public Texture(uint id, float width, float height, int tileSize, int tileSize2, string name, TextureProgram program, uint vao, uint vbo)
{
ID = id;
Width = width;
Height = height;
TileSizeX = tileSize;
TileSizeY = tileSize2;
Name = name;
Program = program;
baseVAO = vao;
baseVBO = vbo;
BaseTexMatrix = Matrix4x4f.Scaled(tileSize / width, tileSize2 / height, 1f);
}
public BGSpriteCollection(Texture texture, Game game)
{
Color = Color.White;
BaseColor = Color.White;
BackgroundColor = Color.Black;
Texture = texture;
program = texture.Program;
buffer = new float[] { };
texMatrix = Matrix4x4f.Scaled(texture.TileSizeX / texture.Width, texture.TileSizeY / texture.Height, 1f);
save = new JArray();
owner = game;
Width = Game.RESOLUTION_WIDTH;
Height = Game.RESOLUTION_HEIGHT;
}
public void Load(JToken loadFrom, Game game)
{
string name = (string)loadFrom["Name"] ?? "";
if (name == Name)
{
return;
}
Name = name;
Texture = game.TextureFromName((string)loadFrom["Texture"] ?? "");
program = Texture.Program;
Clear();
texMatrix = Matrix4x4f.Scaled(Texture.TileSizeX / Texture.Width, Texture.TileSizeY / Texture.Height, 1f);
save = new JArray();
float mx = (float)(loadFrom["XSpeed"] ?? 1);
float my = (float)(loadFrom["YSpeed"] ?? 0);
MovementSpeed = new PointF(mx, my);
BaseColor = Color.FromArgb((int)(loadFrom["Color"] ?? -1));
InheritRoomColor = (bool)(loadFrom["InheritColor"] ?? false);
JArray objs = (JArray)loadFrom["Objects"];
for (int i = 0; i < objs.Count; i++)
{
switch ((string)objs[i]["Type"])
{
case "Fill":
{
Animation animation = Texture.AnimationFromName((string)objs[i]["Animation"] ?? "");
if (animation is object)
{
Fill(animation);
}
}
break;
case "Distribute":
{
Animation animation = Texture.AnimationFromName((string)objs[i]["Animation"]);
if (animation is object)
{
float x = (float)(objs[i]["StartX"] ?? 0f);
float y = (float)(objs[i]["StartY"] ?? 0f);
float stx = (float)(objs[i]["StrideX"] ?? 0f);
float sty = (float)(objs[i]["StrideY"] ?? 0f);
int amx = (int)(objs[i]["AmountX"] ?? 0);
int amy = (int)(objs[i]["AmountY"] ?? 0);
Distribute(animation, new PointF(x, y), new PointF(stx, sty), new Point(amx, amy));
}
}
break;
case "Populate":
{
int count = (int)(objs[i]["Count"] ?? 1);
JArray anims = (JArray)objs[i]["Options"];
if (anims is object)
{
Animation[] options = new Animation[anims.Count];
for (int j = 0; j < anims.Count; j++)
{
options[j] = Texture.AnimationFromName((string)anims[j] ?? "");
}
float layer = (float)(objs[i]["Layer"] ?? 1);
float xSpeed = (float)(objs[i]["XSpeed"] ?? 1);
float ySpeed = (float)(objs[i]["YSpeed"] ?? 0);
bool even = (bool)(objs[i]["Even"] ?? true);
Populate(count, options, layer, new PointF(xSpeed, ySpeed), even);
}
}
break;
case "Scatter":
{
int count = (int)(objs[i]["Count"] ?? 1);
Animation animation = Texture.AnimationFromName((string)objs[i]["Animation"] ?? "");
float speed = (float)(objs[i]["Speed"] ?? 1);
Scatter(count, animation, speed);
}
break;
}
}
}
public MultipleTextures(TextureProgram parent)
{
this.parent = parent;
}