/// <summary>
/// Try to get a valid cell to spawn a new cluster anywhere on the map.
/// </summary>
public static void TryGetRandomClusterSpawnCell(ThingDef_ClusterPlant plantDef, int newDesiredClusterSize, bool checkTemperature, Map map, out IntVec3 spawnCell)
{
spawnCell = IntVec3.Invalid;
Predicate <IntVec3> validator = delegate(IntVec3 cell)
{
// Check a plant can be spawned here.
if (GenClusterPlantReproduction.IsValidPositionToGrowPlant(plantDef, map, cell, checkTemperature) == false)
{
return(false);
}
// Check there is no third cluster nearby.
if (GenClusterPlantReproduction.IsClusterAreaClear(plantDef, newDesiredClusterSize, map, cell) == false)
{
return(false);
}
return(true);
};
bool validCellIsFound = CellFinderLoose.TryGetRandomCellWith(validator, map, 1000, out spawnCell);
if (validCellIsFound == false)
{
// Just for robustness, TryGetRandomCellWith set result to IntVec3.Invalid if no valid cell is found.
spawnCell = IntVec3.Invalid;
}
}
public override void TickLong()
{
// Grow cluster and spawn symbiosis cluster.
if ((Find.TickManager.TicksGame > this.nextGrownTick) &&
ClusterPlant.IsTemperatureConditionOkAt(this.plantDef, this.Map, this.Position) &&
ClusterPlant.IsLightConditionOkAt(this.plantDef, this.Map, this.Position))
{
this.nextGrownTick = Find.TickManager.TicksGame + (int)(this.plantDef.plant.reproduceMtbDays * GenDate.TicksPerDay);
// Grow cluster.
GenClusterPlantReproduction.TryGrowCluster(this);
// Spawn symbiosis cluster.
if ((this.actualSize == this.desiredSize) &&
(this.plantDef.symbiosisPlantDefEvolution != null))
{
GenClusterPlantReproduction.TrySpawnNewSymbiosisCluster(this);
}
}
// Spawn new cluster.
if ((this.actualSize == this.desiredSize) &&
(Find.TickManager.TicksGame > this.nextReproductionTick) &&
ClusterPlant.IsTemperatureConditionOkAt(this.plantDef, this.Map, this.Position) &&
ClusterPlant.IsLightConditionOkAt(this.plantDef, this.Map, this.Position))
{
GenClusterPlantReproduction.TrySpawnNewClusterAwayFrom(this);
this.nextReproductionTick = Find.TickManager.TicksGame + (int)(this.plantDef.plant.reproduceMtbDays * 10f * GenDate.TicksPerDay);
}
}
/// <summary>
/// Tries to spawn a new cluster at a random position on the map. The exclusivity radius still applies.
/// </summary>
public void TrySpawnNewClusterAtRandomPosition()
{
ThingDef_ClusterPlant cavePlantDef = cavePlantDefs.RandomElementByWeight((ThingDef_ClusterPlant plantDef) => plantDef.plant.wildCommonalityMaxFraction / plantDef.clusterSizeRange.Average);
int newDesiredClusterSize = cavePlantDef.clusterSizeRange.RandomInRange;
IntVec3 spawnCell = IntVec3.Invalid;
GenClusterPlantReproduction.TryGetRandomClusterSpawnCell(cavePlantDef, newDesiredClusterSize, true, this.map, out spawnCell);
if (spawnCell.IsValid)
{
Cluster.SpawnNewClusterAt(this.map, spawnCell, cavePlantDef, newDesiredClusterSize);
}
}
/// <summary>
/// Tries to spawn a new cluster at a random position on the map. The exclusivity radius still applies.
/// </summary>
public void TrySpawnNewClusterAtRandomPosition()
{
//Log.Message("TrySpawnNewClusterAtRandomPosition");
for (int defindex = 0; defindex < cavePlantDefs.Count; defindex++)
{
//Log.Message("cavePlantDefs: " + cavePlantDefs[defindex].ToString());
}
ThingDef_ClusterPlant cavePlantDef = cavePlantDefs.RandomElementByWeight((ThingDef_ClusterPlant plantDef) => plantDef.plant.wildCommonalityMaxFraction / plantDef.clusterSizeRange.Average);
//Log.Message("selected cavePlantDef = " + cavePlantDef.ToString());
int newDesiredClusterSize = cavePlantDef.clusterSizeRange.RandomInRange;
IntVec3 spawnCell = IntVec3.Invalid;
GenClusterPlantReproduction.TryGetRandomClusterSpawnCell(cavePlantDef, newDesiredClusterSize, true, out spawnCell);
if (spawnCell.IsValid)
{
Cluster.SpawnNewClusterAt(spawnCell, cavePlantDef, newDesiredClusterSize);
}
}
// ===================== Main Work Function =====================
/// <summary>
/// Main function:
/// - update the glower if necessary.
/// - verify the cave plant is in good conditions to growth.
/// - when the cave plant is too old, damage it over time.
/// - when the cave plant is mature, try to reproduce.
/// </summary>
public override void TickLong()
{
if (this.isGrowingNow)
{
bool plantWasAlreadyMature = (this.LifeStage == PlantLifeStage.Mature);
this.growthInt += this.GrowthPerTick * GenTicks.TickLongInterval;
if (!plantWasAlreadyMature &&
(this.LifeStage == PlantLifeStage.Mature))
{
// Plant just became mature.
this.Map.mapDrawer.MapMeshDirty(this.Position, MapMeshFlag.Things);
}
}
// Verify the plant is not in cryostasis.
if (this.isInCryostasis == false)
{
if (this.LifeStage == PlantLifeStage.Mature)
{
this.ageInt += GenTicks.TickLongInterval;
}
if (this.Dying)
{
int amount = Mathf.CeilToInt(1.25f);
base.TakeDamage(new DamageInfo(DamageDefOf.Rotting, amount, -1, null, null, null));
}
if (!base.Destroyed &&
(this.growthInt > minGrowthToReproduce) &&
!this.Dying &&
Rand.MTBEventOccurs(this.def.plant.reproduceMtbDays, GenDate.TicksPerDay, GenTicks.TickLongInterval))
{
GenClusterPlantReproduction.TryToReproduce(this);
}
}
// Update glower.
if (!base.Destroyed)
{
UpdateGlowerAccordingToGrowth();
}
this.cachedLabelMouseover = null;
}
// ===================== Main Work Function =====================
/// <summary>
/// Main function:
/// - update the glower if necessary.
/// - verify the cave plant is in good conditions to growth.
/// - when the cave plant is too old, damage it over time.
/// - when the cave plant is mature, try to reproduce.
/// </summary>
public override void TickLong()
{
/*Log.Message("TickLong");
* Log.Message("isGrowingNow = " + this.isGrowingNow);
* Log.Message("isInCryostasis = " + this.isInCryostasis);*/
if (this.isGrowingNow)
{
bool plantWasAlreadyMature = (this.LifeStage == PlantLifeStage.Mature);
/*Log.Message("plantWasAlreadyMature = " + plantWasAlreadyMature);
* Log.Message("growthInt before = " + this.growthInt);
* Log.Message("GrowthPerTick = " + this.GrowthPerTick);*/
this.growthInt += this.GrowthPerTick * GenTicks.TickLongInterval;
if (DebugSettings.fastEcology)
{
// TODO: fastEcology debug.
this.growthInt += 0.1f;
}
if (!plantWasAlreadyMature &&
(this.LifeStage == PlantLifeStage.Mature))
{
// Plant just became mature.
Find.MapDrawer.MapMeshDirty(this.Position, MapMeshFlag.Things);
}
}
// Verify the plant is not in cryostasis.
if (this.isInCryostasis == false)
{
if (this.LifeStage == PlantLifeStage.Mature)
{
this.ageInt += GenTicks.TickLongInterval;
}
if (this.Dying)
{
int amount = Mathf.CeilToInt(1.25f);
base.TakeDamage(new DamageInfo(DamageDefOf.Rotting, amount, null, null, null));
}
if (!base.Destroyed &&
(this.growthInt > minGrowthToReproduce) &&
Rand.MTBEventOccurs(this.def.plant.seedEmitMTBDays, GenDate.TicksPerDay, GenTicks.TickLongInterval))
{
GenClusterPlantReproduction.TryToReproduce(this);
}
if (DebugSettings.fastEcology &&
!base.Destroyed &&
(this.growthInt > minGrowthToReproduce))
{
// TODO: fastEcology debug.
GenClusterPlantReproduction.TryToReproduce(this);
}
}
// Update glower.
if (!base.Destroyed)
{
UpdateGlowerAccordingToGrowth();
}
this.cachedLabelMouseover = null;
}
