public void Update()
{
if ((int)type == (int)BarType.e_MovingObject)
{
float ratio = Utilities.GetRatioP1P2(displayFillLevel, 0, fillMaximum);
position = Utilities.GetPositionBetweenP1P2(ratio, startPosition, endPosition);
zobject.SetScreenPosition(position);
zobject.Update();
}
if (state != ZbarStateEnum.kZbarState_Shown)
{
{
state = ZbarStateEnum.kZbarState_Shown;
}
}
else
{
displayFillLevel = displayFillLevel + ((fillLevel - displayFillLevel) * 0.2f);
}
}
public CGPoint GetPosition()
{
Globals.Assert((target == InterpolationTarget.kInterp_Screen) || (target == InterpolationTarget.kInterp_Map));
return(Utilities.GetPositionBetweenP1P2(this.GetValue(), startPosition, endPosition));
}
public void Update(ZRMUpdateData inData)
{
int[] realRacePos = new int[(int)Enum.kMaxNumTeams];
float[] tempRacePosition = new float[(int)Enum.kMaxNumTeams];
for (int team = 0; team < numTeams; team++)
{
realRacePos [team] = (int)inData.racePos [team];
markerPosition [team] = Utilities.GetRatioP1P2(realRacePos [team], raceFrom, raceTo);
overTakeThisFrame [team] = false;
overTakeThisFramePlayer [team] = false;
}
if (numTeams > 1)
{
float[] inFrontBy = new float[(int)Enum.kMaxNumTeams];
float[] inFrontByReal = new float[(int)Enum.kMaxNumTeams];
for (int playerPair = 0; playerPair < (numTeams - 1); playerPair++)
{
int frontPlayer = playerPosition[playerPair];
int behindPlayer = playerPosition[playerPair + 1];
inFrontBy[playerPair] = markerPosition[frontPlayer] - markerPosition[behindPlayer];
inFrontByReal[playerPair] = realRacePos[frontPlayer] - realRacePos[behindPlayer];
}
for (int i = 0; i < numTeams - 1; i++)
{
markerPosition[playerPosition[i + 1]] -= (markerSize * ((float)(i + 1)));
}
int behindPlayer8 = playerPosition[numTeams - 1];
if (markerPosition[behindPlayer8] < 0.0f)
{
float offBottomBy = -markerPosition[behindPlayer8];
for (int i = 0; i < (numTeams - 1); i++)
{
markerPosition[playerPosition[i]] += offBottomBy;
tempRacePosition[playerPosition[i]] = markerPosition[playerPosition[i]];
}
markerPosition[behindPlayer8] = 0.0f;
tempRacePosition[behindPlayer8] = markerPosition[behindPlayer8];
}
else
{
for (int i = 0; i < numTeams; i++)
{
tempRacePosition[i] = markerPosition[i];
}
}
for (int playerPair = 0; playerPair < (numTeams - 1); playerPair++)
{
int frontPlayer = playerPosition[playerPair];
int behindPlayer = playerPosition[playerPair + 1];
if ((inFrontByReal[playerPair] <= overtakeDistance) && (playerState[behindPlayer] == RMPlayerState.kRMPlayer_Free) && (playerState[
frontPlayer] == RMPlayerState.kRMPlayer_Free))
{
this.StartOvertakeP1(behindPlayer, frontPlayer);
}
if (overTakingTimer[behindPlayer] > 0.0f)
{
overTakingTimer[behindPlayer] -= Constants.kFrameRate;
float ratio = 1.0f - Utilities.GetRatioP1P2(overTakingTimer[behindPlayer], 0.0f, overTakeTime);
tempRacePosition[behindPlayer] += ratio * markerSize;
tempRacePosition[frontPlayer] -= ratio * markerSize;
if (overTakingTimer[behindPlayer] <= 0.0f)
{
int pos = playerPosition[playerPair];
playerPosition[playerPair] = playerPosition[playerPair + 1];
playerPosition[playerPair + 1] = pos;
playerState[frontPlayer] = RMPlayerState.kRMPlayer_Free;
playerState[behindPlayer] = RMPlayerState.kRMPlayer_Free;
markerPosition[behindPlayer] += markerSize;
markerPosition[frontPlayer] -= markerSize;
}
}
}
}
else
{
tempRacePosition[0] = markerPosition[0];
}
for (int team = 0; team < numTeams; team++)
{
CGPoint markerScreenPos = Utilities.CGPointMake(0, 0);
if (useLocator)
{
}
else
{
markerScreenPos = Utilities.GetPositionBetweenP1P2(tempRacePosition[playerPosition[team]], raceMarkerStartPos, raceMarkerFinishPos);
}
int displayPos = team;
if (playerState[playerPosition[team]] == RMPlayerState.kRMPlayer_Overtaking)
{
displayPos -= 1;
}
else if (playerState[playerPosition[team]] == RMPlayerState.kRMPlayer_BeingOvertaken)
{
displayPos += 1;
}
(pMarker[playerPosition[team]]).SetScreenPosition(markerScreenPos);
(pMarker[playerPosition[team]]).Update();
}
}
