private void DamageWallOnTile(ref PlantInfo plantInfo, ref BlockingInfo blockInfo, int x, int y)
{
if (plantInfo.type == PlantType.NotDefined)
{
return;
}
var plantRule = _zone.Configuration.PlantRules.GetPlantRule(plantInfo.type);
if (plantRule == null)
{
return;
}
//is it wall?
if (!plantRule.AllowedOnNonNatural)
{
return;
}
//only degrades in the last few phases
if (!plantInfo.IsWallInLastFewStates(plantRule))
{
return;
}
var globalX = x + _area.X1;
var globalY = y + _area.Y1;
//pbs might save it
if (_pbsPositions != null && _pbsPositions.Count > 0)
{
if (PBSHelper.IsPBSInRange(_wallDistanceFromPBS, _pbsPositions, globalX, globalY))
{
var closestPBSDistance = PBSHelper.GetMinimalDistance(_pbsPositions, globalX, globalY);
if (closestPBSDistance <= _intactDistance)
{
//pbs object in intact distance, wall is protected
return;
}
//in fading range
//near 1 .. far 0
var chanceToSurvive = 1 - ((closestPBSDistance - _intactDistance) / _gradientRange);
var random = FastRandom.NextDouble();
if (random < chanceToSurvive)
{
//it will happen inwards more often
//so the plant wont get unhealed as it is closer to a pbs but within the range
return;
}
}
}
plantInfo.UnHealPlant();
if (plantInfo.health > 0)
{
return;
}
blockInfo.Plant = false;
blockInfo.Height = 0;
plantInfo.Clear();
plantInfo.state = 1;
}
private void GrowPlantOnTile(int x, int y, ref PlantInfo plantInfo, ref BlockingInfo blockInfo)
{
var plantRule = _zone.Configuration.PlantRules.GetPlantRule(plantInfo.type);
if (plantRule == null)
{
return;
}
if (plantInfo.time < plantRule.GrowRate)
{
//increase tile time
plantInfo.time = (byte)(plantInfo.time + 1).Clamp(0, 255);
}
else
{
//make it grow!
//Reset time
plantInfo.time = 0;
//get new state
PlantType nextAction;
byte nextState;
plantRule.GetNextState(plantInfo.state, out nextState, out nextAction);
if (nextAction == 0)
{
plantInfo.Clear();
plantInfo.state = 1; //kill signal for client --> resulting type:0 state:1 which should NOT be cleaned, just next round!!!
blockInfo.Height = 0;
blockInfo.Plant = false;
if (!plantRule.PlacesConcrete)
{
return;
}
var gx = x + _area.X1;
var gy = y + _area.Y1;
_zone.Terrain.Controls.UpdateValue(gx, gy, ci =>
{
ci.ClearAllConcrete();
return(ci);
});
}
else
{
var healthRatio = plantInfo.GetHealthRatio(plantRule);
plantInfo.type = nextAction;
plantInfo.state = nextState;
plantInfo.health = (byte)(healthRatio * plantRule.Health[plantInfo.state]).Clamp(1, 255);
if (!plantRule.NotFruiting)
{
//yes, fruiting
if (plantRule.FruitingState <= nextState)
{
if (plantRule.FruitingState == nextState)
{
// first phase when the plant reached fruiting state
plantInfo.material = (byte)(Math.Min((int)(FastRandom.NextDouble(plantRule.FruitAmount * 0.05, plantRule.FruitAmount * 0.15)).Clamp(0, 255), plantRule.FruitAmount));
}
else
{
// change happened
plantInfo.material = (byte)(Math.Min((plantInfo.material + FastRandom.NextDouble(plantRule.FruitAmount * 0.15, plantRule.FruitAmount * 0.25)), plantRule.FruitAmount)).Clamp(0, 255);
}
}
else
{
plantInfo.material = 0;
}
}
else
{
plantInfo.material = 0;
}
blockInfo.Height = plantRule.GetBlockingHeight(plantInfo.state);
blockInfo.Plant = blockInfo.Height > 0;
}
}
}