// CONSTRUCTOR ----------------------------------------------------------------------------
public ButtonEntity( string pLabel, Scene pScene, GamePhysics pGamePhysics, TextureInfo pTextureInfo, Vector2i pTileIndex2D )
: base(pScene, pGamePhysics, pTextureInfo, pTileIndex2D, null)
{
halfWidth = Width / 2.0f;
halfHeight = Height / 2.0f;
labelOffset = new Vector2(0.1f, 0.25f);
this.setPivot(0.5f,0.5f);
font = Crystallography.UI.FontManager.Instance.GetInGame("Bariol", 25);
map = Crystallography.UI.FontManager.Instance.GetMap( font );
if ( pLabel != null ) {
label = new Label( pLabel, map );
label.Pivot = new Vector2(0.15f, 0.25f );
label.Scale = new Vector2(1.0f/this.Width,1.0f/this.Height);
}
this.getNode().AddChild(label);
labelOffset = Vector2.Zero;
status = NORMAL;
_onToggle = false;
_pressed = false;
_initialized = false;
#if DEBUG
Console.WriteLine(GetType().ToString() + " created" );
#endif
}
public void AddTextureAsset(String path, Object user, Int32 u, Int32 v)
{
if (String.IsNullOrWhiteSpace(path))
throw new ArgumentException();
if (user == null)
throw new ArgumentNullException();
Vector2i tiles = new Vector2i(u, v);
if (TextureAssetsByUsers.ContainsKey(path))
{
if (TextureAssetsByUsers[path].TextureInfo.NumTiles != tiles)
throw new ArgumentException("Duplicate texture asset with different tiles: " + path);
TextureAssetsByUsers[path].AddUser(user);
}
else
{
Texture2D t = new Texture2D(path, false);
TextureInfo ti = new TextureInfo(t, tiles);
TextureAssetsByUsers[path] = new TextureUsers(ti, user);
}
}
// float VertexZ;
/// <summary>RawSpriteTile constructor.</summary>
public RawSpriteTile( TRS positioning, Vector2i tile_index, bool flipu=false, bool flipv=false )
{
Quad = positioning;
TileIndex2D = tile_index;
FlipU = flipu;
FlipV = flipv;
// VertexZ = vertexz;
}
public BackgroundTile(Int32 column, Int32 row, BackgroundTileData data)
{
Column = column;
Row = row;
AssetIndexColumn = data.AssetIndexColumn;
AssetIndexRow = data.AssetIndexRow;
AssetIndex = new Vector2i(data.AssetIndexColumn, data.AssetIndexRow);
Passable = data.Passable;
Friction = data.Friction;
}
public BackgroundTile(Int32 column, Int32 row, Int32 assetIndexCol, Int32 assetIndexRow, Boolean passable, Single friction)
{
Column = column;
Row = row;
AssetIndexColumn = assetIndexCol;
AssetIndexRow = assetIndexRow;
AssetIndex = new Vector2i(assetIndexCol, assetIndexRow);
Passable = passable;
Friction = friction;
}
public static void Main (string[] args)
{
Director.Initialize();
Director.Instance.GL.Context.SetClearColor( Colors.Grey20 );
//Director.Instance.DebugFlags |= DebugFlags.Navigate;
Vector2 position = new Vector2(300,300);
Vector2i sprIndex1 = new Vector2i(0,0);
int step = 0;
var scene = new Scene();
var texture_info = new TextureInfo( new Texture2D("/Application/Dude1.png", false ),
new Vector2i(2,1));
var sprite = new SpriteTile(texture_info, sprIndex1);
scene.Camera.SetViewFromViewport();
sprite.Quad.S = texture_info.TextureSizef;
scene.AddChild( sprite );
var sprite2 = new SpriteUV() { TextureInfo = texture_info};
sprite2.Quad.S = texture_info.TextureSizef;
scene.AddChild( sprite2 );
//sprite2.Position = scene.Camera.CalcBounds().Center;
sprite2.Position = position;
Director.Instance.RunWithScene( scene );
Initialize ();
sprite.TileIndex2D = new Vector2i(1,0);
while (true) {
GamePadData presses = GamePad.GetData(0);
//step++;
//if (step == 20)
if ((presses.Buttons & GamePadButtons.Down) != 0){
sprite.TileIndex2D.X = 0;
position.X++;
}
//sprIndex1.X = 0;
//if (step > 40){
// step = 0;
else
sprite.TileIndex2D.X = 1;
//sprIndex1.X = 1;
//}
//sprite.TileIndex2D = sprIndex1;
SystemEvents.CheckEvents ();
Update ();
Render ();
}
}
/// <summary>Return the CachedTileData (which contains tile UV information) for a given tile.</summary>
public CachedTileData GetCachedTiledData( ref Vector2i tile_index )
{
// Common.Assert( 0 <= tile_index.X && tile_index.X < NumTiles.X );
// Common.Assert( 0 <= tile_index.Y && tile_index.Y < NumTiles.Y );
return m_tiles_uvs[ tile_index.X + NumTiles.X * tile_index.Y ];
}
/// <summary></summary>
public TransitionFadeBase( Scene next_scene )
: base(next_scene)
{
Vector2i size = new Vector2i( Director.Instance.GL.Context.GetViewport().Width,
Director.Instance.GL.Context.GetViewport().Height );
if ( !m_graphics_resources_init )
{
m_previous_scene_render = new TextureInfo( new Texture2D( size.X, size.Y, false, PixelFormat.Rgba, PixelBufferOption.Renderable ) );
m_next_scene_render = new TextureInfo( new Texture2D( size.X, size.Y, false, PixelFormat.Rgba, PixelBufferOption.Renderable ) );
m_fbuf1 = new FrameBuffer();
m_fbuf2 = new FrameBuffer();
m_fbuf1.SetColorTarget( m_previous_scene_render.Texture, 0 );
m_fbuf2.SetColorTarget( m_next_scene_render.Texture, 0 );
m_graphics_resources_init = true;
}
else
{
Common.Assert( m_previous_scene_render.TextureSizei == size );
Common.Assert( m_next_scene_render.TextureSizei == size );
}
}
internal void AddName(String name, Int32 column, Int32 row)
{
if(String.IsNullOrWhiteSpace(name))
throw new ArgumentNullException();
if(Names.ContainsKey(name))
throw new ArgumentException("Duplicate name encountered.");
Names[name] = new Vector2i(column, row);
}
/// <summary>
/// Add a sprite to batch rendering of sprites, must be called between BeginSprites and EndSprites.
/// </summary>
/// <param name="quad">The sprite geometry.</param>
/// <param name="tile_index">Sprite UVs are specified by a tile index.</param>
/// <param name="mat">A per sprite transform matrix.</param>
public void AddSprite( ref TRS quad, Vector2i tile_index, ref Matrix3 mat )
{
Vector2 posX = quad.X;
Vector2 posY = quad.Y;
TextureInfo.CachedTileData uvs = m_current_texture_info.GetCachedTiledData( ref tile_index );
m_v0 = new Vector4( transform_point( ref mat, quad.T ), uvs.UV_00 );
m_v1 = new Vector4( transform_point( ref mat, quad.T + posX ), uvs.UV_10 );
m_v2 = new Vector4( transform_point( ref mat, quad.T + posY ), uvs.UV_01 );
m_v3 = new Vector4( transform_point( ref mat, quad.T + posX + posY ), uvs.UV_11 );
add_quad();
}
/// <summary>Element wise min.</summary>
public Vector2i Min( Vector2i value )
{
return new Vector2i( Common.Min( X, value.X ) ,
Common.Min( Y, value.Y ) );
}
//use new TRS { T=a_T, R=a_S, S=a_S } instead?
// public TRS( Vector2 a_T ,
// Vector2 a_R ,
// Vector2 a_S )
// {
// T = a_T;
// R = a_R;
// S = a_S;
// }
/// <summary>
/// Get a subregion from source_area, given a number of tiles and a tile index,
/// assuming evenly spaced subdivision. Typically source_area will be Quad0_1
/// (the unit quad, means the whole texture) and we return the uv info for a
/// given tile in the tiled texture.
/// </summary>
public static TRS Tile( Vector2i num_tiles, Vector2i tile_index, TRS source_area )
{
Vector2 num_tiles_f = num_tiles.Vector2();
Vector2 tile_index_f = tile_index.Vector2();
Vector2 tile_size = source_area.S / num_tiles_f;
Vector2 X = source_area.X;
Vector2 Y = source_area.Y;
TRS ret = new TRS();
ret.T = source_area.T + tile_index_f * tile_size;
ret.R = source_area.R;
ret.S = tile_size;
return ret;
}
/// <summary>
/// TextureInfo constructor.
/// Note: TextureInfo takes ownership of the Texture2D passed to this constructor, and disposes of it in Dispose.
/// </summary>
/// <param name="texture">The source texture.</param>
/// <param name="num_tiles">The number of tile subdivisions on x and y.</param>
/// <param name="source_area">The source rectangle, in UV domain, on which we are going to build the tiles (bottom left is 0,0).</param>
public TextureInfo( Texture2D texture, Vector2i num_tiles, TRS source_area )
{
Initialize( texture, num_tiles, source_area );
}
/// <summary>
/// Element wise index clamp.
/// X is clamped to [0,n.X-1]
/// Y is clamped to [0,n.Y-1]
/// <param name="n">The 2d size "this" components must be clamped against. The components of n are assumed to be positive (values of n.X or n.Y negative or zero will result in undefined behaviour).</param>
/// </summary>
public Vector2i ClampIndex( Vector2i n )
{
return new Vector2i( Common.ClampIndex( X, n.X ) ,
Common.ClampIndex( Y, n.Y ) );
}
public void Register(SpriteBatchType type, Vector2 position, Vector2i tile, bool flip_u)
{
Register( type, position, tile, flip_u, Vector2.One);
}
public void Register(SpriteBatchType type, Vector2 position, Vector2i tile, bool flip_u, Vector2 scale)
{
if(SpriteItemLists[(int)type]==null) {
SpriteItemLists[(int)type] = new List<SpriteItem>();
}
var list = SpriteItemLists[(int)type];
var item = new SpriteItem();
item.position = position;
item.tile = tile;
item.flip_u = flip_u;
item.scale = scale;
list.Add(item);
}
/// <summary>Vector3i constructor.</summary>
public Vector3i( Vector2i xy, int z )
{
X = xy.X;
Y = xy.Y;
Z = z;
}
/// <summary>
/// Element wise index wrap.
/// X wraps around [0,n.X-1]
/// Y wraps around [0,n.Y-1]
/// This's (X,Y) is assumed to be a 2d index in a 2d table of size (n.X,n.Y).
/// If X or Y are not in the valid array range, they are wrapped around [0,n.X-1] and [0,n.Y-1] respectively (-1 becomes n-1, n becomes 0, n+1 becomes 1 etc), else their value is unchanged.
/// <param name="n">The 2d size "this" components must be wrapped around. The components of n are assumed to be positive (values of n.X or n.Y negative or zero will result in undefined behaviour).</param>
/// </summary>
public Vector2i WrapIndex( Vector2i n )
{
return new Vector2i( Common.WrapIndex( X, n.X ) ,
Common.WrapIndex( Y, n.Y ) );
}
/// <summary>
/// The actual init function called by TextureInfo constructors.
/// </summary>
/// <param name="texture">The source texture.</param>
/// <param name="num_tiles">The number of tiles/cells, horitonally and vertically.</param>
/// <param name="source_area">The source rectangle, in UV domain, on which we are going to build the tiles (bottom left is 0,0).</param>
public void Initialize( Texture2D texture, Vector2i num_tiles, TRS source_area )
{
Texture = texture;
TileSizeInUV = source_area.S / num_tiles.Vector2();
NumTiles = num_tiles;
m_tiles_uvs = new CachedTileData[ num_tiles.Product() ];
for ( int y=0; y < NumTiles.Y; ++y )
{
for ( int x=0; x < NumTiles.X; ++x )
{
Vector2i tile_index = new Vector2i( x, y );
TRS tile = TRS.Tile( NumTiles, tile_index, source_area ); // lots of calculation duplicated, but this is an init function
int index = tile_index.X + tile_index.Y * NumTiles.X;
m_tiles_uvs[ index ] = new CachedTileData()
{
UV_00 = tile.Point00 ,
UV_10 = tile.Point10 ,
UV_01 = tile.Point01 ,
UV_11 = tile.Point11
};
}
}
}
/// <summary>
/// TextureInfo constructor.
/// Note: TextureInfo takes ownership of the Texture2D passed to this constructor, and disposes of it in Dispose.
/// </summary>
/// <param name="texture">The source texture.</param>
/// <param name="num_tiles">The number of tile subdivisions on x and y.</param>
public TextureInfo( Texture2D texture, Vector2i num_tiles )
{
Initialize( texture, num_tiles, TRS.Quad0_1 );
}
// 初期化
public void Initialize()
{
// GameEngine2D 画面クリアー色の設定
Director.Instance.GL.Context.SetClearColor (Colors.Grey20);
// 画面解像度情報
// ScreenSize = new Vector2i (854, 480);
ScreenSize = new Vector2i (960, 544);
// 効果音の設定
var soundObj = new Sound ("/Application/assets/se.wav");
Sound = soundObj.CreatePlayer ();
// BGMの設定
bgm = new Bgm ("/Application/assets/bgm.mp3");
player = bgm.CreatePlayer ();
player.Loop = true; // リピート再生する
// BGMの再生
player.Play ();
// シーン生成（ノードのルートになる）
var scene = new Sce.PlayStation.HighLevel.GameEngine2D.Scene ();
// ２Dゲーム向けにカメラを設定
scene.Camera.SetViewFromViewport ();
// GameEngine2Dを実行
Director.Instance.RunWithScene (scene, true);
Pause = false;
World = new Node ();
// Interface = new Node ();
// シーンにWorldを追加する
scene.AddChild (World);
// シーンにInterface(UIで利用する)を追加する
// scene.AddChild (Interface);
// 背景登録
for (int y = 0; y < 7; y++) {
for (int x = 0; x < 6; x++) {
var backGround = new BackGround (new Vector2 (x * 192, y * 128));
World.AddChild (backGround);
}
}
// 自機（プレイヤー）登録
Player = new Player (new Vector2 (Game.Instance.ScreenSize.X/2, 100));
World.AddChild (Player);
// 敵機（ボス）登録
Boss = new Boss (new Vector2 (Game.Instance.ScreenSize.X/2, 250));
World.AddChild (Boss);
// UI登録
UI = new UI ();
//Interface.AddChild (UI);
scene.AddChild (UI);
// 当たり判定処理の生成
HitTest = new HitTest ();
// 登録キュー
AddQueue = new List<GameEntity> ();
// 削除キュー
RemoveQueue = new List<GameEntity> ();
}
//初期化 ･･･AppMainから呼ばれる
public void Initialize()
{
flg = false;
var width = Director.Instance.GL.Context.GetViewport().Width;
var height = Director.Instance.GL.Context.GetViewport().Height;
Director.Instance.GL.Context.SetClearColor(Colors.Grey20);
ScreenSize = new Vector2i(width,height);
//sceneの作成
Sce.PlayStation.HighLevel.GameEngine2D.Scene scene = new Sce.PlayStation.HighLevel.GameEngine2D.Scene();
scene.Camera.SetViewFromViewport();
//GameEngine2Dの設定・実行
Director.Instance.RunWithScene(scene,true);
World = new Node();
scene.AddChild(World);
//自弾敵弾はキューで管理
AddQueue = new List<BulletEntity>();
RemoveQueue = new List<BulletEntity>();
HitTest = new HitTest();
//背景登録
for (int y = 0; y < 3; y++) {
for (int x = 0; x < 3; x++) {
var backGround = new BackGround (new Vector2 (x * 416f*2.5f, y * 232f * 2.5f),Const.BACKGROUND_PATH,2.5f);
World.AddChild (backGround);
}
}
//敵機登録
Boss = new Boss(new Vector2(Game.Instance.ScreenSize.X-Game.Instance.ScreenSize.X/8,0),Const.BOSS_SHIP_PATH);
World.AddChild (Boss);
//自機登録･･･(初期位置,自機画像path)で自機ノードを作成してworldに登録
Player = new Player(new Vector2(50,Game.Instance.ScreenSize.Y/2),Const.PLAYER_SHIP_PATH);
World.AddChild(Player);
HpBar = new hpDialog();
}
/// <summary>Element wise clamp.</summary>
public Vector2i Clamp( Vector2i min, Vector2i max )
{
return new Vector2i( Common.Clamp( X, min.X, max.X ) ,
Common.Clamp( Y, min.Y, max.Y ) );
}
/// <summary>
/// SpriteTile constructor.
/// TileIndex2D is set to (0,0) by default.
/// </summary>
/// <param name="texture_info">The tiled texture object.</param>
/// <param name="index">2D tile index. (0,0) is the bottom left tile.</param>
public SpriteTile( TextureInfo texture_info, Vector2i index )
: base(texture_info)
{
TileIndex2D = index;
}
/// <summary>Equality test.</summary>
public bool Equals( Vector2i v )
{
return( X == v.X ) && ( Y == v.Y );
}
/// <summary>
/// Create a Texture2D object containing the font data.
/// It is up to the caller to Dipose of the created texture.
/// </summary>
public static Texture2D CreateTexture()
{
Texture2D texture;
// SCEI PSP font
uint[] SCE_PSP_FONT_DATA = new uint[95 * 2]
{
0x00000000, 0x00000000, // ' '
0x10101010, 0x00100000, // '!'
0x00282828, 0x00000000, // '"'
0x287c2828, 0x0028287c, // '#'
0x38147810, 0x00103c50, // '$'
0x10204c0c, 0x00606408, // '%'
0x08141408, 0x00582454, // '&'
0x00102040, 0x00000000, // '''
0x10102040, 0x00402010, // '('
0x10100804, 0x00040810, // ')'
0x10385410, 0x00105438, // '*'
0x7c101000, 0x00001010, // '+'
0x00000000, 0x08101000, // ','
0x7c000000, 0x00000000, // '-'
0x00000000, 0x00181800, // '.'
0x10204000, 0x00000408, // '/'
0x54644438, 0x0038444c, // '0'
0x10141810, 0x007c1010, // '1'
0x20404438, 0x007c0418, // '2'
0x30404438, 0x00384440, // '3'
0x24283020, 0x0020207c, // '4'
0x403c047c, 0x00384440, // '5'
0x3c040830, 0x00384444, // '6'
0x1020447c, 0x00101010, // '7'
0x38444438, 0x00384444, // '8'
0x78444438, 0x00182040, // '9'
0x00100000, 0x00001000, // ':'
0x00100000, 0x08101000, // ';'
0x0c183060, 0x00603018, // '<'
0x007c0000, 0x0000007c, // '='
0x6030180c, 0x000c1830, // '>'
0x20404438, 0x00100010, // '?'
0x54744438, 0x00380474, // '@'
0x44442810, 0x0044447c, // 'A'
0x3c48483c, 0x003c4848, // 'B'
0x04044830, 0x00304804, // 'C'
0x4848281c, 0x001c2848, // 'D'
0x3c04047c, 0x007c0404, // 'E'
0x3c04047c, 0x00040404, // 'F'
0x74044438, 0x00384444, // 'G'
0x7c444444, 0x00444444, // 'H'
0x10101038, 0x00381010, // 'I'
0x20202070, 0x00182420, // 'J'
0x0c142444, 0x00442414, // 'K'
0x04040404, 0x007c0404, // 'L'
0x54546c44, 0x00444444, // 'M'
0x544c4c44, 0x00446464, // 'N'
0x44444438, 0x00384444, // 'O'
0x3c44443c, 0x00040404, // 'P'
0x44444438, 0x00582454, // 'Q'
0x3c44443c, 0x00442414, // 'R'
0x38044438, 0x00384440, // 'S'
0x1010107c, 0x00101010, // 'T'
0x44444444, 0x00384444, // 'U'
0x44444444, 0x00102828, // 'V'
0x54444444, 0x00446c54, // 'W'
0x10284444, 0x00444428, // 'X'
0x38444444, 0x00101010, // 'Y'
0x1020407c, 0x007c0408, // 'Z'
0x10101070, 0x00701010, // '['
0x10080400, 0x00004020, // '\'
0x1010101c, 0x001c1010, // ']'
0x00442810, 0x00000000, // '^'
0x00000000, 0x007c0000, // '_'
0x00100804, 0x00000000, // '`'
0x40380000, 0x00784478, // 'a'
0x4c340404, 0x00344c44, // 'b'
0x44380000, 0x00384404, // 'c'
0x64584040, 0x00586444, // 'd'
0x44380000, 0x0038047c, // 'e'
0x7c105020, 0x00101010, // 'f'
0x64580000, 0x38405864, // 'g'
0x4c340404, 0x00444444, // 'h'
0x10180010, 0x00381010, // 'i'
0x10180010, 0x0c121010, // 'j'
0x14240404, 0x0024140c, // 'k'
0x10101018, 0x00381010, // 'l'
0x542c0000, 0x00545454, // 'm'
0x4c340000, 0x00444444, // 'n'
0x44380000, 0x00384444, // 'o'
0x4c340000, 0x0404344c, // 'p'
0x64580000, 0x40405864, // 'q'
0x4c340000, 0x00040404, // 'r'
0x04780000, 0x003c403c, // 's'
0x083c0808, 0x00304808, // 't'
0x24240000, 0x00582424, // 'u'
0x44440000, 0x00102844, // 'v'
0x54440000, 0x00285454, // 'w'
0x28440000, 0x00442810, // 'x'
0x44440000, 0x38405864, // 'y'
0x207c0000, 0x007c0810, // 'z'
0x04080830, 0x00300808, // '{'
0x10101010, 0x00101010, // '|'
0x2010100c, 0x000c1010, // '}'
0x0000007c, 0x00000000, // '~'
};
Vector2i font_size = new Vector2i (1024, 8);
byte[] data = new byte[font_size.X * font_size.Y];
for (int i=0; i < data.Length; ++i)
data [i] = 0x00;
for (int c = 0; c != NumChars; ++c)
{
for (int y = 0; y != CharSizei.Y; ++y)
{
for (int x = 0; x != CharSizei.X; ++x)
{
// get the pixel (x,y) for character c:
bool white = false;
uint a = SCE_PSP_FONT_DATA [c * 2 + 0];
uint b = SCE_PSP_FONT_DATA [c * 2 + 1];
uint index = (uint)(x + CharSizei.X * y);
if (index < (uint)32)
white = ((a & (1 << (int)index)) != 0);
else
white = ((b & (1 << (int)(index - 32))) != 0);
Int32 ddd = (c * CharSizei.X + x) + y * font_size.X;
data[ddd] = (byte)(white ? 0xff : 0x00);
}
}
}
texture = new Texture2D(font_size.X, font_size.Y, false, PixelFormat.Luminance);
texture.SetPixels (0, data, PixelFormat.Luminance);
texture.SetFilter (TextureFilterMode.Nearest, TextureFilterMode.Nearest, TextureFilterMode.Nearest);
return texture;
}
/// <summary>
/// Add a sprite to batch rendering of sprites, must be called between BeginSprites and EndSprites.
/// </summary>
/// <param name="quad">The sprite geometry.</param>
/// <param name="tile_index">Sprite UVs are specified by a tile index.</param>
public void AddSprite( ref TRS quad, Vector2i tile_index )
{
Vector2 posX = quad.X;
Vector2 posY = quad.Y;
TextureInfo.CachedTileData uvs = m_current_texture_info.GetCachedTiledData( ref tile_index );
m_v0 = new Vector4( quad.T , uvs.UV_00 );
m_v1 = new Vector4( quad.T + posX , uvs.UV_10 );
m_v2 = new Vector4( quad.T + posY , uvs.UV_01 );
m_v3 = new Vector4( quad.T + posX + posY , uvs.UV_11 );
add_quad();
}
private void addToTexture(Image img, Vector2i offset, int[] color)
{
data = img.ToBuffer ();
for (int j=0; j < data.Length/4; j++) {
if (data[j*4+3] != 0) {
if( 255 == data[j*4] && 255 == data[j*4+1] && 255 == data[j*4+2]) {
data[j*4] = (Byte)color[0];
data[j*4+1] = (Byte)color[1];
data[j*4+2] = (Byte)color[2];
}
var x = j%168 + offset.X;
var y = (j-x)/168 - offset.Y;
this.TextureInfo.Texture.SetPixels(0,data,PixelFormat.Rgba,j*4,167*4,x,y,1,1);
}
}
}
/// <summary>
/// </summary>
/// <param name="font">The font to use to render characters. Note that FontMap disposes of this Font object.</param>
/// <param name="charset">A string containing all the characters you will ever need when drawing text with this FontMap.</param>
/// <param name="fontmap_width">The internal with used by the texture (height is adjusted automatically).</param>
public void Initialize( Font font, string charset, int fontmap_width = 512 )
{
CharSet = new Dictionary< char, CharData >();
CharPixelHeight = font.Metrics.Height;
Image image = null;
Vector2i totalsize = new Vector2i( 0, 0 );
for ( int k=0; k < 2; ++k )
{
Vector2i turtle = new Vector2i( 0, 0 ); // turtle is in Sce.PlayStation.Core.Imaging.Font's coordinate system
int max_height = 0;
for ( int i=0; i < charset.Length; ++i )
{
if ( CharSet.ContainsKey( charset[i] ) )
continue; // this character is already in the map
Vector2i char_size = new Vector2i(
font.GetTextWidth( charset[i].ToString(), 0, 1 ),
font.Metrics.Height
);
max_height = Common.Max( max_height, char_size.Y );
if ( turtle.X + char_size.X > fontmap_width )
{
// hit the right side, go to next line
turtle.X = 0;
turtle.Y += max_height; // Sce.PlayStation.Core.Imaging.Font's coordinate system: top is 0, so we += to move down
max_height = 0;
// make sure we are noit going to newline forever due to lack of fontmap_width
Common.Assert( char_size.Y <= fontmap_width );
}
if ( k > 0 )
{
// that starts from top left
image.DrawText( charset[i].ToString(), new ImageColor(255,255,255,255), font
, new ImagePosition( turtle.X, turtle.Y ) );
var uv = new Bounds2( turtle.Vector2() / totalsize.Vector2()
, ( turtle + char_size ).Vector2() / totalsize.Vector2() );
// now fix the UV to be in GameEngine2D's UV coordinate system, where 0,0 is bottom left
uv = uv.OutrageousYVCoordFlip().OutrageousYTopBottomSwap();
CharSet.Add( charset[i], new CharData(){ UV = uv, PixelSize = char_size.Vector2()} );
}
turtle.X += char_size.X;
if ( k == 0 )
{
totalsize.X = Common.Max( totalsize.X, turtle.X );
totalsize.Y = Common.Max( totalsize.Y, turtle.Y + max_height );
}
}
if ( k == 0 )
{
// System.Console.WriteLine( "FontMap.Initialize: totalsize " + totalsize );
image = new Image( ImageMode.A, new ImageSize( totalsize.X, totalsize.Y ), new ImageColor(0,0,0,0) );
CharSet.Clear(); // we want to go through the same add logic on second pass, so clear
}
}
Texture = new Texture2D( image.Size.Width, image.Size.Height, false, PixelFormat.Luminance );
Texture.SetPixels( 0, image.ToBuffer() );
// image.Export("uh?","hey.png");
image.Dispose();
{
// cache ascii entries so we can skip TryGetValue logic for those
m_ascii_char_data = new CharData[ AsciiCharSet.Length ];
m_ascii_char_data_valid = new bool[ AsciiCharSet.Length ];
for ( int i=0; i < AsciiCharSet.Length; ++i )
{
CharData cdata;
m_ascii_char_data_valid[i] = CharSet.TryGetValue( AsciiCharSet[i], out cdata );
m_ascii_char_data[i] = cdata;
}
}
// dispose of the font by default
font.Dispose();
}