/// <summary>Initializes a new instance of the <see cref="Extrapolator"/> class.
/// </summary>
/// <param name="curveInterpolator">The interpolation approach of the curve.</param>
/// <param name="buildingDirection">The building direction of the curve extrapolation.</param>
/// <param name="value">The individual value to take into account for the constant curve extrapolation.</param>
/// <param name="extrapolatorFactory">The <see cref="GridPointCurve.Extrapolator"/> object that serves as factory for the current object.</param>
public Extrapolator(ICurveDataFitting curveInterpolator, BuildingDirection buildingDirection, double value, GridPointCurve.Extrapolator extrapolatorFactory)
{
m_CurveInterpolator = curveInterpolator ?? throw new ArgumentNullException(nameof(curveInterpolator));
m_BuildingDirection = buildingDirection;
m_GridPointValue = value;
Factory = extrapolatorFactory;
}
/// <summary>Initializes a new instance of the <see cref="Individual"/> class.
/// </summary>
/// <param name="buildingDirection">The building direction.</param>
/// <param name="value">The individual value to take into account for the constant curve extrapolation.</param>
public Individual(BuildingDirection buildingDirection, double value)
: base(buildingDirection)
{
if (Double.IsNaN(value) == true)
{
throw new ArgumentException(String.Format(ExceptionMessages.ArgumentIsNaN, nameof(value)));
}
m_Value = value;
switch (buildingDirection)
{
case BuildingDirection.FromFirstGridPoint:
m_Name = new IdentifierString(String.Format("Constant:First;{0}", value));
m_LongName = new IdentifierString(String.Format(CurveResource.LongNameExtrapolationConstantFirstIndividual, value));
TrySetAnnotation(String.Format(CurveResource.AnnotationExtrapolationConstantFirstIndividual, value));
break;
case BuildingDirection.FromLastGridPoint:
m_Name = new IdentifierString(String.Format("Constant:Last;{0}", value));
m_LongName = new IdentifierString(CurveResource.LongNameExtrapolationConstantLastIndividual);
TrySetAnnotation(String.Format(CurveResource.AnnotationExtrapolationConstantLastIndividual, value));
break;
default:
throw new NotImplementedException();
}
}
/// <summary>Initializes a new instance of the <see cref="Extrapolator"/> class.
/// </summary>
/// <param name="curveInterpolator">The interpolation approach of the curve.</param>
/// <param name="buildingDirection">The building direction of the curve extrapolation.</param>
/// <param name="slope">The slope.</param>
/// <param name="extrapolatorFactory">The <see cref="GridPointCurve.Extrapolator"/> object that serves as factory for the current object.</param>
public Extrapolator(ICurveDataFitting curveInterpolator, BuildingDirection buildingDirection, double slope, GridPointCurve.Extrapolator extrapolatorFactory)
{
m_CurveInterpolator = curveInterpolator ?? throw new ArgumentNullException(nameof(curveInterpolator));
m_BuildingDirection = buildingDirection;
m_Slope = slope;
m_ReferencePoint = Double.NaN;
m_ReferenceValue = Double.NaN;
Factory = extrapolatorFactory;
}
/// <summary>Initializes a new instance of the <see cref="Extrapolator"/> class.
/// </summary>
/// <param name="curveInterpolator">The interpolation approach of the curve.</param>
/// <param name="buildingDirection">The building direction of the curve extrapolation.</param>
/// <param name="extrapolatorFactory">The <see cref="GridPointCurve.Extrapolator"/> object that serves as factory for the current object.</param>
public Extrapolator(ICurveDataFitting curveInterpolator, BuildingDirection buildingDirection, GridPointCurve.Extrapolator extrapolatorFactory)
{
if (curveInterpolator == null)
{
throw new ArgumentNullException(nameof(curveInterpolator));
}
if ((curveInterpolator is IDifferentiableRealValuedCurve) == false)
{
throw new ArgumentException(nameof(curveInterpolator));
}
m_CurveInterpolator = (IDifferentiableRealValuedCurve)curveInterpolator;
m_BuildingDirection = buildingDirection;
m_Slope = Double.NaN;
m_ReferencePoint = Double.NaN;
m_ReferenceValue = Double.NaN;
Factory = extrapolatorFactory;
}
public static Quaternion TranslateDirection(BuildingDirection direction)
{
switch (direction)
{
case BuildingDirection.NORTH:
return(Quaternion.Euler(0, 0, 0));
case BuildingDirection.EAST:
return(Quaternion.Euler(0, 90, 0));
case BuildingDirection.SOUTH:
return(Quaternion.Euler(0, 180, 0));
case BuildingDirection.WEST:
return(Quaternion.Euler(0, -90, 0));
default:
return(Quaternion.identity);
}
}
/// <summary>Initializes a new instance of the <see cref="GridpointSlope"/> class.
/// </summary>
/// <param name="buildingDirection">The building direction.</param>
public GridpointSlope(BuildingDirection buildingDirection)
: base(buildingDirection)
{
switch (buildingDirection)
{
case BuildingDirection.FromFirstGridPoint:
m_Name = new IdentifierString("Linear:First two Gridpoint Slope");
m_LongName = new IdentifierString(CurveResource.LongNameExtrapolationLinearFirstTwoSlope);
TrySetAnnotation(CurveResource.AnnotationExtrapolationLinearFirstTwoSlope);
break;
case BuildingDirection.FromLastGridPoint:
m_Name = new IdentifierString("Linear:Last two Gridpoint Slope");
m_LongName = new IdentifierString(CurveResource.LongNameExtrapolationLinearLastTwoSlope);
TrySetAnnotation(CurveResource.AnnotationExtrapolationLinearLastTwoSlope);
break;
default:
throw new NotImplementedException();
}
}
/// <summary>Initializes a new instance of the <see cref="Individual"/> class.
/// </summary>
/// <param name="buildingDirection">The building direction.</param>
/// <param name="slope">The slope of the linear curve extrapolation.</param>
public Individual(BuildingDirection buildingDirection, double slope)
: base(buildingDirection)
{
m_Slope = slope;
switch (buildingDirection)
{
case BuildingDirection.FromFirstGridPoint:
m_Name = new IdentifierString(String.Format("Linear:First;{0}", slope));
m_LongName = new IdentifierString(String.Format(CurveResource.LongNameExtrapolationLinearFirstIndividual, slope));
TrySetAnnotation(String.Format(CurveResource.AnnotationExtrapolationLinearFirstIndividual, slope));
break;
case BuildingDirection.FromLastGridPoint:
m_Name = new IdentifierString(String.Format("Linear:Last;{0}", slope));
m_LongName = new IdentifierString(String.Format(CurveResource.LongNameExtrapolationLinearLastIndividual, slope));
TrySetAnnotation(String.Format(CurveResource.AnnotationExtrapolationLinearLastIndividual, slope));
break;
default:
throw new NotImplementedException();
}
}
public Tile(MapDataStore container, DFCoord position)
{
this.container = container;
this.position = position;
tileType = default(int);
material = default(MatPairStruct);
base_material = default(MatPairStruct);
layer_material = default(MatPairStruct);
vein_material = default(MatPairStruct);
construction_item = default(MatPairStruct);
waterLevel = default(int);
magmaLevel = default(int);
rampType = 0;
buildingMaterial = default(MatPairStruct);
buildingType = default(BuildingStruct);
buildingLocalPos = default(DFCoord2d);
buildingDirection = 0;
Hidden = false;
trunkPercent = 0;
positionOnTree = default(DFCoord);
digDesignation = TileDigDesignation.NO_DIG;
spatters = null;
}
public void InitOrModifyTile(DFCoord coord,
int? tileType = null,
MatPairStruct? material = null,
MatPairStruct? base_material = null,
MatPairStruct? layer_material = null,
MatPairStruct? vein_material = null,
int? waterLevel = null,
int? magmaLevel = null,
MatPairStruct? construction_item = null,
int? rampType = null,
BuildingStruct? buildingType = null,
MatPairStruct? buildingMaterial = null,
DFCoord2d? buildingLocalPos = null,
BuildingDirection? buildingDirection = null,
bool? hidden = null,
byte? trunkPercent = null,
DFCoord? positionOnTree = null,
TileDigDesignation? digDesignation = null,
List<Spatter> spatters = null)
{
if (!InSliceBounds(coord)) {
throw new UnityException("Can't modify tile outside of slice");
}
if (this[coord] == null)
this[coord] = new Tile(this, coord);
this[coord].Modify(
tileType,
material,
base_material,
layer_material,
vein_material,
waterLevel,
magmaLevel,
construction_item,
rampType,
buildingType,
buildingMaterial,
buildingLocalPos,
buildingDirection,
hidden,
trunkPercent,
positionOnTree,
digDesignation,
spatters
);
}
public void Modify(int? tileType = null,
MatPairStruct? material = null,
MatPairStruct? base_material = null,
MatPairStruct? layer_material = null,
MatPairStruct? vein_material = null,
int? waterLevel = null,
int? magmaLevel = null,
MatPairStruct? construction_item = null,
int? rampType = null,
BuildingStruct? buildingType = null,
MatPairStruct? buildingMaterial = null,
DFCoord2d? buildingLocalPos = null,
BuildingDirection? buildingDirection = null,
bool? hidden = null,
byte? trunkPercent = null,
DFCoord? positionOnTree = null,
TileDigDesignation? digDesignation = null,
List<Spatter> spatters = null)
{
if (tileType != null) {
this.tileType = tileType.Value;
}
if (material != null) {
this.material = material.Value;
}
if (base_material != null) {
this.base_material = base_material.Value;
}
if (layer_material != null) {
this.layer_material = layer_material.Value;
}
if (vein_material != null) {
this.vein_material = vein_material.Value;
}
if (waterLevel != null) {
this.waterLevel = waterLevel.Value;
}
if (magmaLevel != null) {
this.magmaLevel = magmaLevel.Value;
}
if (construction_item != null)
{
this.construction_item = construction_item.Value;
}
if(rampType != null)
{
this.rampType = rampType.Value;
}
if(buildingType != null)
{
this.buildingType = buildingType.Value;
}
if(buildingMaterial != null)
{
this.buildingMaterial = buildingMaterial.Value;
}
if (buildingLocalPos != null)
this.buildingLocalPos = buildingLocalPos.Value;
if (buildingDirection != null)
this.buildingDirection = buildingDirection.Value;
if (hidden != null)
Hidden = hidden.Value;
if (trunkPercent != null)
this.trunkPercent = trunkPercent.Value;
if (positionOnTree != null)
this.positionOnTree = positionOnTree.Value;
if (digDesignation != null)
this.digDesignation = digDesignation.Value;
if (spatters != null)
this.spatters = spatters;
}
public void CopyFrom(Tile orig)
{
container = orig.container;
position = orig.position;
tileType = orig.tileType;
material = orig.material;
base_material = orig.base_material;
layer_material = orig.layer_material;
vein_material = orig.vein_material;
construction_item = orig.construction_item;
waterLevel = orig.waterLevel;
magmaLevel = orig.magmaLevel;
RampType = orig.RampType;
buildingType = orig.buildingType;
buildingMaterial = orig.buildingMaterial;
buildingLocalPos = orig.buildingLocalPos;
buildingDirection = orig.buildingDirection;
Hidden = orig.Hidden;
trunkPercent = orig.trunkPercent;
positionOnTree = orig.positionOnTree;
digDesignation = orig.digDesignation;
spatters = orig.spatters;
}
public void Modify (int? tileType = null,
MatPairStruct? material = null,
MatPairStruct? base_material = null,
MatPairStruct? layer_material = null,
MatPairStruct? vein_material = null,
int? waterLevel = null,
int? magmaLevel = null,
MatPairStruct? construction_item = null,
int? rampType = null,
BuildingStruct? buildingType = null,
MatPairStruct? buildingMaterial = null,
DFCoord2d? buildingLocalPos = null,
BuildingDirection? buildingDirection = null,
bool? hidden = null)
{
if (tileType != null) {
this.tileType = tileType.Value;
}
if (material != null) {
this.material = material.Value;
}
if (base_material != null) {
this.base_material = base_material.Value;
}
if (layer_material != null) {
this.layer_material = layer_material.Value;
}
if (vein_material != null) {
this.vein_material = vein_material.Value;
}
if (waterLevel != null) {
this.waterLevel = waterLevel.Value;
}
if (magmaLevel != null) {
this.magmaLevel = magmaLevel.Value;
}
if (construction_item != null)
{
this.construction_item = construction_item.Value;
}
if(rampType != null)
{
this.rampType = rampType.Value;
}
if(buildingType != null)
{
this.buildingType = buildingType.Value;
}
if(buildingMaterial != null)
{
this.buildingMaterial = buildingMaterial.Value;
}
if (buildingLocalPos != null)
this.buildingLocalPos = buildingLocalPos.Value;
if (buildingDirection != null)
this.buildingDirection = buildingDirection.Value;
if (hidden != null)
this.hidden = hidden.Value;
}
public void InitOrModifyTile(DFCoord coord,
int? tileType = null,
MatPairStruct? material = null,
MatPairStruct? base_material = null,
MatPairStruct? layer_material = null,
MatPairStruct? vein_material = null,
int? waterLevel = null,
int? magmaLevel = null,
MatPairStruct? construction_item = null,
int? rampType = null,
BuildingStruct? buildingType = null,
MatPairStruct? buildingMaterial = null,
DFCoord2d? buildingLocalPos = null,
BuildingDirection? buildingDirection = null,
bool? hidden = null)
{
DFCoord local = WorldToLocalSpace(coord);
if (!InSliceBoundsLocal(local.x, local.y, local.z)) {
throw new UnityException("Can't modify tile outside of slice");
}
if (tiles[local.x, local.y, local.z] == null)
tiles[local.x, local.y, local.z] = new Tile(this, local);
tiles[local.x, local.y, local.z].Modify(tileType, material, base_material, layer_material, vein_material, waterLevel, magmaLevel, construction_item, rampType, buildingType, buildingMaterial, buildingLocalPos, buildingDirection, hidden);
}
public void Modify(int?tileType = null,
MatPairStruct?material = null,
MatPairStruct?base_material = null,
MatPairStruct?layer_material = null,
MatPairStruct?vein_material = null,
int?waterLevel = null,
int?magmaLevel = null,
MatPairStruct?construction_item = null,
int?rampType = null,
BuildingStruct?buildingType = null,
MatPairStruct?buildingMaterial = null,
DFCoord2d?buildingLocalPos = null,
BuildingDirection?buildingDirection = null,
bool?hidden = null,
byte?trunkPercent = null,
DFCoord?positionOnTree = null,
TileDigDesignation?digDesignation = null,
List <Spatter> spatters = null)
{
if (tileType != null)
{
this.tileType = tileType.Value;
}
if (material != null)
{
this.material = material.Value;
}
if (base_material != null)
{
this.base_material = base_material.Value;
}
if (layer_material != null)
{
this.layer_material = layer_material.Value;
}
if (vein_material != null)
{
this.vein_material = vein_material.Value;
}
if (waterLevel != null)
{
this.waterLevel = waterLevel.Value;
}
if (magmaLevel != null)
{
this.magmaLevel = magmaLevel.Value;
}
if (construction_item != null)
{
this.construction_item = construction_item.Value;
}
if (rampType != null)
{
this.rampType = rampType.Value;
}
if (buildingType != null)
{
this.buildingType = buildingType.Value;
}
if (buildingMaterial != null)
{
this.buildingMaterial = buildingMaterial.Value;
}
if (buildingLocalPos != null)
{
this.buildingLocalPos = buildingLocalPos.Value;
}
if (buildingDirection != null)
{
this.buildingDirection = buildingDirection.Value;
}
if (hidden != null)
{
Hidden = hidden.Value;
}
if (trunkPercent != null)
{
this.trunkPercent = trunkPercent.Value;
}
if (positionOnTree != null)
{
this.positionOnTree = positionOnTree.Value;
}
if (digDesignation != null)
{
this.digDesignation = digDesignation.Value;
}
if (spatters != null)
{
this.spatters = spatters;
}
}
/// <summary>Initializes a new instance of the <see cref="Extrapolator"/> class.
/// </summary>
/// <param name="buildingDirection">A value indicating whether the extrapolation has to be applied to the left or right side, i.e. starting point is the first or last grid point.</param>
/// <remarks>The extrapolation 'none' supports both directions.</remarks>
protected Extrapolator(BuildingDirection buildingDirection)
{
m_BuildingDirection = buildingDirection;
m_Annotation = String.Empty;
}
