// Title Screen Update logic
void UpdateTitleScreen(void)
{
if (!isTitleAnimFinished)
{
if (framesCounter>=titleFadeDelay)
{
if (fadeFramesCounter<=titleFadeInDuration)
{
titleAlpha = CubicEaseIn(fadeFramesCounter, 0, 1, titleFadeInDuration);
fadeFramesCounter++;
}
else
{
fadeFramesCounter = 0;
isTitleAnimFinished = 1;
titleAlpha = 1;
}
}
else framesCounter++;
}
else
{
if (framesCounter>=startTextDelay)
{
if (fadeFramesCounter<=startTextFadeDuration)
{
if(startTextFadeIn) startTextAlpha = SineEaseOut(fadeFramesCounter, 0.2, 1, startTextFadeDuration);
else startTextAlpha = SineEaseIn(fadeFramesCounter, 1, -0.8, startTextFadeDuration);
fadeFramesCounter++;
}
else
{
fadeFramesCounter=0;
startTextFadeIn = !startTextFadeIn;
}
}
else framesCounter++;
}
if (isTitleAnimFinished&&IsKeyPressed(KEY_ENTER))
{
//finishScreen = 1; // OPTIONS
finishScreen = 2; // GAMEPLAY
}
}
MathUtil::MathUtil()
{
int SizeOfFloat = sizeof(float);
InitSin();
m_easeQuadIn = (float *)malloc(100 * SizeOfFloat);
m_easeQuadOut = (float *)malloc(100 * SizeOfFloat);
m_easeQuadInOut = (float *)malloc(100 * SizeOfFloat);
m_easeCubeIn = (float *)malloc(100 * SizeOfFloat);
m_easeCubeOut = (float *)malloc(100 * SizeOfFloat);
m_easeCubeInOut = (float *)malloc(100 * SizeOfFloat);
m_easeQuartIn = (float *)malloc(100 * SizeOfFloat);
m_easeQuartOut = (float *)malloc(100 * SizeOfFloat);
m_easeQuartInOut = (float *)malloc(100 * SizeOfFloat);
m_easeQuintIn = (float *)malloc(100 * SizeOfFloat);
m_easeQuintOut = (float *)malloc(100 * SizeOfFloat);
m_easeQuintInOut = (float *)malloc(100 * SizeOfFloat);
m_easeElasticIn = (float *)malloc(100 * SizeOfFloat);
m_easeElasticOut = (float *)malloc(100 * SizeOfFloat);
m_easeElasticInOut = (float *)malloc(100 * SizeOfFloat);
m_easeBackIn = (float *)malloc(100 * SizeOfFloat);
m_easeBackOut = (float *)malloc(100 * SizeOfFloat);
m_easeBackInOut = (float *)malloc(100 * SizeOfFloat);
m_easeBounceIn = (float *)malloc(100 * SizeOfFloat);
m_easeBounceOut = (float *)malloc(100 * SizeOfFloat);
m_easeBounceInOut = (float *)malloc(100 * SizeOfFloat);
for (int i = 0; i < 100; i++)
{
double t = i / 100.0;
m_easeQuadIn[i] = QuadraticEaseIn(t);
m_easeQuadOut[i] = QuadraticEaseOut(t);
m_easeQuadInOut[i] = QuadraticEaseInOut(t);
m_easeCubeIn[i] = CubicEaseIn(t);
m_easeCubeOut[i] = CubicEaseOut(t);
m_easeCubeInOut[i] = CubicEaseInOut(t);
m_easeQuartIn[i] = QuarticEaseIn(t);
m_easeQuartOut[i] = QuarticEaseOut(t);
m_easeQuartInOut[i] = QuarticEaseInOut(t);
m_easeQuintIn[i] = QuinticEaseIn(t);
m_easeQuintOut[i] = QuinticEaseOut(t);
m_easeQuintInOut[i] = QuinticEaseInOut(t);
m_easeElasticIn[i] = ElasticEaseIn(t);
m_easeElasticOut[i] = ElasticEaseOut(t);
m_easeElasticInOut[i] = ElasticEaseInOut(t);
m_easeBackIn[i] = BackEaseIn(t);
m_easeBackOut[i] = BackEaseOut(t);
m_easeBackInOut[i] = BackEaseInOut(t);
m_easeBounceIn[i] = BounceEaseIn(t);
m_easeBounceOut[i] = BounceEaseOut(t);
m_easeBounceInOut[i] = BounceEaseInOut(t);
}
}
