public YieldSummary GetYieldOfTerrain(CellTerrain terrain)
{
switch (terrain)
{
case CellTerrain.Grassland: return(GrasslandYield);
case CellTerrain.Plains: return(PlainsYield);
case CellTerrain.Desert: return(DesertYield);
case CellTerrain.Tundra: return(TundraYield);
case CellTerrain.Snow: return(SnowYield);
case CellTerrain.ShallowWater: return(ShallowWaterYield);
case CellTerrain.DeepWater: return(DeepWaterYield);
case CellTerrain.FreshWater: return(FreshWaterYield);
case CellTerrain.FloodPlains: return(FloodPlainsYield);
default: throw new NotImplementedException();
}
}
public int GetWeightFromTerrain(CellTerrain terrain)
{
switch (terrain)
{
case CellTerrain.Grassland: return(GrasslandWeight);
case CellTerrain.Plains: return(PlainsWeight);
case CellTerrain.Desert: return(DesertWeight);
case CellTerrain.FloodPlains: return(FloodPlainsWeight);
case CellTerrain.Tundra: return(TundraWeight);
case CellTerrain.Snow: return(SnowWeight);
case CellTerrain.ShallowWater: return(ShallowWaterWeight);
case CellTerrain.DeepWater: return(-1000);
case CellTerrain.FreshWater: return(-1000);
default: throw new NotImplementedException();
}
}
private IHexCell BuildCell(
CellTerrain terrain = CellTerrain.Grassland,
CellShape shape = CellShape.Flatlands,
CellVegetation vegetation = CellVegetation.None,
CellFeature feature = CellFeature.None,
bool hasRoads = false,
bool hasRiver = false,
ICity city = null
)
{
var mockCell = new Mock <IHexCell>();
mockCell.SetupAllProperties();
var newCell = mockCell.Object;
newCell.Terrain = terrain;
newCell.Shape = shape;
newCell.Vegetation = vegetation;
newCell.Feature = feature;
newCell.HasRoads = hasRoads;
MockRiverCanon.Setup(canon => canon.HasRiver(newCell)).Returns(hasRiver);
MockCityLocationCanon.Setup(canon => canon.GetPossessionsOfOwner(newCell))
.Returns(city != null ? new List <ICity>()
{
city
} : new List <ICity>());
return(newCell);
}
public void SetActiveTerrain(int index)
{
IsPaintingTerrain = index >= 0;
if (IsPaintingTerrain)
{
ActiveTerrain = (CellTerrain)index;
}
}
private IHexCell BuildCell(CellTerrain terrain)
{
var mockCell = new Mock <IHexCell>();
mockCell.Setup(cell => cell.Terrain).Returns(terrain);
return(mockCell.Object);
}
private IHexCell BuildCell(CellTerrain terrain, CellShape shape, CellVegetation vegetation)
{
var mockCell = new Mock <IHexCell>();
mockCell.Setup(cell => cell.Terrain).Returns(terrain);
mockCell.Setup(cell => cell.Shape).Returns(shape);
mockCell.Setup(cell => cell.Vegetation).Returns(vegetation);
return(mockCell.Object);
}
public CellYieldModificationData(bool mustBeUnderwater, YieldSummary bonusYield)
{
_propertyConsidered = CellPropertyType.CellIsUnderwater;
_mustBeUnderwater = mustBeUnderwater;
_bonusYield = bonusYield;
_terrainRequired = CellTerrain.Grassland;
_shapeRequired = CellShape.Flatlands;
_vegetationRequired = CellVegetation.None;
}
public CellYieldModificationData(CellVegetation featureRequired, YieldSummary bonusYield)
{
_propertyConsidered = CellPropertyType.Vegetation;
_vegetationRequired = featureRequired;
_bonusYield = bonusYield;
_terrainRequired = CellTerrain.Grassland;
_shapeRequired = CellShape.Flatlands;
_mustBeUnderwater = false;
}
public int GetTreePlacementCostForTerrain(CellTerrain terrain)
{
switch (terrain)
{
case CellTerrain.Grassland: return(TreesOnGrasslandCrawlCost);
case CellTerrain.Plains: return(TreesOnPlainsCrawlCost);
case CellTerrain.Tundra: return(TreesOnTundraCrawlCost);
default: return(-1000);
}
}
public float GetTerrainDefensiveness(CellTerrain terrain)
{
var index = (int)terrain;
if (index >= TerrainDefensiveness.Count)
{
return(0);
}
else
{
return(TerrainDefensiveness[index]);
}
}
private IHexCell BuildCell(CellTerrain terrain, CellShape shape, params IImprovement[] improvements)
{
var mockCell = new Mock <IHexCell>();
mockCell.Setup(cell => cell.Terrain).Returns(terrain);
mockCell.Setup(cell => cell.Shape).Returns(shape);
var newCell = mockCell.Object;
MockImprovementLocationCanon.Setup(canon => canon.GetPossessionsOfOwner(newCell)).Returns(improvements);
return(newCell);
}
public float GetIdealTemperatureForTerrain(CellTerrain terrain)
{
switch (terrain)
{
case CellTerrain.Grassland: return(IdealGrasslandTemperature);
case CellTerrain.Plains: return(IdealPlainsTemperature);
case CellTerrain.Desert: return(IdealDesertTemperature);
default: throw new NotImplementedException("No ideal temperature for terrain " + terrain);
}
}
public float GetIdealPrecipitationForTerrain(CellTerrain terrain)
{
switch (terrain)
{
case CellTerrain.Grassland: return(IdealGrasslandPrecipitation);
case CellTerrain.Plains: return(IdealPlainsPrecipitation);
case CellTerrain.Desert: return(IdealDesertPrecipitation);
default: throw new NotImplementedException("No ideal precipitation for terrain " + terrain);
}
}
private IHexCell BuildCell(
CellTerrain terrain = CellTerrain.Grassland,
CellShape shape = CellShape.Flatlands,
CellVegetation vegetation = CellVegetation.None,
CellFeature feature = CellFeature.None
)
{
var mockCell = new Mock <IHexCell>();
mockCell.Setup(cell => cell.Terrain).Returns(terrain);
mockCell.Setup(cell => cell.Shape).Returns(shape);
mockCell.Setup(cell => cell.Vegetation).Returns(vegetation);
mockCell.Setup(cell => cell.Feature).Returns(feature);
return(mockCell.Object);
}
private IHexCell BuildCell(CellTerrain terrain, IEnumerable <IUnitTemplate> validTemplates)
{
var mockCell = new Mock <IHexCell>();
mockCell.Setup(cell => cell.Terrain).Returns(terrain);
var newCell = mockCell.Object;
foreach (var template in validTemplates)
{
MockUnitPositionCanon.Setup(
canon => canon.CanPlaceUnitTemplateAtLocation(template, newCell, It.IsAny <ICivilization>())
).Returns(true);
}
return(newCell);
}
public void ChangeTerrainOfCell(IHexCell cell, CellTerrain terrain)
{
if (!CanChangeTerrainOfCell(cell, terrain))
{
throw new InvalidOperationException("CanChangeTerrainOfCell must return true on the given arguments");
}
cell.Terrain = terrain;
if (terrain != CellTerrain.Grassland && cell.Vegetation == CellVegetation.Marsh)
{
ChangeVegetationOfCell(cell, CellVegetation.None);
}
if (cell.Vegetation == CellVegetation.Forest && (
cell.Terrain == CellTerrain.Snow || cell.Terrain == CellTerrain.Desert ||
cell.Terrain == CellTerrain.FloodPlains
))
{
ChangeVegetationOfCell(cell, CellVegetation.None);
}
if (cell.Vegetation == CellVegetation.Jungle && cell.Terrain != CellTerrain.Grassland && cell.Terrain != CellTerrain.Plains)
{
ChangeVegetationOfCell(cell, CellVegetation.None);
}
if (cell.Terrain != CellTerrain.Desert && cell.Feature == CellFeature.Oasis)
{
ChangeFeatureOfCell(cell, CellFeature.None);
}
if (cell.Terrain.IsWater())
{
ChangeVegetationOfCell(cell, CellVegetation.None);
ChangeShapeOfCell(cell, CellShape.Flatlands);
RiverCanon.RemoveAllRiversFromCell(cell);
ChangeHasRoadsOfCell(cell, false);
}
}
private Func <IHexCell, int> GetWeightFunction(CellTerrain terrain)
{
float idealTemperature = Config.GetIdealTemperatureForTerrain(terrain);
float idealPrecipitation = Config.GetIdealPrecipitationForTerrain(terrain);
return(delegate(IHexCell cell) {
if (!ModLogic.CanChangeTerrainOfCell(cell, terrain))
{
return 0;
}
else
{
float cellTemperature = CellClimateLogic.GetTemperatureOfCell(cell);
float cellPrecipitation = CellClimateLogic.GetPrecipitationOfCell(cell);
int weight = Config.BaseTerrainWeight -
Config.TerrainTemperatureWeight * Mathf.RoundToInt(Mathf.Abs(idealTemperature - cellTemperature)) -
Config.TerrainPrecipitationWeight * Mathf.RoundToInt(Mathf.Abs(idealPrecipitation - cellPrecipitation));
return Math.Max(weight, 0);
}
});
}
public bool IsCostIgnoredOnTerrain(CellTerrain terrain)
{
return(TerrainsWithIgnoredCosts.Contains(terrain));
}
public bool CanChangeTerrainOfCell(IHexCell cell, CellTerrain terrain)
{
return(terrain != CellTerrain.FloodPlains || cell.Shape == CellShape.Flatlands);
}
public static bool IsArctic(this CellTerrain type)
{
return(type == CellTerrain.Tundra ||
type == CellTerrain.Snow);
}
public static bool IsDesert(this CellTerrain type)
{
return(type == CellTerrain.Desert ||
type == CellTerrain.FloodPlains);
}
public int GetBaseMoveCostOfTerrain(CellTerrain terrain)
{
return(BaseMoveCost);
}
public static bool IsWater(this CellTerrain type)
{
return(type == CellTerrain.ShallowWater ||
type == CellTerrain.DeepWater ||
type == CellTerrain.FreshWater);
}