} // only here so start can be called from level manager because boat start needs to run before character start
protected void OnStart(int buoyancyTotal)
{
//SortCompLayerChange(Consts.DrawLayers.BoatLevel1);
buoyancy.CurrentValue = buoyancyTotal;
// Default boat, no load, max buoyancy
weightLoad.CurrentValue = 0;
weightTotal.CurrentValue = 0;
distLeakAbove.CurrentValue = 0;
distLeakBelow.CurrentValue = 0;
// Add people - increasing load weight & reducing buoyancy
foreach (SpriteTossable sprite in spriteTossableSet)
{
// Items held/worn by a character have their weight added to the total with the character, so ignore them here.
if (sprite is ItemBase)
{
if ((sprite as ItemBase).CharHeldBy != null)
{
continue;
}
}
weightLoad.CurrentValue += sprite.Weight;
}
weightTotal.CurrentValue += weightLoad.CurrentValue;
// Account current water load
weightWater.CurrentValue = waterStartWeight;
weightTotal.CurrentValue += weightWater.CurrentValue;
// Set height of boat based on current buoyancy and water's surface (usually set to 0)
sinkHeightIncr = SubmergableAreaRef.height / buoyancyTotal;
AdjustBoatDepth();
// Put hole(s) in boat
// Use width of Submergable area reference to determine x position
float xWidth = SubmergableAreaRef.XMax - SubmergableAreaRef.XMin;
for (var i = 0; i < holeDataSet.Length; i++)
{
// Calulate proper height
float yPos = SubmergableAreaRef.YMin + (holeDataSet[i].yByBuoyancy * sinkHeightIncr);
GameObject holeObj = Instantiate(hole, new Vector3(SubmergableAreaRef.XMin + (holeDataSet[i].xByPercent * xWidth), yPos, transform.position.z - 0.1f), transform.rotation, transform) as GameObject;
Hole newHole = holeObj.GetComponent <Hole>();
newHole.Init(lvlMngr, (int)holeDataSet[i].leakType, holeDataSet[i].yByBuoyancy);
if (yPos <= lvlMngr.WaterSurfaceYPos)
{
holesSubm.Add(newHole);
}
else
{
holesSurf.Add(newHole);
}
if (holeDataSet[i].leakType == Consts.LeakTypesAndRates.Pinhole)
{
Pinholes.Add(newHole);
}
}
AllLeaksToWaterUIUpdate();
uiUpdate.RaiseEvent();
}