/// <summary>
/// Initialised the Sector. <paramref name="traversable"/> will be ignored
/// if the texture in in the 'not traversable' textures list.
/// </summary>
/// <returns>The init.</returns>
/// <param name="currentCoord">The coordinate of the Sector.</param>
/// <param name="texture">The texture of the Sector.</param>
/// <param name="traversable">
/// Whether the sector is traversable (ignored
/// if texture is in the 'not traversable' list).
/// </param>
public void Init(SectorMaterials sectorMaterials, Coord currentCoord, SectorTexture texture, bool traversable)
{
// setup base vars
_renderer = gameObject.GetComponentInChildren <MeshRenderer>();
gameObject.transform.position = Layout.Default.HexToPixel(currentCoord); // get the position the sector should be in
Traversable = traversable && !notTraversableTextures.Contains(texture); // work out whether the sector is traversable or not
// Setup materials
_sectorMaterials = sectorMaterials;
_defaultMaterial = _sectorMaterials.GetMaterial(texture, Traversable ? SectorMaterialType.Normal : SectorMaterialType.Dark);
_highlightBrightMaterial = _sectorMaterials.GetMaterial(texture, SectorMaterialType.Bright);
_highlightDimmedMaterial = _sectorMaterials.GetMaterial(texture, SectorMaterialType.Dimmed);
ApplyMaterial(_defaultMaterial);
}
/// <summary> /// Gets the material for the SectorTexture and SectorMaterialType. /// </summary> /// <returns>The material.</returns> /// <param name="texture">The texture to get.</param> /// <param name="type">The version of the texture to get.</param> public Material GetMaterial(SectorTexture texture, SectorMaterialType type) => _materials[texture][type];
/// <summary> /// Creates a new material using the normal one of the given SectorTexture. /// </summary> /// <param name="texture">The texture to use.</param> /// <returns>The new material copied from the base.</returns> Material GetFromDefaultMat(SectorTexture texture) => new Material(_materials[texture][SectorMaterialType.Normal]);
/// <summary>
/// Adds the default material to the material dictionary.
/// </summary>
/// <param name="texture">The enum that will reference it.</param>
/// <param name="material">The normal material.</param>
void AddDefaultMat(SectorTexture texture, Material material)
{
_materials.Add(texture, new Dictionary <SectorMaterialType, Material> {
{ SectorMaterialType.Normal, material }
});
}
public SectorTextureResult Get(Room room, int x, int z, BlockFace face)
{
SectorTexture SectorTexture = SectorTexture.None;
Vector4 Color;
Vector4 Overlay = new Vector4();
bool Dimmed = false;
// Choose base color
switch (face)
{
case BlockFace.PositiveZ_QA:
case BlockFace.NegativeZ_QA:
case BlockFace.NegativeX_QA:
case BlockFace.PositiveX_QA:
case BlockFace.DiagonalQA:
case BlockFace.PositiveZ_ED:
case BlockFace.NegativeZ_ED:
case BlockFace.NegativeX_ED:
case BlockFace.PositiveX_ED:
case BlockFace.DiagonalED:
Color = ColoringInfo.SectorColorScheme.ColorWallLower;
if (room.Blocks[x, z].WallPortal != null)
{
Color = ColoringInfo.SectorColorScheme.ColorPortalFace;
}
break;
case BlockFace.PositiveZ_Middle:
case BlockFace.NegativeZ_Middle:
case BlockFace.NegativeX_Middle:
case BlockFace.PositiveX_Middle:
case BlockFace.DiagonalMiddle:
Color = ColoringInfo.SectorColorScheme.ColorWall;
if (room.Blocks[x, z].WallPortal != null)
{
Color = ColoringInfo.SectorColorScheme.ColorPortalFace;
}
break;
case BlockFace.PositiveZ_WS:
case BlockFace.NegativeZ_WS:
case BlockFace.NegativeX_WS:
case BlockFace.PositiveX_WS:
case BlockFace.DiagonalWS:
case BlockFace.PositiveZ_RF:
case BlockFace.NegativeZ_RF:
case BlockFace.NegativeX_RF:
case BlockFace.PositiveX_RF:
case BlockFace.DiagonalRF:
Color = ColoringInfo.SectorColorScheme.ColorWallUpper;
if (room.Blocks[x, z].WallPortal != null)
{
Color = ColoringInfo.SectorColorScheme.ColorPortalFace;
}
break;
case BlockFace.Floor:
case BlockFace.FloorTriangle2:
// For now, we only render rectangular solid highlights, so use single rectangle solid shape in UsedShapes list, and use first and only entry in returned highlight list.
var currentHighlights = ColoringInfo.GetColors(ColoringInfo.SectorColorScheme, room, x, z, ProbeAttributesThroughPortals, IgnoredHighlightsForFloor, UsedShapes);
if (currentHighlights != null)
{
Color = currentHighlights[0].Color;
}
else
{
Color = ColoringInfo.SectorColorScheme.ColorFloor;
}
if (room.Blocks[x, z].Floor.DiagonalSplit != DiagonalSplit.None)
{
if ((room.Blocks[x, z].Floor.DiagonalSplit > DiagonalSplit.XpZp && face == BlockFace.Floor) ||
(room.Blocks[x, z].Floor.DiagonalSplit <= DiagonalSplit.XpZp && face == BlockFace.FloorTriangle2))
{
Dimmed = true;
}
}
break;
case BlockFace.Ceiling:
case BlockFace.CeilingTriangle2:
// For now, we only render rectangular solid highlights, so use single rectangle solid shape in UsedShapes list, and use first and only entry in returned highlight list.
var currentHighlights2 = ColoringInfo.GetColors(ColoringInfo.SectorColorScheme, room, x, z, ProbeAttributesThroughPortals, IgnoredHighlightsForCeiling, UsedShapes);
if (currentHighlights2 != null)
{
Color = currentHighlights2[0].Color;
}
else
{
Color = ColoringInfo.SectorColorScheme.ColorFloor;
}
if (room.Blocks[x, z].Ceiling.DiagonalSplit != DiagonalSplit.None)
{
if ((room.Blocks[x, z].Ceiling.DiagonalSplit > DiagonalSplit.XpZp && face == BlockFace.Ceiling) ||
(room.Blocks[x, z].Ceiling.DiagonalSplit <= DiagonalSplit.XpZp && face == BlockFace.CeilingTriangle2))
{
Dimmed = true;
}
}
break;
default:
throw new ArgumentOutOfRangeException("Unknown BlockFlag encountered.");
}
// Draw climbable walls
switch (face)
{
case BlockFace.PositiveX_ED:
case BlockFace.PositiveX_Middle:
case BlockFace.PositiveX_QA:
case BlockFace.PositiveX_RF:
case BlockFace.PositiveX_WS:
{
var lookupBlock = room.ProbeLowestBlock(x + 1, z, ProbeAttributesThroughPortals);
if (lookupBlock.Block != null && lookupBlock.Block.HasFlag(BlockFlags.ClimbNegativeX))
{
Color = ColoringInfo.SectorColorScheme.ColorClimb;
}
break;
}
case BlockFace.NegativeX_ED:
case BlockFace.NegativeX_Middle:
case BlockFace.NegativeX_QA:
case BlockFace.NegativeX_RF:
case BlockFace.NegativeX_WS:
{
var lookupBlock = room.ProbeLowestBlock(x - 1, z, ProbeAttributesThroughPortals);
if (lookupBlock.Block != null && lookupBlock.Block.HasFlag(BlockFlags.ClimbPositiveX))
{
Color = ColoringInfo.SectorColorScheme.ColorClimb;
}
break;
}
case BlockFace.NegativeZ_ED:
case BlockFace.NegativeZ_Middle:
case BlockFace.NegativeZ_QA:
case BlockFace.NegativeZ_RF:
case BlockFace.NegativeZ_WS:
{
var lookupBlock = room.ProbeLowestBlock(x, z - 1, ProbeAttributesThroughPortals);
if (lookupBlock.Block != null && lookupBlock.Block.HasFlag(BlockFlags.ClimbPositiveZ))
{
Color = ColoringInfo.SectorColorScheme.ColorClimb;
}
break;
}
case BlockFace.PositiveZ_ED:
case BlockFace.PositiveZ_Middle:
case BlockFace.PositiveZ_QA:
case BlockFace.PositiveZ_RF:
case BlockFace.PositiveZ_WS:
{
var lookupBlock = room.ProbeLowestBlock(x, z + 1, ProbeAttributesThroughPortals);
if (lookupBlock.Block != null && lookupBlock.Block.HasFlag(BlockFlags.ClimbNegativeZ))
{
Color = ColoringInfo.SectorColorScheme.ColorClimb;
}
break;
}
}
// Draw slopes
if (DrawSlideDirections)
{
if (face == BlockFace.Floor || face == BlockFace.FloorTriangle2)
{
var slopeDirection = room.Blocks[x, z].GetFloorTriangleSlopeDirections()[face == BlockFace.Floor ? 0 : 1];
bool flipped = room.Blocks[x, z].Floor.SplitDirectionIsXEqualsZ;
switch (slopeDirection)
{
case Direction.PositiveX:
SectorTexture = flipped ? SectorTexture.slide_east_flip : SectorTexture.slide_east;
break;
case Direction.NegativeX:
SectorTexture = flipped ? SectorTexture.slide_west_flip : SectorTexture.slide_west;
break;
case Direction.PositiveZ:
SectorTexture = flipped ? SectorTexture.slide_north_flip : SectorTexture.slide_north;
break;
case Direction.NegativeZ:
SectorTexture = flipped ? SectorTexture.slide_south_flip : SectorTexture.slide_south;
break;
}
if (slopeDirection != Direction.None)
{
Overlay = ColoringInfo.SectorColorScheme.ColorSlideDirection;
}
}
}
// Draw illegal slopes
if (DrawIllegalSlopes)
{
if (face == BlockFace.Floor || face == BlockFace.FloorTriangle2)
{
if (room.IsIllegalSlope(x, z))
{
SectorTexture = SectorTexture.illegal_slope;
Overlay = ColoringInfo.SectorColorScheme.ColorIllegalSlope;
}
}
}
// Draw selection
if (SelectionArea.Contains(new VectorInt2(x, z)))
{
SectorTexture = SectorTexture.None;
Color = ColoringInfo.SectorColorScheme.ColorSelection; // Selection color
Overlay = Color; // Overlay is the same as color if sector is selected
switch (face)
{
case BlockFace.Floor:
case BlockFace.FloorTriangle2:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_up; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_right; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_down; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_left; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_sw; break;
}
break;
case BlockFace.Ceiling:
case BlockFace.CeilingTriangle2:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_up; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_right; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_down; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_left; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_sw; break;
}
break;
// South faces ------------------------------------------------------------------------------
case BlockFace.NegativeZ_QA:
case BlockFace.NegativeZ_ED:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_up; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_nw; break;
}
break;
case BlockFace.NegativeZ_WS:
case BlockFace.NegativeZ_RF:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_down; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_sw; break;
}
break;
case BlockFace.NegativeZ_Middle:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_up_down; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_nw_sw; break;
}
break;
// East faces ------------------------------------------------------------------------------
case BlockFace.NegativeX_QA:
case BlockFace.NegativeX_ED:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_up; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_ne; break;
}
break;
case BlockFace.NegativeX_WS:
case BlockFace.NegativeX_RF:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_down; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_se; break;
}
break;
case BlockFace.NegativeX_Middle:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_up_down; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.arrow_ne_se; break;
}
break;
// North faces ------------------------------------------------------------------------------
case BlockFace.PositiveZ_QA:
case BlockFace.PositiveZ_ED:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_up; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.cross; break;
}
break;
case BlockFace.PositiveZ_WS:
case BlockFace.PositiveZ_RF:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_down; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.cross; break;
}
break;
case BlockFace.PositiveZ_Middle:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_up_down; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.cross; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.cross; break;
}
break;
// West faces ------------------------------------------------------------------------------
case BlockFace.PositiveX_QA:
case BlockFace.PositiveX_ED:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_up; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_ne; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_nw; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.cross; break;
}
break;
case BlockFace.PositiveX_WS:
case BlockFace.PositiveX_RF:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_down; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_se; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_sw; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.cross; break;
}
break;
case BlockFace.PositiveX_Middle:
switch (SelectionArrow)
{
case ArrowType.EdgeN: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.EdgeE: SectorTexture = SectorTexture.arrow_up_down; break;
case ArrowType.EdgeS: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.EdgeW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNW: SectorTexture = SectorTexture.cross; break;
case ArrowType.CornerNE: SectorTexture = SectorTexture.arrow_ne_se; break;
case ArrowType.CornerSE: SectorTexture = SectorTexture.arrow_nw_sw; break;
case ArrowType.CornerSW: SectorTexture = SectorTexture.cross; break;
}
break;
}
}
return(new SectorTextureResult
{
Color = Color,
Overlay = Overlay,
SectorTexture = SectorTexture,
Dimmed = Dimmed,
Hidden = room.Hidden && HideHiddenRooms,
Selected = (SelectionArea.Contains(new VectorInt2(x, z))),
Highlighted = (HighlightArea.Contains(new VectorInt2(x, z)))
});
}
