private IEnumerator <float> MoveObjects()
{
canJump = false;
float jumpProgress = 0f;
// Frog jump animation.
while (jumpProgress < 1f)
{
if (ProcessFrogJump(jumpProgress))
{
break; // Jump ended early; frogEndPos modified.
}
jumpProgress += Time.deltaTime / JUMP_TIME;
yield return(0f);
}
// Snap to jump end pos.
frog.position = frogEndPos;
frogMeshTrans.localRotation = Quaternion.Euler(defaultFrogTilt);
frogShadow.localPosition = frogShadowOffset;
// Move the camera based on frog movement.
bool landedOnCoast = WithinCoastline(frog.position);
if (landedOnCoast)
{
if (leftTheBeach)
{
AchievementController.instance.AwardEventAchievement(AchievementID.IPreferTheBeach, false);
}
if (frogEndPos.y < coastlineHeight)
{
frogEndPos.y = coastlineHeight;
frog.position = frogEndPos;
}
Timing.RunCoroutine(LoseRoutine(false));
}
else
{
// Move camera.
Vector3 camMove = frogEndPos - frogStartPos;
targetCamPos.x += camMove.x;
targetCamPos.z += camMove.z;
// Check if frog landed on pad.
JumpStatus status = JumpStatus.Failed;
int landedPosIndex = -1;
attachedTile = GetJumpResult(out status, out landedPosIndex);
if (attachedTile != null)
{
// Yay, the frog made it. Attach frog to this tile.
attachedTile.OnFrogAttached(frog);
// Achievement logic.
leftTheBeach = true;
if (landedPosIndex > 0)
{
// Landed on an offscreen tile.
AchievementController.instance.AwardEventAchievement(AchievementID.SixthSense, false);
}
// Calculate score and play other effects.
CalculateNewScore(attachedTile, status);
// All insects before or equal to this tile should disappear regardless if the player hit it or not.
// Also, going backwards or landing on the same tile will not award the player extra points.
int targetTileDepth = attachedTile.mapDepth;
foreach (TileEntity tile in tileController.activeTiles)
{
if (tile.mapDepth <= targetTileDepth)
{
tile.didAwardScore = true;
bool eaten = (tile == attachedTile && (status == JumpStatus.Perfect || status == JumpStatus.NearMiss_Perfect));
tile.ClearInsect(frog.position, eaten);
}
}
// If the nearly missed the tile, make the frog hop back on the "safe area"
if (status == JumpStatus.NearMiss_Perfect || status == JumpStatus.NearMiss_Success)
{
yield return(Timing.WaitForSeconds(STABILIZE_JUMP_DELAY));
// Get start and end positions for stabilize jump.
frogStartPos = frog.position;
frogEndPos = attachedTile.GetStablePosition(frogStartPos, frogRadius, STABILIZE_JUMP_DIST_MIN, 0);
curJumpDist = Mathf.Max(STABILIZE_JUMP_DIST_MIN, (frogEndPos - frog.position).magnitude);
Vector3 stableDir = (frogEndPos - frog.position);
stableDir.y = 0f;
targetCamPos += stableDir;
jumpProgress = 0f;
// Rotate frog towards jump direction.
UpdateFrogRotationY(stableDir.x, stableDir.z);
// Frog jump animation.
while (jumpProgress < 1f)
{
if (ProcessFrogJump(jumpProgress))
{
break;
}
jumpProgress += Time.deltaTime / STABILIZE_JUMP_TIME;
yield return(0f);
}
// Snap to jump end pos.
frogEndPos.y = attachedTile.topSurfaceY; // Force the frog to sit on the tile's top surface.
frog.position = frogEndPos;
frogMeshTrans.localRotation = Quaternion.Euler(defaultFrogTilt);
frogShadow.localPosition = frogShadowOffset;
attachedTile.PlayBobAnimation();
// Play small land sound.
sfxSource.pitch = Random.Range(1.35f, 1.45f);
sfxSource.PlayOneShot(landSound, 0.35f);
}
// Wait briefly before returning control to player.
yield return(Timing.WaitForSeconds(NEXT_JUMP_DELAY));
// Only start sinking when player has control.
attachedTile.StartSinking();
canJump = true;
}
else
{
Timing.RunCoroutine(LoseRoutine(true));
}
}
}