DEDENT          reduce using rule 68 (func_factor -> NUMBER .)


state 116

    (70) func_factor -> LPAREN . func_expr RPAREN
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 134
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 117

    (74) func_factor -> LBRACKET . func_elements RBRACKET
    (77) func_elements -> . func_expr
    (78) func_elements -> . func_expr COMMA func_elements
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_elements                  shift and go to state 135
    func_expr                      shift and go to state 136
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 118

    (75) func_factor -> STRING .

    TIMES           reduce using rule 75 (func_factor -> STRING .)
    DIVIDE          reduce using rule 75 (func_factor -> STRING .)
    MATMUL          reduce using rule 75 (func_factor -> STRING .)
    POWER           reduce using rule 75 (func_factor -> STRING .)
    NEWLINE         reduce using rule 75 (func_factor -> STRING .)
    PLUS            reduce using rule 75 (func_factor -> STRING .)
    MINUS           reduce using rule 75 (func_factor -> STRING .)
    COMMA           reduce using rule 75 (func_factor -> STRING .)
    RPAREN          reduce using rule 75 (func_factor -> STRING .)
    RBRACKET        reduce using rule 75 (func_factor -> STRING .)
    DEDENT          reduce using rule 75 (func_factor -> STRING .)


state 119

    (76) func_factor -> IMAGINARY .

    TIMES           reduce using rule 76 (func_factor -> IMAGINARY .)
    DIVIDE          reduce using rule 76 (func_factor -> IMAGINARY .)
    MATMUL          reduce using rule 76 (func_factor -> IMAGINARY .)
    POWER           reduce using rule 76 (func_factor -> IMAGINARY .)
    NEWLINE         reduce using rule 76 (func_factor -> IMAGINARY .)
    PLUS            reduce using rule 76 (func_factor -> IMAGINARY .)
    MINUS           reduce using rule 76 (func_factor -> IMAGINARY .)
    COMMA           reduce using rule 76 (func_factor -> IMAGINARY .)
    RPAREN          reduce using rule 76 (func_factor -> IMAGINARY .)
    RBRACKET        reduce using rule 76 (func_factor -> IMAGINARY .)
    DEDENT          reduce using rule 76 (func_factor -> IMAGINARY .)


state 120

    (54) for_statement -> ID PLUSEQ func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 137
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 121

    (55) for_statement -> ID LPAREN func_args . RPAREN NEWLINE

    RPAREN          shift and go to state 138


state 122

    (80) func_args -> func_expr .
    (81) func_args -> func_expr . COMMA func_args
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    RPAREN          reduce using rule 80 (func_args -> func_expr .)
    COMMA           shift and go to state 139
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 123

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF . LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    LAMBDA          shift and go to state 140


state 124

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT
    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT . func_body_stmts RETURN func_expr NEWLINE DEDENT
    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT . func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (17) func_body_stmts -> . func_body_stmt
    (18) func_body_stmts -> . func_body_stmts func_body_stmt
    (25) func_init -> .
    (26) func_init -> . func_init func_init_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

  ! shift/reduce conflict for ID resolved as shift
  ! shift/reduce conflict for NEWLINE resolved as shift
    RETURN          shift and go to state 143
    FOR             reduce using rule 25 (func_init -> .)
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

  ! ID              [ reduce using rule 25 (func_init -> .) ]
  ! NEWLINE         [ reduce using rule 25 (func_init -> .) ]

    func_body_stmts                shift and go to state 144
    func_init                      shift and go to state 145
    func_body_stmt                 shift and go to state 146

state 125

    (71) func_factor -> ID LPAREN . func_args RPAREN
    (73) func_factor -> ID LPAREN . func_args RPAREN LBRACKET func_expr RBRACKET
    (79) func_args -> .
    (80) func_args -> . func_expr
    (81) func_args -> . func_expr COMMA func_args
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    RPAREN          reduce using rule 79 (func_args -> .)
    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_args                      shift and go to state 147
    func_expr                      shift and go to state 122
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 126

    (72) func_factor -> ID LBRACKET . func_expr RBRACKET
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 148
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 127

    (53) for_statement -> ID EQUALS func_expr NEWLINE .

    DEDENT          reduce using rule 53 (for_statement -> ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 53 (for_statement -> ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 53 (for_statement -> ID EQUALS func_expr NEWLINE .)


state 128

    (60) func_expr -> func_expr PLUS . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_term                      shift and go to state 149
    func_factor                    shift and go to state 114

state 129

    (61) func_expr -> func_expr MINUS . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_term                      shift and go to state 150
    func_factor                    shift and go to state 114

state 130

    (63) func_term -> func_term TIMES . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_factor                    shift and go to state 151

state 131

    (64) func_term -> func_term DIVIDE . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_factor                    shift and go to state 152

state 132

    (65) func_term -> func_term MATMUL . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_factor                    shift and go to state 153

state 133

    (66) func_term -> func_term POWER . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_factor                    shift and go to state 154

state 134

    (70) func_factor -> LPAREN func_expr . RPAREN
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    RPAREN          shift and go to state 155
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 135

    (74) func_factor -> LBRACKET func_elements . RBRACKET

    RBRACKET        shift and go to state 156


state 136

    (77) func_elements -> func_expr .
    (78) func_elements -> func_expr . COMMA func_elements
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    RBRACKET        reduce using rule 77 (func_elements -> func_expr .)
    COMMA           shift and go to state 157
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 137

    (54) for_statement -> ID PLUSEQ func_expr NEWLINE .

    DEDENT          reduce using rule 54 (for_statement -> ID PLUSEQ func_expr NEWLINE .)
    ID              reduce using rule 54 (for_statement -> ID PLUSEQ func_expr NEWLINE .)
    NEWLINE         reduce using rule 54 (for_statement -> ID PLUSEQ func_expr NEWLINE .)


state 138

    (55) for_statement -> ID LPAREN func_args RPAREN . NEWLINE

    NEWLINE         shift and go to state 158


state 139

    (81) func_args -> func_expr COMMA . func_args
    (79) func_args -> .
    (80) func_args -> . func_expr
    (81) func_args -> . func_expr COMMA func_args
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    RPAREN          reduce using rule 79 (func_args -> .)
    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 122
    func_args                      shift and go to state 159
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 140

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    LPAREN          shift and go to state 160


state 141

    (19) func_body_stmt -> ID . EQUALS func_expr NEWLINE
    (20) func_body_stmt -> ID . COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> ID . COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> ID . COMMA ID COMMA ID EQUALS func_expr NEWLINE

    EQUALS          shift and go to state 161
    COLON           shift and go to state 162
    COMMA           shift and go to state 163


state 142

    (23) func_body_stmt -> NEWLINE .

    RETURN          reduce using rule 23 (func_body_stmt -> NEWLINE .)
    ID              reduce using rule 23 (func_body_stmt -> NEWLINE .)
    NEWLINE         reduce using rule 23 (func_body_stmt -> NEWLINE .)


state 143

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 164
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 144

    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts . RETURN func_expr NEWLINE DEDENT
    (18) func_body_stmts -> func_body_stmts . func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 165
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmt                 shift and go to state 166

state 145

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init . FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (26) func_init -> func_init . func_init_stmt
    (27) func_init_stmt -> . ID EQUALS func_expr NEWLINE
    (28) func_init_stmt -> . NEWLINE

    FOR             shift and go to state 169
    ID              shift and go to state 167
    NEWLINE         shift and go to state 168

    func_init_stmt                 shift and go to state 170

state 146

    (17) func_body_stmts -> func_body_stmt .

    RETURN          reduce using rule 17 (func_body_stmts -> func_body_stmt .)
    ID              reduce using rule 17 (func_body_stmts -> func_body_stmt .)
    NEWLINE         reduce using rule 17 (func_body_stmts -> func_body_stmt .)


state 147

    (71) func_factor -> ID LPAREN func_args . RPAREN
    (73) func_factor -> ID LPAREN func_args . RPAREN LBRACKET func_expr RBRACKET

    RPAREN          shift and go to state 171


state 148

    (72) func_factor -> ID LBRACKET func_expr . RBRACKET
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    RBRACKET        shift and go to state 172
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 149

    (60) func_expr -> func_expr PLUS func_term .
    (63) func_term -> func_term . TIMES func_factor
    (64) func_term -> func_term . DIVIDE func_factor
    (65) func_term -> func_term . MATMUL func_factor
    (66) func_term -> func_term . POWER func_factor

    NEWLINE         reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    PLUS            reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    MINUS           reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    COMMA           reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    RPAREN          reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    RBRACKET        reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    DEDENT          reduce using rule 60 (func_expr -> func_expr PLUS func_term .)
    TIMES           shift and go to state 130
    DIVIDE          shift and go to state 131
    MATMUL          shift and go to state 132
    POWER           shift and go to state 133


state 150

    (61) func_expr -> func_expr MINUS func_term .
    (63) func_term -> func_term . TIMES func_factor
    (64) func_term -> func_term . DIVIDE func_factor
    (65) func_term -> func_term . MATMUL func_factor
    (66) func_term -> func_term . POWER func_factor

    NEWLINE         reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    PLUS            reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    MINUS           reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    COMMA           reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    RPAREN          reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    RBRACKET        reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    DEDENT          reduce using rule 61 (func_expr -> func_expr MINUS func_term .)
    TIMES           shift and go to state 130
    DIVIDE          shift and go to state 131
    MATMUL          shift and go to state 132
    POWER           shift and go to state 133


state 151

    (63) func_term -> func_term TIMES func_factor .

    TIMES           reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    DIVIDE          reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    MATMUL          reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    POWER           reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    NEWLINE         reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    PLUS            reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    MINUS           reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    COMMA           reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    RPAREN          reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    RBRACKET        reduce using rule 63 (func_term -> func_term TIMES func_factor .)
    DEDENT          reduce using rule 63 (func_term -> func_term TIMES func_factor .)


state 152

    (64) func_term -> func_term DIVIDE func_factor .

    TIMES           reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    DIVIDE          reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    MATMUL          reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    POWER           reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    NEWLINE         reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    PLUS            reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    MINUS           reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    COMMA           reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    RPAREN          reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    RBRACKET        reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)
    DEDENT          reduce using rule 64 (func_term -> func_term DIVIDE func_factor .)


state 153

    (65) func_term -> func_term MATMUL func_factor .

    TIMES           reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    DIVIDE          reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    MATMUL          reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    POWER           reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    NEWLINE         reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    PLUS            reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    MINUS           reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    COMMA           reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    RPAREN          reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    RBRACKET        reduce using rule 65 (func_term -> func_term MATMUL func_factor .)
    DEDENT          reduce using rule 65 (func_term -> func_term MATMUL func_factor .)


state 154

    (66) func_term -> func_term POWER func_factor .

    TIMES           reduce using rule 66 (func_term -> func_term POWER func_factor .)
    DIVIDE          reduce using rule 66 (func_term -> func_term POWER func_factor .)
    MATMUL          reduce using rule 66 (func_term -> func_term POWER func_factor .)
    POWER           reduce using rule 66 (func_term -> func_term POWER func_factor .)
    NEWLINE         reduce using rule 66 (func_term -> func_term POWER func_factor .)
    PLUS            reduce using rule 66 (func_term -> func_term POWER func_factor .)
    MINUS           reduce using rule 66 (func_term -> func_term POWER func_factor .)
    COMMA           reduce using rule 66 (func_term -> func_term POWER func_factor .)
    RPAREN          reduce using rule 66 (func_term -> func_term POWER func_factor .)
    RBRACKET        reduce using rule 66 (func_term -> func_term POWER func_factor .)
    DEDENT          reduce using rule 66 (func_term -> func_term POWER func_factor .)


state 155

    (70) func_factor -> LPAREN func_expr RPAREN .

    TIMES           reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    DIVIDE          reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    MATMUL          reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    POWER           reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    NEWLINE         reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    PLUS            reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    MINUS           reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    COMMA           reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    RPAREN          reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    RBRACKET        reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)
    DEDENT          reduce using rule 70 (func_factor -> LPAREN func_expr RPAREN .)


state 156

    (74) func_factor -> LBRACKET func_elements RBRACKET .

    TIMES           reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    DIVIDE          reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    MATMUL          reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    POWER           reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    NEWLINE         reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    PLUS            reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    MINUS           reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    COMMA           reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    RPAREN          reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    RBRACKET        reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)
    DEDENT          reduce using rule 74 (func_factor -> LBRACKET func_elements RBRACKET .)


state 157

    (78) func_elements -> func_expr COMMA . func_elements
    (77) func_elements -> . func_expr
    (78) func_elements -> . func_expr COMMA func_elements
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 136
    func_elements                  shift and go to state 173
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 158

    (55) for_statement -> ID LPAREN func_args RPAREN NEWLINE .

    DEDENT          reduce using rule 55 (for_statement -> ID LPAREN func_args RPAREN NEWLINE .)
    ID              reduce using rule 55 (for_statement -> ID LPAREN func_args RPAREN NEWLINE .)
    NEWLINE         reduce using rule 55 (for_statement -> ID LPAREN func_args RPAREN NEWLINE .)


state 159

    (81) func_args -> func_expr COMMA func_args .

    RPAREN          reduce using rule 81 (func_args -> func_expr COMMA func_args .)


state 160

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 174

state 161

    (19) func_body_stmt -> ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 175
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 162

    (20) func_body_stmt -> ID COLON . type_spec EQUALS func_expr NEWLINE
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 176

state 163

    (21) func_body_stmt -> ID COMMA . ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> ID COMMA . ID COMMA ID EQUALS func_expr NEWLINE

    ID              shift and go to state 177


state 164

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 178
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 165

    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN . func_expr NEWLINE DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 179
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 166

    (18) func_body_stmts -> func_body_stmts func_body_stmt .

    RETURN          reduce using rule 18 (func_body_stmts -> func_body_stmts func_body_stmt .)
    ID              reduce using rule 18 (func_body_stmts -> func_body_stmts func_body_stmt .)
    NEWLINE         reduce using rule 18 (func_body_stmts -> func_body_stmts func_body_stmt .)


state 167

    (27) func_init_stmt -> ID . EQUALS func_expr NEWLINE

    EQUALS          shift and go to state 180


state 168

    (28) func_init_stmt -> NEWLINE .

    FOR             reduce using rule 28 (func_init_stmt -> NEWLINE .)
    ID              reduce using rule 28 (func_init_stmt -> NEWLINE .)
    NEWLINE         reduce using rule 28 (func_init_stmt -> NEWLINE .)


state 169

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR . ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    ID              shift and go to state 181


state 170

    (26) func_init -> func_init func_init_stmt .

    FOR             reduce using rule 26 (func_init -> func_init func_init_stmt .)
    ID              reduce using rule 26 (func_init -> func_init func_init_stmt .)
    NEWLINE         reduce using rule 26 (func_init -> func_init func_init_stmt .)


state 171

    (71) func_factor -> ID LPAREN func_args RPAREN .
    (73) func_factor -> ID LPAREN func_args RPAREN . LBRACKET func_expr RBRACKET

    TIMES           reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    DIVIDE          reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    MATMUL          reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    POWER           reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    NEWLINE         reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    PLUS            reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    MINUS           reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    COMMA           reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    RPAREN          reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    RBRACKET        reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    DEDENT          reduce using rule 71 (func_factor -> ID LPAREN func_args RPAREN .)
    LBRACKET        shift and go to state 182


state 172

    (72) func_factor -> ID LBRACKET func_expr RBRACKET .

    TIMES           reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    DIVIDE          reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    MATMUL          reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    POWER           reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    NEWLINE         reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    PLUS            reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    MINUS           reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    COMMA           reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    RPAREN          reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    RBRACKET        reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)
    DEDENT          reduce using rule 72 (func_factor -> ID LBRACKET func_expr RBRACKET .)


state 173

    (78) func_elements -> func_expr COMMA func_elements .

    RBRACKET        reduce using rule 78 (func_elements -> func_expr COMMA func_elements .)


state 174

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    RPAREN          shift and go to state 183


state 175

    (19) func_body_stmt -> ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 184
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 176

    (20) func_body_stmt -> ID COLON type_spec . EQUALS func_expr NEWLINE

    EQUALS          shift and go to state 185


state 177

    (21) func_body_stmt -> ID COMMA ID . EQUALS func_expr NEWLINE
    (22) func_body_stmt -> ID COMMA ID . COMMA ID EQUALS func_expr NEWLINE

    EQUALS          shift and go to state 187
    COMMA           shift and go to state 186


state 178

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT

    DEDENT          shift and go to state 188


state 179

    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr . NEWLINE DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 189
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 180

    (27) func_init_stmt -> ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 190
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 181

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID . COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    COLON           shift and go to state 191


state 182

    (73) func_factor -> ID LPAREN func_args RPAREN LBRACKET . func_expr RBRACKET
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 192
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 183

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    ARROW           shift and go to state 193


state 184

    (19) func_body_stmt -> ID EQUALS func_expr NEWLINE .

    RETURN          reduce using rule 19 (func_body_stmt -> ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 19 (func_body_stmt -> ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 19 (func_body_stmt -> ID EQUALS func_expr NEWLINE .)


state 185

    (20) func_body_stmt -> ID COLON type_spec EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 194
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 186

    (22) func_body_stmt -> ID COMMA ID COMMA . ID EQUALS func_expr NEWLINE

    ID              shift and go to state 195


state 187

    (21) func_body_stmt -> ID COMMA ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 196
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 188

    (15) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .

    DEF             reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    CLASS           reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    ID              reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    NEWLINE         reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    FOR             reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    NUMBER          reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    MINUS           reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    LPAREN          reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    LBRACKET        reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    STRING          reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)
    $end            reduce using rule 15 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT .)


state 189

    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE . DEDENT

    DEDENT          shift and go to state 197


state 190

    (27) func_init_stmt -> ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 198
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 191

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON . NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    NEWLINE         shift and go to state 199


state 192

    (73) func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr . RBRACKET
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    RBRACKET        shift and go to state 200
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 193

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 201

state 194

    (20) func_body_stmt -> ID COLON type_spec EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 202
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 195

    (22) func_body_stmt -> ID COMMA ID COMMA ID . EQUALS func_expr NEWLINE

    EQUALS          shift and go to state 203


state 196

    (21) func_body_stmt -> ID COMMA ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 204
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 197

    (16) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .

    DEF             reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    CLASS           reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    ID              reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    NEWLINE         reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    FOR             reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    NUMBER          reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    MINUS           reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    LPAREN          reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    LBRACKET        reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    STRING          reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)
    $end            reduce using rule 16 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT .)


state 198

    (27) func_init_stmt -> ID EQUALS func_expr NEWLINE .

    FOR             reduce using rule 27 (func_init_stmt -> ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 27 (func_init_stmt -> ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 27 (func_init_stmt -> ID EQUALS func_expr NEWLINE .)


state 199

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE . INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT

    INDENT          shift and go to state 205


state 200

    (73) func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .

    TIMES           reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    DIVIDE          reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    MATMUL          reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    POWER           reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    NEWLINE         reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    PLUS            reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    MINUS           reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    COMMA           reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    RPAREN          reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    RBRACKET        reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)
    DEDENT          reduce using rule 73 (func_factor -> ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET .)


state 201

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    COLON           shift and go to state 206


state 202

    (20) func_body_stmt -> ID COLON type_spec EQUALS func_expr NEWLINE .

    RETURN          reduce using rule 20 (func_body_stmt -> ID COLON type_spec EQUALS func_expr NEWLINE .)
    ID              reduce using rule 20 (func_body_stmt -> ID COLON type_spec EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 20 (func_body_stmt -> ID COLON type_spec EQUALS func_expr NEWLINE .)


state 203

    (22) func_body_stmt -> ID COMMA ID COMMA ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 207
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 204

    (21) func_body_stmt -> ID COMMA ID EQUALS func_expr NEWLINE .

    RETURN          reduce using rule 21 (func_body_stmt -> ID COMMA ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 21 (func_body_stmt -> ID COMMA ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 21 (func_body_stmt -> ID COMMA ID EQUALS func_expr NEWLINE .)


state 205

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT . func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT
    (29) func_loop_body -> .
    (30) func_loop_body -> . func_loop_body func_loop_stmt

    DEDENT          reduce using rule 29 (func_loop_body -> .)
    ID              reduce using rule 29 (func_loop_body -> .)
    NEWLINE         reduce using rule 29 (func_loop_body -> .)

    func_loop_body                 shift and go to state 208

state 206

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    NEWLINE         shift and go to state 209


state 207

    (22) func_body_stmt -> ID COMMA ID COMMA ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 210
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 208

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body . DEDENT NEWLINE RETURN func_expr DEDENT
    (30) func_loop_body -> func_loop_body . func_loop_stmt
    (31) func_loop_stmt -> . ID EQUALS func_expr NEWLINE
    (32) func_loop_stmt -> . ID PLUSEQ func_expr NEWLINE
    (33) func_loop_stmt -> . NEWLINE

    DEDENT          shift and go to state 213
    ID              shift and go to state 211
    NEWLINE         shift and go to state 212

    func_loop_stmt                 shift and go to state 214

state 209

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    INDENT          shift and go to state 215


state 210

    (22) func_body_stmt -> ID COMMA ID COMMA ID EQUALS func_expr NEWLINE .

    RETURN          reduce using rule 22 (func_body_stmt -> ID COMMA ID COMMA ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 22 (func_body_stmt -> ID COMMA ID COMMA ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 22 (func_body_stmt -> ID COMMA ID COMMA ID EQUALS func_expr NEWLINE .)


state 211

    (31) func_loop_stmt -> ID . EQUALS func_expr NEWLINE
    (32) func_loop_stmt -> ID . PLUSEQ func_expr NEWLINE

    EQUALS          shift and go to state 216
    PLUSEQ          shift and go to state 217


state 212

    (33) func_loop_stmt -> NEWLINE .

    DEDENT          reduce using rule 33 (func_loop_stmt -> NEWLINE .)
    ID              reduce using rule 33 (func_loop_stmt -> NEWLINE .)
    NEWLINE         reduce using rule 33 (func_loop_stmt -> NEWLINE .)


state 213

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT . NEWLINE RETURN func_expr DEDENT

    NEWLINE         shift and go to state 218


state 214

    (30) func_loop_body -> func_loop_body func_loop_stmt .

    DEDENT          reduce using rule 30 (func_loop_body -> func_loop_body func_loop_stmt .)
    ID              reduce using rule 30 (func_loop_body -> func_loop_body func_loop_stmt .)
    NEWLINE         reduce using rule 30 (func_loop_body -> func_loop_body func_loop_stmt .)


state 215

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (17) func_body_stmts -> . func_body_stmt
    (18) func_body_stmts -> . func_body_stmts func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 219
    FOR             shift and go to state 221
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmts                shift and go to state 220
    func_body_stmt                 shift and go to state 146

state 216

    (31) func_loop_stmt -> ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 222
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 217

    (32) func_loop_stmt -> ID PLUSEQ . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 223
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 218

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE . RETURN func_expr DEDENT

    RETURN          shift and go to state 224


state 219

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 225
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 220

    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts . RETURN func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts . RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts . RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (18) func_body_stmts -> func_body_stmts . func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 226
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmt                 shift and go to state 166

state 221

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR . ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR . ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    ID              shift and go to state 227


state 222

    (31) func_loop_stmt -> ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 228
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 223

    (32) func_loop_stmt -> ID PLUSEQ func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 229
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 224

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN . func_expr DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 230
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 225

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 231
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 226

    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN . func_expr NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN . func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN . func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 232
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 227

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID . COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID . COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    COLON           shift and go to state 233


state 228

    (31) func_loop_stmt -> ID EQUALS func_expr NEWLINE .

    DEDENT          reduce using rule 31 (func_loop_stmt -> ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 31 (func_loop_stmt -> ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 31 (func_loop_stmt -> ID EQUALS func_expr NEWLINE .)


state 229

    (32) func_loop_stmt -> ID PLUSEQ func_expr NEWLINE .

    DEDENT          reduce using rule 32 (func_loop_stmt -> ID PLUSEQ func_expr NEWLINE .)
    ID              reduce using rule 32 (func_loop_stmt -> ID PLUSEQ func_expr NEWLINE .)
    NEWLINE         reduce using rule 32 (func_loop_stmt -> ID PLUSEQ func_expr NEWLINE .)


state 230

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr . DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    DEDENT          shift and go to state 234
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 231

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    DEDENT          shift and go to state 235


state 232

    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr . NEWLINE DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr . NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr . NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 236
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 233

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON . NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON . NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    NEWLINE         shift and go to state 237


state 234

    (24) statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .

    DEF             reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    CLASS           reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    ID              reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    NEWLINE         reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    FOR             reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    NUMBER          reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    MINUS           reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    LPAREN          reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    LBRACKET        reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    STRING          reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)
    $end            reduce using rule 24 (statement -> DEF ID LPAREN params RPAREN COLON type_spec COLON NEWLINE INDENT func_init FOR ID COLON NEWLINE INDENT func_loop_body DEDENT NEWLINE RETURN func_expr DEDENT .)


state 235

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT . DEDENT
    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT . DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT . DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    DEDENT          shift and go to state 239
    DEF             shift and go to state 238


state 236

    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE . DEDENT DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE . DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE . DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    DEDENT          shift and go to state 240


state 237

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE . INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE . INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    INDENT          shift and go to state 241


state 238

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF . ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF . ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    ID              shift and go to state 242


state 239

    (34) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 34 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)


state 240

    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT . DEDENT
    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT . DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT . DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    DEDENT          shift and go to state 244
    DEF             shift and go to state 243


state 241

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT . lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT . lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (42) lambda_loop_body -> .
    (43) lambda_loop_body -> . lambda_loop_body lambda_loop_stmt

    DEDENT          reduce using rule 42 (lambda_loop_body -> .)
    ID              reduce using rule 42 (lambda_loop_body -> .)
    NEWLINE         reduce using rule 42 (lambda_loop_body -> .)

    lambda_loop_body               shift and go to state 245

state 242

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    LPAREN          shift and go to state 246


state 243

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF . ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF . ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    ID              shift and go to state 247


state 244

    (36) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 36 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)


state 245

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body . DEDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body . DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (43) lambda_loop_body -> lambda_loop_body . lambda_loop_stmt
    (44) lambda_loop_stmt -> . ID EQUALS func_expr NEWLINE
    (45) lambda_loop_stmt -> . NEWLINE

    DEDENT          shift and go to state 250
    ID              shift and go to state 248
    NEWLINE         shift and go to state 249

    lambda_loop_stmt               shift and go to state 251

state 246

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 252

state 247

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    LPAREN          shift and go to state 253


state 248

    (44) lambda_loop_stmt -> ID . EQUALS func_expr NEWLINE

    EQUALS          shift and go to state 254


state 249

    (45) lambda_loop_stmt -> NEWLINE .

    DEDENT          reduce using rule 45 (lambda_loop_stmt -> NEWLINE .)
    ID              reduce using rule 45 (lambda_loop_stmt -> NEWLINE .)
    NEWLINE         reduce using rule 45 (lambda_loop_stmt -> NEWLINE .)


state 250

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT . RETURN func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT . RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    RETURN          shift and go to state 255


state 251

    (43) lambda_loop_body -> lambda_loop_body lambda_loop_stmt .

    DEDENT          reduce using rule 43 (lambda_loop_body -> lambda_loop_body lambda_loop_stmt .)
    ID              reduce using rule 43 (lambda_loop_body -> lambda_loop_body lambda_loop_stmt .)
    NEWLINE         reduce using rule 43 (lambda_loop_body -> lambda_loop_body lambda_loop_stmt .)


state 252

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    RPAREN          shift and go to state 256


state 253

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 257

state 254

    (44) lambda_loop_stmt -> ID EQUALS . func_expr NEWLINE
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 258
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 255

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN . func_expr NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN . func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 259
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 256

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    ARROW           shift and go to state 260


state 257

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    RPAREN          shift and go to state 261


state 258

    (44) lambda_loop_stmt -> ID EQUALS func_expr . NEWLINE
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 262
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 259

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr . NEWLINE DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr . NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 263
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 260

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 264

state 261

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    ARROW           shift and go to state 265


state 262

    (44) lambda_loop_stmt -> ID EQUALS func_expr NEWLINE .

    DEDENT          reduce using rule 44 (lambda_loop_stmt -> ID EQUALS func_expr NEWLINE .)
    ID              reduce using rule 44 (lambda_loop_stmt -> ID EQUALS func_expr NEWLINE .)
    NEWLINE         reduce using rule 44 (lambda_loop_stmt -> ID EQUALS func_expr NEWLINE .)


state 263

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE . DEDENT DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE . DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    DEDENT          shift and go to state 266


state 264

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    COLON           shift and go to state 267


state 265

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 268

state 266

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT . DEDENT
    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT . DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    DEDENT          shift and go to state 270
    DEF             shift and go to state 269


state 267

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    NEWLINE         shift and go to state 271


state 268

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    COLON           shift and go to state 272


state 269

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF . ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    ID              shift and go to state 273


state 270

    (40) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 40 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEDENT .)


state 271

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    INDENT          shift and go to state 274


state 272

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    NEWLINE         shift and go to state 275


state 273

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID . LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    LPAREN          shift and go to state 276


state 274

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT DEDENT
    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (17) func_body_stmts -> . func_body_stmt
    (18) func_body_stmts -> . func_body_stmts func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 277
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmts                shift and go to state 278
    func_body_stmt                 shift and go to state 146

state 275

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT

    INDENT          shift and go to state 279


state 276

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN . params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (57) params -> .
    (58) params -> . ID COLON type_spec
    (59) params -> . ID COLON type_spec COMMA params

    RPAREN          reduce using rule 57 (params -> .)
    ID              shift and go to state 58

    params                         shift and go to state 280

state 277

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 281
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 278

    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts . RETURN func_expr NEWLINE DEDENT DEDENT
    (18) func_body_stmts -> func_body_stmts . func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 282
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmt                 shift and go to state 166

state 279

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT DEDENT
    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT
    (17) func_body_stmts -> . func_body_stmt
    (18) func_body_stmts -> . func_body_stmts func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 284
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmts                shift and go to state 283
    func_body_stmt                 shift and go to state 146

state 280

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params . RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    RPAREN          shift and go to state 285


state 281

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 286
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 282

    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN . func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 287
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 283

    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts . RETURN func_expr NEWLINE DEDENT DEDENT
    (18) func_body_stmts -> func_body_stmts . func_body_stmt
    (19) func_body_stmt -> . ID EQUALS func_expr NEWLINE
    (20) func_body_stmt -> . ID COLON type_spec EQUALS func_expr NEWLINE
    (21) func_body_stmt -> . ID COMMA ID EQUALS func_expr NEWLINE
    (22) func_body_stmt -> . ID COMMA ID COMMA ID EQUALS func_expr NEWLINE
    (23) func_body_stmt -> . NEWLINE

    RETURN          shift and go to state 288
    ID              shift and go to state 141
    NEWLINE         shift and go to state 142

    func_body_stmt                 shift and go to state 166

state 284

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 289
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 285

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN . ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    ARROW           shift and go to state 290


state 286

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT DEDENT

    DEDENT          shift and go to state 291


state 287

    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr . NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 292
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 288

    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN . func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 293
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 289

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 294
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 290

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW . type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT
    (4) type_spec -> . TYPE
    (5) type_spec -> . TYPE ARROW TYPE
    (6) type_spec -> . TANGENT ID TYPE
    (7) type_spec -> . TYPE LBRACKET dimension_list RBRACKET

    TYPE            shift and go to state 39
    TANGENT         shift and go to state 40

    type_spec                      shift and go to state 295

state 291

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT . DEDENT

    DEDENT          shift and go to state 296


state 292

    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE . DEDENT DEDENT

    DEDENT          shift and go to state 297


state 293

    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr . NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 298
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 294

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT DEDENT

    DEDENT          shift and go to state 299


state 295

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec . COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    COLON           shift and go to state 300


state 296

    (35) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 35 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)


state 297

    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT . DEDENT

    DEDENT          shift and go to state 301


state 298

    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE . DEDENT DEDENT

    DEDENT          shift and go to state 302


state 299

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT . DEDENT

    DEDENT          shift and go to state 303


state 300

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON . NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    NEWLINE         shift and go to state 304


state 301

    (38) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 38 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)


state 302

    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT . DEDENT

    DEDENT          shift and go to state 305


state 303

    (37) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 37 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)


state 304

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE . INDENT RETURN func_expr NEWLINE DEDENT DEDENT

    INDENT          shift and go to state 306


state 305

    (39) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 39 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT func_body_stmts RETURN func_expr NEWLINE DEDENT DEDENT .)


state 306

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT . RETURN func_expr NEWLINE DEDENT DEDENT

    RETURN          shift and go to state 307


state 307

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN . func_expr NEWLINE DEDENT DEDENT
    (60) func_expr -> . func_expr PLUS func_term
    (61) func_expr -> . func_expr MINUS func_term
    (62) func_expr -> . func_term
    (63) func_term -> . func_term TIMES func_factor
    (64) func_term -> . func_term DIVIDE func_factor
    (65) func_term -> . func_term MATMUL func_factor
    (66) func_term -> . func_term POWER func_factor
    (67) func_term -> . func_factor
    (68) func_factor -> . NUMBER
    (69) func_factor -> . ID
    (70) func_factor -> . LPAREN func_expr RPAREN
    (71) func_factor -> . ID LPAREN func_args RPAREN
    (72) func_factor -> . ID LBRACKET func_expr RBRACKET
    (73) func_factor -> . ID LPAREN func_args RPAREN LBRACKET func_expr RBRACKET
    (74) func_factor -> . LBRACKET func_elements RBRACKET
    (75) func_factor -> . STRING
    (76) func_factor -> . IMAGINARY

    NUMBER          shift and go to state 115
    ID              shift and go to state 111
    LPAREN          shift and go to state 116
    LBRACKET        shift and go to state 117
    STRING          shift and go to state 118
    IMAGINARY       shift and go to state 119

    func_expr                      shift and go to state 308
    func_term                      shift and go to state 113
    func_factor                    shift and go to state 114

state 308

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr . NEWLINE DEDENT DEDENT
    (60) func_expr -> func_expr . PLUS func_term
    (61) func_expr -> func_expr . MINUS func_term

    NEWLINE         shift and go to state 309
    PLUS            shift and go to state 128
    MINUS           shift and go to state 129


state 309

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE . DEDENT DEDENT

    DEDENT          shift and go to state 310


state 310

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT . DEDENT

    DEDENT          shift and go to state 311


state 311

    (41) statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .

    DEF             reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    CLASS           reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    ID              reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NEWLINE         reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    FOR             reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    NUMBER          reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    MINUS           reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LPAREN          reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    LBRACKET        reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    STRING          reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)
    $end            reduce using rule 41 (statement -> CLASS ID LPAREN params RPAREN COLON NEWLINE INDENT DEF LAMBDA LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT FOR ID COLON NEWLINE INDENT lambda_loop_body DEDENT RETURN func_expr NEWLINE DEDENT DEF ID LPAREN params RPAREN ARROW type_spec COLON NEWLINE INDENT RETURN func_expr NEWLINE DEDENT DEDENT .)

WARNING: 
WARNING: Conflicts:
WARNING: 
WARNING: shift/reduce conflict for LPAREN in state 5 resolved as shift
WARNING: shift/reduce conflict for LBRACKET in state 5 resolved as shift
WARNING: shift/reduce conflict for MINUS in state 10 resolved as shift
WARNING: shift/reduce conflict for LPAREN in state 24 resolved as shift
WARNING: shift/reduce conflict for LBRACKET in state 24 resolved as shift
WARNING: shift/reduce conflict for NEWLINE in state 57 resolved as shift
WARNING: shift/reduce conflict for NEWLINE in state 70 resolved as shift
WARNING: shift/reduce conflict for ID in state 124 resolved as shift
WARNING: shift/reduce conflict for NEWLINE in state 124 resolved as shift