Expr Parameter::get_scalar_expr() const {
check_is_scalar();
const Type t = type();
if (t.is_float()) {
switch (t.bits()) {
case 32: return Expr(get_scalar<float>());
case 64: return Expr(get_scalar<double>());
}
} else if (t.is_int()) {
switch (t.bits()) {
case 8: return Expr(get_scalar<int8_t>());
case 16: return Expr(get_scalar<int16_t>());
case 32: return Expr(get_scalar<int32_t>());
case 64: return Expr(get_scalar<int64_t>());
}
} else if (t.is_uint()) {
switch (t.bits()) {
case 1: return make_bool(get_scalar<bool>());
case 8: return Expr(get_scalar<uint8_t>());
case 16: return Expr(get_scalar<uint16_t>());
case 32: return Expr(get_scalar<uint32_t>());
case 64: return Expr(get_scalar<uint64_t>());
}
}
return Expr();
}
void Parameter::set_max_value(Expr e) {
check_is_scalar();
user_assert(e.type() == contents.ptr->type)
<< "Can't set parameter " << name()
<< " of type " << contents.ptr->type
<< " to have max value " << e
<< " of type " << e.type() << "\n";
contents.ptr->max_value = e;
}
Expr Parameter::get_max_value() {
check_is_scalar();
return contents.ptr->max_value;
}
void *Parameter::get_scalar_address() const {
check_is_scalar();
return &contents.ptr->data;
}
Expr Parameter::get_min_value() const {
check_is_scalar();
return contents.ptr->min_value;
}
