MosquitoNode::MosquitoNode(const trmb::TextureHolder& textures, sf::Vector2f position, bool active, sf::FloatRect worldBounds
, SceneNode &houseLayer)
: mBeginSimulationEvent(0x5000e550)
, mBeginScoreboardEvent(0xf5e88b6e)
, mCreateTextPrompt(0x25e87fd8)
, mClearTextPrompt(0xc1523265)
, mTextures(textures)
, mWorldBounds(worldBounds)
, mHouseLayer(houseLayer)
, mAnimation(textures.get(Textures::ID::MosquitoAnimation))
, mPreviousPosition()
, mHasMalaria(false)
, mIndoor(false)
, mSimulationMode(false)
, mPause(false)
, mDelaySet(false)
, mActive(active)
, mTotalDelayTime()
, mUpdateDelayTime()
, mTotalMovementTime(sf::seconds(1.0))
, mUpdateMovementTime()
, mRandomDevice() // ALW - obtain random number from hardware
, mGenerator(mRandomDevice()) // ALW - Seed the generator
, mWeightedDistribution()
{
setPosition(position);
mAnimation.setFrameSize(sf::Vector2i(64, 64));
mAnimation.setNumFrames(8);
mAnimation.setDuration(sf::seconds(1));
mAnimation.setRepeating(true);
if (mActive)
{
// ALW - A Mosquito will only spawn already active during the simulation mode.
mSimulationMode = true;
}
// ALW - Change the range and weights
std::vector<float> intervals = { 0, 1, 2, 3 };
std::vector<float> weights = { 0.05f, 0.1f, 0.20f };
decltype(mWeightedDistribution.param()) new_range(intervals.begin(), intervals.end(), weights.begin());
mWeightedDistribution.param(new_range);
}
FlappyCatColorScheme::FlappyCatColorScheme()
: mRandomDevice()
, mGenerator(mRandomDevice())
, mScheme(ColorsSize, Color()) {
//
}
