private void SyncTelescope(Telescope scope, SyncSystem syncer)
{
float rotRad = MathHelper.DegreesToRadians(syncer.GetTrackValue(telescopeRotation));
scope.tower.Transform.SetRotation(rotRad);
float elevRad = MathHelper.DegreesToRadians(syncer.GetTrackValue(telescopeElevation));
scope.antenna.Transform.SetRotation(elevRad);
}
// SYNC AND DRAW
public void Sync(SyncSystem syncer)
{
SyncCamera(syncer);
SyncFadeout(syncer);
SyncSkybox(syncer);
int s = syncer.Scene;
if (s == mountainsNumber)
{
SyncTelescope(telescope, syncer);
SyncGreets(syncer, title);
lightController.syncing = false;
}
else if (s == moonNumber)
{
SyncMonolith(syncer);
SyncGreets(syncer, group_greetings);
lightController.syncing = false;
}
else if (s == bunnyNumber)
{
// Sync lights
SyncBunny(syncer);
SyncLightMeshList(bunnyLights, syncer.GetTrackValue(bunnyLightProgress));
lightController.syncing = true;
lightController.SyncLightList(bunnyLights);
}
else if (s == warpNumber)
{
SyncBunny(syncer);
SyncLightMeshList(bunnyLights, syncer.GetTrackValue(bunnyLightProgress));
lightController.syncing = true;
lightController.SyncLightList(bunnyLights);
}
else if (s == seaNumber || s == crystalsNumber)
{
SyncMonolith(syncer);
SyncGreets(syncer, credits);
// Turn down lights
SyncLightMeshList(bunnyLights, syncer.GetTrackValue(bunnyLightProgress));
lightController.syncing = true;
lightController.SyncLightList(bunnyLights);
}
if (s == crystalsNumber)
{
lightController.syncing = false;
// Crystals
SyncCrystals(syncer);
}
}
private void SyncSkybox(SyncSystem syncer)
{
// Rotate star sphere world matrix
// Rotate lighting
float rot = syncer.GetTrackValue(skyRotation) * MathHelper.TwoPi;
starSkyBox.Transform.SetRotation(rot);
mountainLight.Direction = new Vector3(new Vector4(0, 0, 1, 0) * starSkyBox.Transform.rotationTransformMatrix);
}
public void SyncMonolith(SyncSystem syncer)
{
float rotations = syncer.GetTrackValue(monolithRotation);
// Skip half of turn so that it seems that text is on both sides
// 0.0 is facing camera
// Pi. is 180d
// start is -90
while (rotations > 1.0f)
{
rotations -= 1.0f;
}
monolith.Transform.SetRotation(rotations * MathHelper.Pi - MathHelper.PiOver2);
Vector3 monoPos = monolith.Transform.GetWorldPosition();
monolith.Transform.Translation = new Vector4(monoPos.X, syncer.GetTrackValue(monolithElevation), monoPos.Z, 1.0f);
}
// SYNC FUNCTIONS
private void SyncCamera(SyncSystem syncer)
{
Renderer renderer = Renderer.GetSingleton();
renderer.SyncCameraFrame();
CameraComponent camera = renderer.GetCamera();
camera.FOV = 90 + syncer.GetTrackValue(cameraFOV);
camera.CreateMatrices();
}
public void SyncGreets(SyncSystem syncer, List <GreetPage> greetPages)
{
float alphaPerPage = 1.0f / greetPages.Count;
float wholeAlpha = syncer.GetTrackValue(textAlpha);
for (int pi = 0; pi < greetPages.Count; pi++)
{
GreetPage p = greetPages[pi];
p.progress = DivideToPages(alphaPerPage, pi, wholeAlpha);
float alphaPerGreet = 1.0f / p.greets.Count;
for (int gi = 0; gi < p.greets.Count; gi++)
{
Greeting g = p.greets[gi];
g.alpha = DivideToItems(alphaPerGreet, gi, p.progress);
}
}
}
void SyncBunny(SyncSystem syncer)
{
bunnyMesh.Transform.SetRotation(syncer.GetTrackValue(bunnyRotation) * MathHelper.Pi);
}
private void SyncFadeout(SyncSystem syncer)
{
fadeAlpha = syncer.GetTrackValue(fadeoutAlpha);
}
