void Terrain::CreateDebugTerrain( int seed )
{
Tiles.clear();
{
int tmp = Engine::getCfg()->get<float>("sim.terragen.debug.size");
Size = glm::ivec2( tmp, tmp );
}
// maximum height to generate
float maxHeight = Engine::getCfg()->get<float>("sim.terragen.debug.maxheight");
//float minheight = 0;
float maxFallofDist = Size.x/2;
float waterlimit = Engine::getCfg()->get<float>("sim.terragen.debug.waterlimit");
glm::point2 Mid = glm::point2( Size.x/2, Size.y/2 );
std::mt19937 gen(seed);
std::uniform_real_distribution<float> rnd;
std::uniform_real_distribution<float> nutritionrnd(Engine::getCfg()->get<float>("sim.terragen.debug.nutrition.min"),
Engine::getCfg()->get<float>("sim.terragen.debug.nutrition.max"));
float minHumidity = Engine::getCfg()->get<float>("sim.terragen.debug.humidity.min");
float maxHumidity = Engine::getCfg()->get<float>("sim.terragen.debug.humidity.max");
for ( int y = 0; y < Size.y; ++y)
{
for ( int x = 0; x < Size.x; ++x)
{
glm::point2 TileMid = glm::point2( x+.5, y+.5 );
float HeightFactor = (1 - glm::distance( TileMid, Mid )/maxFallofDist );
HeightFactor = HeightFactor < 0 ? 0 : HeightFactor;
float TileHeight = maxHeight*HeightFactor;
Tile *tmp = new Tile( glm::ipoint2(x,y), TileHeight, nutritionrnd(gen), ((TileHeight < waterlimit)?1:0));
std::shared_ptr<Tile> T(tmp);
Tiles.push_back ( T );
}
}
calculateHumidity();
}
/*
* Function:makeHTmeasurements(void)
* --------------------
* Function used to run the sequence of measurements:
* 1.Read RH
* 2.Calculate Humidity value
* 3.Get last temperature measurement after RH measurement was done
* 4.Calculate temperature value
* 5.Update the display with new values.
*/
void makeHTmeasurements(void) {
measureRH();
humidityValue = calculateHumidity(humidityCode);
getLastTemp();
temperatureValue = calculateTemperature(temperatureCode);
char str[10];
char humm[10];
sprintf(str, "%d", temperatureValue);
oled_prints(30, 6, str);
sprintf(humm, "%d", humidityValue);
oled_prints(45, 8, humm);
oled_render();
UART1PutStr(str);
}
