CarMotor::CarMotor(const std::string& mainPath, CL_ResourceManager resources, CACarUpgrades* carUp)
: CarOption(resources, carUp, 5, mainPath + "motorPrice", "Engine")
{
std::string path = mainPath + "acceleration";
m_acceleration = 6 * resources.get_integer_resource( path, 1 );
path = mainPath + "maxSpeed";
m_maxSpeed = 6 * resources.get_integer_resource( path, 1 );
}
CarOption::CarOption(CL_ResourceManager resources, CACarUpgrades* carUp, int maxOption, const std::string& pathPrice, const std::string& name)
: m_carUp(carUp), m_current(0), m_maxOpt(maxOption), m_name(name)
{
int pathPricei = resources.get_integer_resource(pathPrice,0);
for (int i=0; i < m_maxOpt; i++)
m_PriceList.push_back((i*pathPricei)/2+pathPricei);
}
CarType::CarType(const std::string& mainPath, CL_ResourceManager resources, CACarUpgrades* carUp, const bool debug)
:
m_motor (mainPath, resources, carUp),
m_tires (mainPath, resources, carUp),
m_armor (mainPath, resources, carUp)
{
if(debug) std::cout << " name" << std::endl;
std::string path = mainPath + "name";
name = resources.get_string_resource( path, "name" );
if(debug) std::cout << " surface" << std::endl;
path = mainPath + "surface";
surface = CL_Texture( *CA_APP->graphicContext, path, &resources );
if(debug) std::cout << " surface3d" << std::endl;
path = mainPath + "surface3d";
surface3d = CL_Texture( *CA_APP->graphicContext, path, &resources );
path = mainPath + "length";
length = resources.get_integer_resource( path, 0 );
path = mainPath + "width";
width = resources.get_integer_resource( path, 0 );
path = mainPath + "minSpeed";
minSpeed = 6 * resources.get_integer_resource( path, 1 );
path = mainPath + "maxTurbo";
maxTurbo = resources.get_integer_resource( path, 1000 );
path = mainPath + "acceleration";
deceleration = 6 * resources.get_integer_resource( path, 1000 );
path = mainPath + "steeringPower";
steeringPower = resources.get_integer_resource( path, 1 );
path = mainPath + "price";
price = resources.get_integer_resource( path, 0 );
radius = std::sqrt( (double)width/2 * (double)width/2 + (double)length/2 * (double)length/2 );
angle = atan( (double)(width/2) / (double)(length/2) ) * ARAD;
}
CarTires::CarTires(const std::string& mainPath, CL_ResourceManager resources, CACarUpgrades* carUp)
: CarOption(resources, carUp, 5, mainPath + "tiresPrice", "Tires")
{
std::string path = mainPath + "slidingFactor";
m_slidingFactor = 0.01 * resources.get_integer_resource( path, 1 );
}
