CWall::CWall(Entity& mE, HexagonGame& mHexagonGame, const Vec2f& mCenterPos,
int mSide, float mThickness, float mDistance, const SpeedData& mSpeed,
const SpeedData& mCurve)
: Component{mE}, hexagonGame(mHexagonGame), centerPos{mCenterPos},
speed{mSpeed}, curve{mCurve}, distance{mDistance},
thickness{mThickness}, side{mSide}
{
float div{ssvu::tau / hexagonGame.getSides() * 0.5f},
angle{div * 2.f * side};
vertexPositions[0] = getOrbitRad(centerPos, angle - div, distance);
vertexPositions[1] = getOrbitRad(centerPos, angle + div, distance);
vertexPositions[2] =
getOrbitRad(centerPos, angle + div + hexagonGame.getWallAngleLeft(),
distance + thickness + hexagonGame.getWallSkewLeft());
vertexPositions[3] = getOrbitRad(centerPos,
angle - div + hexagonGame.getWallAngleRight(),
distance + thickness + hexagonGame.getWallSkewRight());
}
void StyleData::drawBackground(RenderTarget& mRenderTarget, const Vec2f& mCenterPos, int mSides)
{
float div{ssvu::tau / mSides * 1.0001f}, distance{4500};
ssvs::VertexVector<sf::PrimitiveType::Triangles> vertices;
const auto& colors(getColors());
for(int i{0}; i < mSides; ++i)
{
float angle{div * i};
Color currentColor{ssvu::getByWrapIdx(colors, i)};
if(Config::getBlackAndWhite()) currentColor = Color::Black;
else if(i % 2 == 0 && i == mSides - 1) currentColor = getColorDarkened(currentColor, 1.4f);
vertices.emplace_back(mCenterPos, currentColor);
vertices.emplace_back(getOrbitRad(mCenterPos, angle + div * 0.5f, distance), currentColor);
vertices.emplace_back(getOrbitRad(mCenterPos, angle - div * 0.5f, distance), currentColor);
}
mRenderTarget.draw(vertices);
}
