jit_value jit_phantom_math_func_float32( jit_function_t func, const char* function, jit_value args[1] )
{
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, sin)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, cos)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, abs)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, tan)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, atan)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, asin)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, acos)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, sqrt)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, cosh)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, exp)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, log)
JIT_PHANTOM_CALL_UNARY_INTRINSIC(float32, log10)
JIT_PHANTOM_CALL_FUNC_1_RET_BY_REF(float32, vector2f, vector2f);
JIT_PHANTOM_CALL_FUNC_1_RET_BY_REF(float32, vector3f, vector3f);
JIT_PHANTOM_CALL_FUNC_1_RET_BY_REF(float32, vector4f, vector4f);
return jit_value();
}
jit_value jit_phantom_math_unary_intrinsic_float64( jit_function_t func, const char* intrinsic, jit_value operand )
{
return jit_value();
}
jit_value operator<<(const jit_value& value1, const jit_value& value2)
{
return jit_value(jit_insn_shl(value_owner(value1, value2),
value1.raw(), value2.raw()));
}
jit_value operator~(const jit_value& value1)
{
return jit_value(jit_insn_not(jit_value_get_function(value1.raw()),
value1.raw()));
}
