ComplexBinOp¶
An arithmetic operation on complex values.
Declaración¶
Sintaxis¶
ComplexBinOp(expr left, binop op, expr right, ttype type, expr? value)
Argumentos¶
Argument |
Descripción |
|---|---|
|
the left operand. |
|
the operator; see binop. |
|
the right operand. |
|
the type of the expression. |
|
the compile time value of the expression, when the frontend could fold it; |
Valores devueltos¶
The value of the expression.
Descripción¶
Only Add, Sub, Mul, Div and Pow are meaningful here. Both operands
and the result have the same complex type.
Ejemplos¶
(ComplexBinOp
:left (Var
:v (SymbolRef 1 "z")
)
:op :Mul
:right (ComplexConstant
:re 0.0
:im 1.0
:type (Complex
:kind 4
)
)
:type (Complex
:kind 4
)
:value nil
)
It comes from this complete ASR text document:
(TranslationUnit
:symtab (SymbolTable
:id 0
:symbols {
"main" (Program
:symtab (SymbolTable
:id 1
:symbols {
"b" (Variable
:parent_symtab 1
:name "b"
:dependencies []
:intent :Local
:symbolic_value nil
:value nil
:storage :Default
:type (Logical
:kind 4
)
:type_declaration nil
:abi :Source
:access :Public
:presence :Required
:value_attr false
:target_attr false
:contiguous_attr false
:bindc_name nil
:is_volatile false
:is_protected false
:pass_attr :NotMethod
:self_argument nil
:codims []
:common_block nil
)
"w" (Variable
:parent_symtab 1
:name "w"
:dependencies []
:intent :Local
:symbolic_value nil
:value nil
:storage :Default
:type (Complex
:kind 4
)
:type_declaration nil
:abi :Source
:access :Public
:presence :Required
:value_attr false
:target_attr false
:contiguous_attr false
:bindc_name nil
:is_volatile false
:is_protected false
:pass_attr :NotMethod
:self_argument nil
:codims []
:common_block nil
)
"x" (Variable
:parent_symtab 1
:name "x"
:dependencies []
:intent :Local
:symbolic_value nil
:value nil
:storage :Default
:type (Real
:kind 4
)
:type_declaration nil
:abi :Source
:access :Public
:presence :Required
:value_attr false
:target_attr false
:contiguous_attr false
:bindc_name nil
:is_volatile false
:is_protected false
:pass_attr :NotMethod
:self_argument nil
:codims []
:common_block nil
)
"z" (Variable
:parent_symtab 1
:name "z"
:dependencies []
:intent :Local
:symbolic_value nil
:value nil
:storage :Default
:type (Complex
:kind 4
)
:type_declaration nil
:abi :Source
:access :Public
:presence :Required
:value_attr false
:target_attr false
:contiguous_attr false
:bindc_name nil
:is_volatile false
:is_protected false
:pass_attr :NotMethod
:self_argument nil
:codims []
:common_block nil
)
}
)
:name "main"
:dependencies []
:body [
(Assignment
:target (Var
:v (SymbolRef 1 "z")
)
:value (ComplexConstant
:re 1.0
:im 2.0
:type (Complex
:kind 4
)
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
(Assignment
:target (Var
:v (SymbolRef 1 "z")
)
:value (ComplexConstructor
:re (RealConstant
:r 1.0
:type (Real
:kind 4
)
)
:im (Var
:v (SymbolRef 1 "x")
)
:type (Complex
:kind 4
)
:value nil
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
(Assignment
:target (Var
:v (SymbolRef 1 "w")
)
:value (ComplexBinOp
:left (Var
:v (SymbolRef 1 "z")
)
:op :Mul
:right (ComplexConstant
:re 0.0
:im 1.0
:type (Complex
:kind 4
)
)
:type (Complex
:kind 4
)
:value nil
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
(Assignment
:target (Var
:v (SymbolRef 1 "w")
)
:value (ComplexUnaryMinus
:arg (Var
:v (SymbolRef 1 "z")
)
:type (Complex
:kind 4
)
:value nil
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
(Assignment
:target (Var
:v (SymbolRef 1 "x")
)
:value (ComplexRe
:arg (Var
:v (SymbolRef 1 "z")
)
:type (Real
:kind 4
)
:value nil
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
(Assignment
:target (Var
:v (SymbolRef 1 "x")
)
:value (ComplexIm
:arg (Var
:v (SymbolRef 1 "z")
)
:type (Real
:kind 4
)
:value nil
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
(Assignment
:target (Var
:v (SymbolRef 1 "b")
)
:value (ComplexCompare
:left (Var
:v (SymbolRef 1 "z")
)
:op :Eq
:right (Var
:v (SymbolRef 1 "w")
)
:type (Logical
:kind 4
)
:value nil
)
:overloaded nil
:realloc_lhs false
:move_allocation false
:new_target false
:new_allocation false
)
]
:global_init nil
)
}
)
:items []
:global_init nil
)