Function createMathTemplate

builtin_math.go:284–338

()

}

func createMathTemplate() *objectTemplate {
	t := newObjectTemplate()
	t.protoFactory = func(r *Runtime) *Object {
		return r.global.ObjectPrototype
	}

	t.putStr("E", func(r *Runtime) Value { return valueProp(valueFloat(math.E), false, false, false) })
	t.putStr("LN10", func(r *Runtime) Value { return valueProp(valueFloat(math.Ln10), false, false, false) })
	t.putStr("LN2", func(r *Runtime) Value { return valueProp(valueFloat(math.Ln2), false, false, false) })
	t.putStr("LOG10E", func(r *Runtime) Value { return valueProp(valueFloat(math.Log10E), false, false, false) })
	t.putStr("LOG2E", func(r *Runtime) Value { return valueProp(valueFloat(math.Log2E), false, false, false) })
	t.putStr("PI", func(r *Runtime) Value { return valueProp(valueFloat(math.Pi), false, false, false) })
	t.putStr("SQRT1_2", func(r *Runtime) Value { return valueProp(valueFloat(sqrt1_2), false, false, false) })
	t.putStr("SQRT2", func(r *Runtime) Value { return valueProp(valueFloat(math.Sqrt2), false, false, false) })

	t.putSym(SymToStringTag, func(r *Runtime) Value { return valueProp(asciiString(classMath), false, false, true) })

	t.putStr("abs", func(r *Runtime) Value { return r.methodProp(r.math_abs, "abs", 1) })
	t.putStr("acos", func(r *Runtime) Value { return r.methodProp(r.math_acos, "acos", 1) })
	t.putStr("acosh", func(r *Runtime) Value { return r.methodProp(r.math_acosh, "acosh", 1) })
	t.putStr("asin", func(r *Runtime) Value { return r.methodProp(r.math_asin, "asin", 1) })
	t.putStr("asinh", func(r *Runtime) Value { return r.methodProp(r.math_asinh, "asinh", 1) })
	t.putStr("atan", func(r *Runtime) Value { return r.methodProp(r.math_atan, "atan", 1) })
	t.putStr("atanh", func(r *Runtime) Value { return r.methodProp(r.math_atanh, "atanh", 1) })
	t.putStr("atan2", func(r *Runtime) Value { return r.methodProp(r.math_atan2, "atan2", 2) })
	t.putStr("cbrt", func(r *Runtime) Value { return r.methodProp(r.math_cbrt, "cbrt", 1) })
	t.putStr("ceil", func(r *Runtime) Value { return r.methodProp(r.math_ceil, "ceil", 1) })
	t.putStr("clz32", func(r *Runtime) Value { return r.methodProp(r.math_clz32, "clz32", 1) })
	t.putStr("cos", func(r *Runtime) Value { return r.methodProp(r.math_cos, "cos", 1) })
	t.putStr("cosh", func(r *Runtime) Value { return r.methodProp(r.math_cosh, "cosh", 1) })
	t.putStr("exp", func(r *Runtime) Value { return r.methodProp(r.math_exp, "exp", 1) })
	t.putStr("expm1", func(r *Runtime) Value { return r.methodProp(r.math_expm1, "expm1", 1) })
	t.putStr("floor", func(r *Runtime) Value { return r.methodProp(r.math_floor, "floor", 1) })
	t.putStr("fround", func(r *Runtime) Value { return r.methodProp(r.math_fround, "fround", 1) })
	t.putStr("hypot", func(r *Runtime) Value { return r.methodProp(r.math_hypot, "hypot", 2) })
	t.putStr("imul", func(r *Runtime) Value { return r.methodProp(r.math_imul, "imul", 2) })
	t.putStr("log", func(r *Runtime) Value { return r.methodProp(r.math_log, "log", 1) })
	t.putStr("log1p", func(r *Runtime) Value { return r.methodProp(r.math_log1p, "log1p", 1) })
	t.putStr("log10", func(r *Runtime) Value { return r.methodProp(r.math_log10, "log10", 1) })
	t.putStr("log2", func(r *Runtime) Value { return r.methodProp(r.math_log2, "log2", 1) })
	t.putStr("max", func(r *Runtime) Value { return r.methodProp(r.math_max, "max", 2) })
	t.putStr("min", func(r *Runtime) Value { return r.methodProp(r.math_min, "min", 2) })
	t.putStr("pow", func(r *Runtime) Value { return r.methodProp(r.math_pow, "pow", 2) })
	t.putStr("random", func(r *Runtime) Value { return r.methodProp(r.math_random, "random", 0) })
	t.putStr("round", func(r *Runtime) Value { return r.methodProp(r.math_round, "round", 1) })
	t.putStr("sign", func(r *Runtime) Value { return r.methodProp(r.math_sign, "sign", 1) })
	t.putStr("sin", func(r *Runtime) Value { return r.methodProp(r.math_sin, "sin", 1) })
	t.putStr("sinh", func(r *Runtime) Value { return r.methodProp(r.math_sinh, "sinh", 1) })
	t.putStr("sqrt", func(r *Runtime) Value { return r.methodProp(r.math_sqrt, "sqrt", 1) })
	t.putStr("tan", func(r *Runtime) Value { return r.methodProp(r.math_tan, "tan", 1) })
	t.putStr("tanh", func(r *Runtime) Value { return r.methodProp(r.math_tanh, "tanh", 1) })
	t.putStr("trunc", func(r *Runtime) Value { return r.methodProp(r.math_trunc, "trunc", 1) })

	return t
}

var mathTemplate *objectTemplate
var mathTemplateOnce sync.Once