void OsuUIButton::draw(Graphics *g)
{
if (!m_bVisible) return;
Image *buttonLeft = m_bDefaultSkin ? m_osu->getSkin()->getDefaultButtonLeft() : m_osu->getSkin()->getButtonLeft();
Image *buttonMiddle = m_bDefaultSkin ? m_osu->getSkin()->getDefaultButtonMiddle() : m_osu->getSkin()->getButtonMiddle();
Image *buttonRight = m_bDefaultSkin ? m_osu->getSkin()->getDefaultButtonRight() : m_osu->getSkin()->getButtonRight();
float leftScale = m_osu->getImageScaleToFitResolution(buttonLeft, m_vSize);
float leftWidth = buttonLeft->getWidth()*leftScale;
float rightScale = m_osu->getImageScaleToFitResolution(buttonRight, m_vSize);
float rightWidth = buttonRight->getWidth()*rightScale;
float middleWidth = m_vSize.x - leftWidth - rightWidth;
char red = std::max((unsigned int)(COLOR_GET_Ri(m_color)*m_fBrightness), (unsigned int)(m_fAnim*255.0f));
char green = std::max((unsigned int)(COLOR_GET_Gi(m_color)*m_fBrightness), (unsigned int)(m_fAnim*255.0f));
char blue = std::max((unsigned int)(COLOR_GET_Bi(m_color)*m_fBrightness), (unsigned int)(m_fAnim*255.0f));
g->setColor(COLOR(255, red, green, blue));
buttonLeft->bind();
g->drawQuad((int)m_vPos.x, (int)m_vPos.y, (int)leftWidth, (int)m_vSize.y);
buttonLeft->unbind();
buttonMiddle->bind();
g->drawQuad((int)m_vPos.x + (int)leftWidth, (int)m_vPos.y, (int)middleWidth, (int)m_vSize.y);
buttonMiddle->unbind();
buttonRight->bind();
g->drawQuad((int)m_vPos.x + (int)leftWidth + (int)middleWidth, (int)m_vPos.y, (int)rightWidth, (int)m_vSize.y);
buttonRight->unbind();
drawText(g);
}
void OsuCircle::drawCircle(Graphics *g, OsuSkin *skin, Vector2 pos, float hitcircleDiameter, float numberScale, float overlapScale, int number, int colorCounter, int colorOffset, float approachScale, float alpha, float numberAlpha, bool drawNumber, bool overrideHDApproachCircle)
{
if (alpha <= 0.0f || !osu_draw_circles.getBool()) return;
rainbowNumber = number;
rainbowColorCounter = colorCounter;
Color comboColor = skin->getComboColorForCounter(colorCounter, colorOffset);
comboColor = COLOR(255, (int)(COLOR_GET_Ri(comboColor)*osu_circle_color_saturation.getFloat()), (int)(COLOR_GET_Gi(comboColor)*osu_circle_color_saturation.getFloat()), (int)(COLOR_GET_Bi(comboColor)*osu_circle_color_saturation.getFloat()));
// approach circle
///drawApproachCircle(g, skin, pos, comboColor, hitcircleDiameter, approachScale, alpha, modHD, overrideHDApproachCircle); // they are now drawn separately in draw2()
// circle
const float circleImageScale = hitcircleDiameter / (128.0f * (skin->isHitCircle2x() ? 2.0f : 1.0f));
comboColor = skin->getComboColorForCounter(colorCounter, colorOffset);
drawHitCircle(g, skin->getHitCircle(), pos, comboColor, circleImageScale, alpha);
// overlay
const float circleOverlayImageScale = hitcircleDiameter / skin->getHitCircleOverlay2()->getSizeBaseRaw().x;
if (!skin->getHitCircleOverlayAboveNumber())
drawHitCircleOverlay(g, skin->getHitCircleOverlay2(), pos, circleOverlayImageScale, alpha);
// number
if (drawNumber)
drawHitCircleNumber(g, skin, numberScale, overlapScale, pos, number, numberAlpha);
// overlay
if (skin->getHitCircleOverlayAboveNumber())
drawHitCircleOverlay(g, skin->getHitCircleOverlay2(), pos, circleOverlayImageScale, alpha);
}
void OsuCircle::drawApproachCircle(Graphics *g, OsuBeatmapStandard *beatmap, Vector2 rawPos, int number, int colorCounter, int colorOffset, float approachScale, float alpha, bool overrideHDApproachCircle)
{
rainbowNumber = number;
rainbowColorCounter = colorCounter;
Color comboColor = beatmap->getSkin()->getComboColorForCounter(colorCounter, colorOffset);
comboColor = COLOR(255, (int)(COLOR_GET_Ri(comboColor)*osu_circle_color_saturation.getFloat()), (int)(COLOR_GET_Gi(comboColor)*osu_circle_color_saturation.getFloat()), (int)(COLOR_GET_Bi(comboColor)*osu_circle_color_saturation.getFloat()));
drawApproachCircle(g, beatmap->getSkin(), beatmap->osuCoords2Pixels(rawPos), comboColor, beatmap->getHitcircleDiameter(), approachScale, alpha, beatmap->getOsu()->getModHD(), overrideHDApproachCircle);
}
