public static Quaternion ComplementRotateQuaternion(CameraFrameData frame1, CameraFrameData frame2, float progress)
{
Quaternion q1 =
Quaternion.RotationYawPitchRoll(frame1.CameraRotation.Y, frame1.CameraRotation.X, frame1.CameraRotation.Z);
Quaternion q2 =
Quaternion.RotationYawPitchRoll(frame2.CameraRotation.Y, frame2.CameraRotation.X, frame2.CameraRotation.Z);
return(Quaternion.Slerp(q1, q2, progress));
}
private void CameraFrameDataUI(int frameIndex)
{
FrameData frameData = GetFrameData(frameIndex);
CameraFrameData cameraFrameData = frameData.cameraFrameData;
CameraData cameraData = cameraFrameData.cameraData;
SpaceWithLabel(LabelEffectID);
cameraData.id = TextField(cameraData.id);
SpaceWithLabel(LabelCameraTriggerType);
cameraData.triggerType = (CameraTriggerType)EnumPopup(cameraData.triggerType);
SpaceWithLabel(LabelCameraFocusType);
cameraData.focusType = (CameraFocusType)EnumPopup(cameraData.focusType);
cameraFrameData.cameraData = cameraData;
Controller.SetCameraFrameData(frameIndex, cameraFrameData);
bool isDelete = SpaceWithButton(BtnDelete);
if (isDelete)
{
Controller.DeleteCameraFrameData(frameIndex);
}
}
private void LeapFrame(CameraFrameData cf1, CameraFrameData cf2, CameraProvider cp, IProjectionMatrixProvider proj, float f)
{
float ProgX, ProgY, ProgZ, ProgR, ProgL, ProgP;;
ProgX = cf1.Curves[0].Evaluate(f);
ProgY = cf1.Curves[1].Evaluate(f);
ProgZ = cf1.Curves[2].Evaluate(f);
ProgR = cf1.Curves[3].Evaluate(f);
ProgL = cf1.Curves[4].Evaluate(f);
ProgP = cf1.Curves[5].Evaluate(f);
cp.CameraLookAt = CGHelper.ComplementTranslate(cf1, cf2,
new Vector3(ProgX, ProgY, ProgZ));
Quaternion rotation = CGHelper.ComplementRotateQuaternion(cf1, cf2,
ProgR);
float length = CGHelper.Lerp(cf1.Distance, cf2.Distance, ProgL);
float angle = CGHelper.Lerp(cf1.ViewAngle, cf2.ViewAngle, ProgP);
Vector3 Position2target = Vector3.TransformCoordinate(new Vector3(0, 0, 1),
Matrix.RotationQuaternion(rotation));
Vector3 TargetPosition = cp.CameraLookAt + length * Position2target;
cp.CameraPosition = TargetPosition;
proj.Fovy = CGHelper.ToRadians(angle);
}
void UpdateAddAndDisplayTiles(int cameraFrame, HashSet <int> framesNeededForDisplay)
{
// Add and Display tiles that we need
for (int i = cameraFrame - tileBuffer; i < cameraFrame + tileBuffer; i++)
{
int ii = i;
if (i < 0 && i % levelSize == 0)
{
ii = 0;
}
else if (i < 0)
{
ii = levelSize + (i % levelSize);
}
else if (i >= levelSize)
{
ii = i % levelSize;
}
int neededFrameNumber = ii;
framesNeededForDisplay.Add(neededFrameNumber);
// Do we already have this tile active?
bool haveTile = false;
foreach (int key in activeTiles.Keys)
{
if (key == neededFrameNumber)
{
haveTile = true;
break;
}
}
// We don't have it so create it and add it to activeTiles
if (!haveTile)
{
int neededTileNumber = levelLayout[neededFrameNumber];
GameObject thistile = tileLookup[neededTileNumber];
GameObject tilecopy = Instantiate(thistile);
tilecopy.name = levelNumberString + " " + levelPart + " tile " + ii.ToString();
tilecopy.AddComponent <CameraFrameData>();
CameraFrameData fd = tilecopy.GetComponent <CameraFrameData>();
fd.cameraFrame = neededFrameNumber;
// Position the tile
int actualpos = i;
if (parallaxLayer)
{
tilecopy.transform.SetParent(parallaxParent.transform);
}
float tileCopyXPosition;
if (parallaxLayer)
{
tileCopyXPosition = parallaxParent.transform.position.x + (actualpos * tileWidth);
}
else
{
tileCopyXPosition = actualpos * tileWidth;
}
tilecopy.transform.position = new Vector3(tileCopyXPosition,
thistile.transform.position.y,
tilecopy.transform.position.z);
tilecopy.SetActive(true);
// If we are the ground layer, then create the ground items, based on the
// tile number as a seed.
if (sortLayerName == "Ground")
{
// Random.InitState(levelManager.randomSeed + ii);
int numFront = (int)Random.Range(2, 4);
int numBack = (int)Random.Range(2, 4);
addGroundDecorations(numFront, "GroundFront", tilecopy);
addGroundDecorations(numBack, "GroundBack", tilecopy);
// TODO: Change gems so that they are only created once per tile.
int numGems = (int)Random.Range(0, 100);
if (numGems < 20)
{
addGems(1, "Ground", tilecopy);
}
}
// If we are the Proximate Background layer, attempt to attach clouds.
if (sortLayerName == "BackgroundProximate")
{
int somenum = Random.Range(0, 100);
if (somenum > 60)
{
GameObject skyObjectPrefab = Resources.Load("SkyObject") as GameObject;
GameObject skyObject = Instantiate(skyObjectPrefab);
skyObject.transform.position = new Vector2(tilecopy.transform.position.x, skyObject.transform.position.y);
skyObject.SetActive(true);
tilecopy.GetComponent <TileData>().attachedObjects.Add(skyObject);
}
int numBackgroundItems = (int)Random.Range(0, 3);
//Random.InitState(ii*somenum);
addBackgroundDecorations(numBackgroundItems, "BackgroundProximate", tilecopy);
}
// Keep a dicionary of active tiles
activeTiles.Add(neededFrameNumber, tilecopy);
}
}
}
public static Vector3 ComplementTranslate(CameraFrameData frame1, CameraFrameData frame2, Vector3 progress)
{
return(new Vector3(Lerp(frame1.CameraPosition.X, frame2.CameraPosition.X, progress.X),
Lerp(frame1.CameraPosition.Y, frame2.CameraPosition.Y, progress.Y),
Lerp(frame1.CameraPosition.Z, frame2.CameraPosition.Z, progress.Z)));
}
