if (i_ex(targetObject[cV]))
{
    if (specialCamera[cV])
    {
        if (specialCameraInit == 0)
        {
            remObjectX = targetObject[cV].x;
            remObjectY = targetObject[cV].y;
            specialCameraInit = 1;
            pullXTimer = 0;
            pullYTimer = 0;
            relXLerpAmt = 0;
            relYLerpAmt = 0;
        }
        else
        {
            movedX = targetObject[cV].x - remObjectX;
            movedY = targetObject[cV].y - remObjectY;
            specialCameraBorderMax[cV] = 240;
            idealRelX = 0;
            idealRelY = 0;
            relXLerpAmt = 0.1;
            relYLerpAmt = 0.1;
            if (abs(movedX) > (8 / (global.darkzone + 1)))
            {
                pullXTimer++;
                if (pullXTimer > 30)
                {
                    idealRelX = clamp(movedX * 16, -specialCameraBorderMax[cV], specialCameraBorderMax[cV]);
                    relXLerpAmt = 0.02;
                }
            }
            else
            {
                pullXTimer = 0;
            }
            if (abs(movedY) > (8 / (global.darkzone + 1)))
            {
                pullYTimer++;
                if (pullYTimer > 30)
                    idealRelY = clamp(movedY * 16, -round(specialCameraBorderMax[cV] * 0.7), round(specialCameraBorderMax[cV] * 0.7));
            }
            else
            {
                pullYTimer = 0;
            }
            if (abs(idealRelX) < 2)
                idealRelX = 0;
            if (abs(idealRelY) < 2)
                idealRelY = 0;
            targetXRelative[cV] = lerp(targetXRelative[cV], idealRelX, relXLerpAmt);
            targetYRelative[cV] = lerp(targetYRelative[cV], idealRelY, relYLerpAmt);
            remObjectX = targetObject[cV].x;
            remObjectY = targetObject[cV].y;
        }
    }
    finalX = (targetObject[cV].x + targetXRelative[cV]) - (camerawidth() / 2);
    finalY = (targetObject[cV].y + targetYRelative[cV]) - (cameraheight() / 2);
    if (targetObjectCenter[cV] == 1)
    {
        finalX += (targetObject[cV].sprite_width / 2);
        finalY += (targetObject[cV].sprite_height / 2);
    }
    if (ignoreTargetObjectX[cV])
        finalX = targetX[cV];
    if (ignoreTargetObjectY[cV])
        finalY = targetY[cV];
}
else if (targetObject[cV] == -4)
{
    finalX = targetX[cV];
    finalY = targetY[cV];
}
finalX = clamp(finalX, panLimitLeft[cV], panLimitRight[cV]);
finalY = clamp(finalY, panLimitTop[cV], panLimitBottom[cV]);