Method apply

source/game/StarWorldLayout.cpp:92–104

}

Vec2I WorldLayout::BlockNoise::apply(Vec2I const& input, Vec2U const& worldSize) const {
  float angle = (input[0] / (float)worldSize[0]) * 2 * Constants::pi;
  float xc = std::sin(angle) / (2 * Constants::pi) * worldSize[0];
  float zc = std::cos(angle) / (2 * Constants::pi) * worldSize[0];

  Vec2I noisePos = Vec2I(
      floor(input[0] + horizontalNoise.get(input[1]) + xNoise.get(xc, input[1], zc)),
      floor(input[1] + verticalNoise.get(xc, zc) + yNoise.get(xc, input[1], zc))
    );
  noisePos[1] = clamp<int>(noisePos[1], 0, worldSize[1]);

  return noisePos;
}

WorldLayout WorldLayout::buildTerrestrialLayout(TerrestrialWorldParameters const& terrestrialParameters, uint64_t seed) {
  auto& root = Root::singleton();