Shader::Shader(const LogSystem &log) : logSys(log)
{
this->shaderId = -1;
this->stages = ComponentMap();
this->attributes = AttributeMap();
this->tempAttrs = TempAttributeList();
this->uniforms = AttributeMap();
this->tempUniforms = TempAttributeList();
}
Recipe::Recipe(std::string name, std::string description) : Nameable(name), description(description)
{
this->current_clicks = 0;
this->clicks_required = 15;
this->components = ComponentMap();
this->outputs = OutputMap();
// this->_callback = [this](Beatup* bu) {
// this-> //TODO figure out how to add this output to building
// };
//example recipe
// this->components[Ingredient::SubType::Grain] = 2;
// this->components[Ingredient::SubType::Iron] = 1;
};
void Recipe::consume()
{
ComponentMap temp_map = ComponentMap(this->components);
auto& all_ingredients = BUILDUP->get_all_ingredients();
if (this->is_satisfied(all_ingredients))
{
for (auto component_pair : temp_map)
{
BUILDUP->remove_shared_ingredients_from_all(component_pair.first, component_pair.second);
}
this->callback();
}
else
{
};
};
bool Recipe::is_satisfied(mistIngredient input)
{
ComponentMap input_components = ComponentMap();
for (auto& ingredient : input)
{
//if ingredient type's not in matches map, add it regardless of whether
//its relevant or not
Ingredient::SubType i_type = ingredient.first;
input_components[i_type] = input[i_type];
};
for (auto& pair : input_components)
{
auto it = this->components.find(pair.first);
//if the type isnt in the component map, ignore it
if (it == this->components.end()) continue;
//if there's not enough input, fail early
Ingredient::SubType i_type = it->first;
if (input_components[i_type] < this->components[i_type])
{
return false;
};
};
for (auto& pair : this->components)
{
auto it = input_components.find(pair.first);
//if the type isnt in the inputs map, fail
if (it == input_components.end())
{
return false;
};
}
return true;
};
