// This constructor populates a two dimensional list of brushes.
// It does this by translating between the provided colour map and the collection of StarboundBrushes.
// This layer contains the *raw* brush information as drawn on the colour map,
// and is not responsible for any validity checking.
// Also sets up the collision map
public EditorMapLayer(string layerName, Bitmap colourMap, Dictionary <List <byte>, EditorBrush> brushMap,
EditorMapPart parent)
{
m_parent = parent;
ColourMap = colourMap;
m_name = layerName;
m_width = colourMap.Width;
m_height = colourMap.Height;
m_brushMap = new EditorBrush[m_width, m_height];
m_collisionMap = new HashSet <List <int> > [m_width, m_height];
List <CollisionObjectBrush> brushObjList = new List <CollisionObjectBrush>();
for (int x = 0; x < m_width; ++x)
{
for (int y = 0; y < m_height; ++y)
{
Color pixel = colourMap.GetPixel(x, y);
EditorBrush brush = null;
List <byte> rawPixelData
= new List <byte> {
pixel.R, pixel.G, pixel.B, pixel.A
};
if (brushMap.ContainsKey(rawPixelData))
{
brush = brushMap[rawPixelData];
m_brushMap[x, y] = brush;
}
if (brush != null && brush.FrontAsset != null && brush.FrontAsset is StarboundObject)
{
// Add the object brush to a list, to process after all other tiles
var objBrush = new CollisionObjectBrush();
objBrush.m_brush = brush;
objBrush.m_x = x;
objBrush.m_y = y;
brushObjList.Add(objBrush);
}
else
{
SetCollisionAt(brush, x, y);
}
}
}
parent.UpdateCompositeCollisionMap();
foreach (CollisionObjectBrush objBrush in brushObjList)
{
SetCollisionAt(objBrush.m_brush, objBrush.m_x, objBrush.m_y);
}
}
// This constructor populates a two dimensional list of brushes.
// It does this by translating between the provided colour map and the collection of StarboundBrushes.
// This layer contains the *raw* brush information as drawn on the colour map,
// and is not responsible for any validity checking.
// Also sets up the collision map
public EditorMapLayer(string layerName, Bitmap colourMap, Dictionary<Color, EditorBrush> brushMap,
EditorMapPart parent)
{
m_parent = parent;
ColourMap = colourMap;
m_name = layerName;
m_width = colourMap.Width;
m_height = colourMap.Height;
m_brushMap = new EditorBrush[m_width, m_height];
m_collisionMap = new HashSet<Vec2I>[m_width, m_height];
m_undoManager = new UndoManager(this);
List<CollisionObjectBrush> brushObjList = new List<CollisionObjectBrush>();
for (int x = 0; x < m_width; ++x)
{
for (int y = 0; y < m_height; ++y)
{
Color pixel = colourMap.GetPixel(x, y);
EditorBrush brush = null;
//List<byte> rawPixelData
// = new List<byte> {pixel.R, pixel.G, pixel.B, pixel.A};
if (brushMap.ContainsKey(pixel))
{
brush = brushMap[pixel];
m_brushMap[x, y] = brush;
}
if (brush != null && brush.FrontAsset != null && brush.FrontAsset is StarboundObject)
{
// Add the object brush to a list, to process after all other tiles
var objBrush = new CollisionObjectBrush();
objBrush.m_brush = brush;
objBrush.m_x = x;
objBrush.m_y = y;
brushObjList.Add(objBrush);
}
else
{
SetCollisionAt(brush, x, y);
}
}
}
parent.UpdateCompositeCollisionMap();
foreach (CollisionObjectBrush objBrush in brushObjList)
{
SetCollisionAt(objBrush.m_brush, objBrush.m_x, objBrush.m_y);
}
}
private bool CheckCollisionMapAtOffset(EditorMapPart part, int x, int y)
{
HashSet<Vec2I> collisions = part.GetCollisionsAt(x, y);
if (collisions == null)
return false;
// Check each list of coordinates.
// The collision is only valid if the list doesn't point to an object
return (from coords in collisions
from layer in part.Layers
select layer.GetBrushAt(coords.x, coords.y)).Any(brush =>
brush != null &&
brush.FrontAsset != null &&
!(brush.FrontAsset is StarboundObject));
}