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math.go
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package main
import (
"errors"
"math"
"strconv"
)
func Abs_execute(arguments []FunctionArgument, errMessage *error, globalVariableArray *[]Variable, globalFunctionArray *[]Function, scopeName string, globalNativeVarList *[]string, globalSettings *GlobalSettingsObject, line_number int, column_number int, file_name string) FunctionReturn {
ret := FunctionReturn{Type: RET_TYPE_FLOAT, FloatValue: 0}
if arguments[0].Type != ARG_TYPE_FLOAT && arguments[0].Type != ARG_TYPE_INTEGER {
*errMessage = errors.New("Error: Parameter must be a float or integer type on line number " + strconv.Itoa(line_number) + " and column number " + strconv.Itoa(column_number) + ", Filename: " + file_name)
} else {
var output float64
if arguments[0].Type == ARG_TYPE_FLOAT {
output = math.Abs(arguments[0].FloatValue)
} else {
output = math.Abs(float64(arguments[0].IntegerValue))
}
ret.FloatValue = output
}
return ret
}
func Acs_execute(arguments []FunctionArgument, errMessage *error, globalVariableArray *[]Variable, globalFunctionArray *[]Function, scopeName string, globalNativeVarList *[]string, globalSettings *GlobalSettingsObject, line_number int, column_number int, file_name string) FunctionReturn {
ret := FunctionReturn{Type: RET_TYPE_FLOAT, FloatValue: 0}
if arguments[0].Type != ARG_TYPE_FLOAT && arguments[0].Type != ARG_TYPE_INTEGER {
*errMessage = errors.New("Error: Parameter must be a float or integer type on line number " + strconv.Itoa(line_number) + " and column number " + strconv.Itoa(column_number) + ", Filename: " + file_name)
} else {
var output float64
if arguments[0].Type == ARG_TYPE_FLOAT {
output = math.Acos(arguments[0].FloatValue)
} else {
output = math.Acos(float64(arguments[0].IntegerValue))
}
if math.IsNaN(output) {
ret.Type = RET_TYPE_NONE
} else {
ret.FloatValue = output
}
ret.FloatValue = output
}
return ret
}
func Acsh_execute(arguments []FunctionArgument, errMessage *error, globalVariableArray *[]Variable, globalFunctionArray *[]Function, scopeName string, globalNativeVarList *[]string, globalSettings *GlobalSettingsObject, line_number int, column_number int, file_name string) FunctionReturn {
ret := FunctionReturn{Type: RET_TYPE_FLOAT, FloatValue: 0}
if arguments[0].Type != ARG_TYPE_FLOAT && arguments[0].Type != ARG_TYPE_INTEGER {
*errMessage = errors.New("Error: Parameter must be a float or integer type on line number " + strconv.Itoa(line_number) + " and column number " + strconv.Itoa(column_number) + ", Filename: " + file_name)
} else {
var output float64
if arguments[0].Type == ARG_TYPE_FLOAT {
output = math.Acosh(arguments[0].FloatValue)
} else {
output = math.Acosh(float64(arguments[0].IntegerValue))
}
if math.IsNaN(output) {
ret.Type = RET_TYPE_NONE
} else {
ret.FloatValue = output
}
ret.FloatValue = output
}
return ret
}
func Asn_execute(arguments []FunctionArgument, errMessage *error, globalVariableArray *[]Variable, globalFunctionArray *[]Function, scopeName string, globalNativeVarList *[]string, globalSettings *GlobalSettingsObject, line_number int, column_number int, file_name string) FunctionReturn {
ret := FunctionReturn{Type: RET_TYPE_FLOAT, FloatValue: 0}
if arguments[0].Type != ARG_TYPE_FLOAT && arguments[0].Type != ARG_TYPE_INTEGER {
*errMessage = errors.New("Error: Parameter must be a float or integer type on line number " + strconv.Itoa(line_number) + " and column number " + strconv.Itoa(column_number) + ", Filename: " + file_name)
} else {
var output float64
if arguments[0].Type == ARG_TYPE_FLOAT {
output = math.Asin(arguments[0].FloatValue)
} else {
output = math.Asin(float64(arguments[0].IntegerValue))
}
if math.IsNaN(output) {
ret.Type = RET_TYPE_NONE
} else {
ret.FloatValue = output
}
ret.FloatValue = output
}
return ret
}
func Asnh_execute(arguments []FunctionArgument, errMessage *error, globalVariableArray *[]Variable, globalFunctionArray *[]Function, scopeName string, globalNativeVarList *[]string, globalSettings *GlobalSettingsObject, line_number int, column_number int, file_name string) FunctionReturn {
ret := FunctionReturn{Type: RET_TYPE_FLOAT, FloatValue: 0}
if arguments[0].Type != ARG_TYPE_FLOAT && arguments[0].Type != ARG_TYPE_INTEGER {
*errMessage = errors.New("Error: Parameter must be a float or integer type on line number " + strconv.Itoa(line_number) + " and column number " + strconv.Itoa(column_number) + ", Filename: " + file_name)
} else {
var output float64
if arguments[0].Type == ARG_TYPE_FLOAT {
output = math.Asinh(arguments[0].FloatValue)
} else {
output = math.Asinh(float64(arguments[0].IntegerValue))
}
if math.IsNaN(output) {
ret.Type = RET_TYPE_NONE
} else {
ret.FloatValue = output
}
ret.FloatValue = output
}
return ret
}
func Atn_execute(arguments []FunctionArgument, errMessage *error, globalVariableArray *[]Variable, globalFunctionArray *[]Function, scopeName string, globalNativeVarList *[]string, globalSettings *GlobalSettingsObject, line_number int, column_number int, file_name string) FunctionReturn {
ret := FunctionReturn{Type: RET_TYPE_FLOAT, FloatValue: 0}
if arguments[0].Type != ARG_TYPE_FLOAT && arguments[0].Type != ARG_TYPE_INTEGER {
*errMessage = errors.New("Error: Parameter must be a float or integer type on line number " + strconv.Itoa(line_number) + " and column number " + strconv.Itoa(column_number) + ", Filename: " + file_name)
} else {
var output float64
if arguments[0].Type == ARG_TYPE_FLOAT {
output = math.Atan(arguments[0].FloatValue)
} else {
output = math.Atan(float64(arguments[0].IntegerValue))
}
if math.IsNaN(output) {
ret.Type = RET_TYPE_NONE
} else {
ret.FloatValue = output
}
ret.FloatValue = output
}
return ret
}