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Merge pull request #143 from g4z3r/master 

refactor GLItemCache and GLGlyphCache
This commit is contained in:
Vadim Lopatin 2016-01-08 22:37:19 +03:00
parent 925ba3990a 3e76ee1c36
commit bcf76405cb
2 changed files with 185 additions and 349 deletions
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22
src/dlangui/graphics/colors.d
View File

@ -31,12 +31,12 @@ immutable uint COLOR_TRANSPARENT = 0xFFFFFFFF;
immutable uint COLOR_TRANSFORM_OFFSET_NONE = 0x80808080;
immutable uint COLOR_TRANSFORM_MULTIPLY_NONE = 0x40404040;
uint makeRGBA(T)(T r, T g, T b, T a) {
uint makeRGBA(T)(T r, T g, T b, T a) pure nothrow {
return (cast(uint)a << 24)|(cast(uint)r << 16)|(cast(uint)g << 8)|(cast(uint)b);
}
/// blend two RGB pixels using alpha
uint blendARGB(uint dst, uint src, uint alpha) {
uint blendARGB(uint dst, uint src, uint alpha) pure nothrow {
uint dstalpha = dst >> 24;
if (dstalpha > 0x80)
return src;
@ -58,7 +58,7 @@ immutable int[3] COMPONENT_OFFSET_BGR = [2, 1, 0];
//immutable int[3] COMPONENT_OFFSET_BGR = [1, 2, 0];
immutable int[3] COMPONENT_OFFSET_RGB = [0, 1, 2];
immutable int COMPONENT_OFFSET_ALPHA = 3;
int subpixelComponentIndex(int x0, SubpixelRenderingMode mode) {
int subpixelComponentIndex(int x0, SubpixelRenderingMode mode) pure nothrow {
switch (mode) with(SubpixelRenderingMode) {
case RGB:
return COMPONENT_OFFSET_BGR[x0];
@ -85,7 +85,7 @@ void blendSubpixel(ubyte * dst, ubyte * src, uint alpha, int x0, SubpixelRenderi
}
/// blend two alpha values 0..255 (255 is fully transparent, 0 is opaque)
uint blendAlpha(uint a1, uint a2) {
uint blendAlpha(uint a1, uint a2) pure nothrow {
if (!a1)
return a2;
if (!a2)
@ -94,12 +94,12 @@ uint blendAlpha(uint a1, uint a2) {
}
/// applies additional alpha to color
uint addAlpha(uint color, uint alpha) {
uint addAlpha(uint color, uint alpha) pure nothrow {
alpha = blendAlpha(color >> 24, alpha);
return (color & 0xFFFFFF) | (alpha << 24);
}
ubyte rgbToGray(uint color) {
ubyte rgbToGray(uint color) pure nothrow {
uint srcr = (color >> 16) & 0xFF;
uint srcg = (color >> 8) & 0xFF;
uint srcb = (color >> 0) & 0xFF;
@ -117,7 +117,7 @@ struct ColorTransformHandler {
}
}
uint transformComponent(int src, int addBefore, int multiply, int addAfter) {
uint transformComponent(int src, int addBefore, int multiply, int addAfter) pure nothrow {
int add1 = (cast(int)(addBefore << 1)) - 0x100;
int add2 = (cast(int)(addAfter << 1)) - 0x100;
int mul = cast(int)(multiply << 2);
@ -129,7 +129,7 @@ uint transformComponent(int src, int addBefore, int multiply, int addAfter) {
return cast(uint)res;
}
uint transformRGBA(uint src, uint addBefore, uint multiply, uint addAfter) {
uint transformRGBA(uint src, uint addBefore, uint multiply, uint addAfter) pure nothrow {
uint a = transformComponent(src >> 24, addBefore >> 24, multiply >> 24, addAfter >> 24);
uint r = transformComponent((src >> 16) & 0xFF, (addBefore >> 16) & 0xFF, (multiply >> 16) & 0xFF, (addAfter >> 16) & 0xFF);
uint g = transformComponent((src >> 8) & 0xFF, (addBefore >> 8) & 0xFF, (multiply >> 8) & 0xFF, (addAfter >> 8) & 0xFF);
@ -153,7 +153,7 @@ struct ColorTransform {
/// blend two RGB pixels using alpha
ubyte blendGray(ubyte dst, ubyte src, uint alpha) {
ubyte blendGray(ubyte dst, ubyte src, uint alpha) pure nothrow {
uint ialpha = 256 - alpha;
return cast(ubyte)(((src * ialpha + dst * alpha) >> 8) & 0xFF);
}
@ -164,7 +164,7 @@ bool isFullyTransparentColor(uint color) pure nothrow {
}
/// decodes hex digit (0..9, a..f, A..F), returns uint.max if invalid
uint decodeHexDigit(T)(T ch) {
uint decodeHexDigit(T)(T ch) pure nothrow {
if (ch >= '0' && ch <= '9')
return ch - '0';
else if (ch >= 'a' && ch <= 'f')
@ -175,7 +175,7 @@ uint decodeHexDigit(T)(T ch) {
}
/// decode color string supported formats: #RGB #ARGB #RRGGBB #AARRGGBB
uint decodeHexColor(string s, uint defValue = 0) {
uint decodeHexColor(string s, uint defValue = 0) pure {
s = strip(s);
switch (s) {
case "@null":

512
src/dlangui/graphics/gldrawbuf.d
View File

@ -130,7 +130,7 @@ class GLDrawBuf : DrawBuf, GLConfigCallback {
//Log.v("GLDrawBuf.drawGlyph dst=", dstrect, " src=", srcrect, " color=", color);
color = applyAlpha(color);
if (!isFullyTransparentColor(color) && applyClipping(dstrect, srcrect)) {
if (!glGlyphCache.get(glyph.id))
if (!glGlyphCache.isInCache(glyph.id))
glGlyphCache.put(glyph);
_scene.add(new GlyphSceneItem(glyph.id, dstrect, srcrect, color, null));
}
@ -141,7 +141,7 @@ class GLDrawBuf : DrawBuf, GLConfigCallback {
Rect dstrect = Rect(x, y, x + srcrect.width, y + srcrect.height);
//Log.v("GLDrawBuf.frawFragment dst=", dstrect, " src=", srcrect);
if (applyClipping(dstrect, srcrect)) {
if (!glImageCache.get(src.id))
if (!glImageCache.isInCache(src.id))
glImageCache.put(src);
_scene.add(new TextureSceneItem(src.id, dstrect, srcrect, applyAlpha(0xFFFFFF), 0, null, 0));
}
@ -151,7 +151,7 @@ class GLDrawBuf : DrawBuf, GLConfigCallback {
assert(_scene !is null);
//Log.v("GLDrawBuf.frawRescaled dst=", dstrect, " src=", srcrect);
if (applyClipping(dstrect, srcrect)) {
if (!glImageCache.get(src.id))
if (!glImageCache.isInCache(src.id))
glImageCache.put(src);
_scene.add(new TextureSceneItem(src.id, dstrect, srcrect, applyAlpha(0xFFFFFF), 0, null, 0));
}
@ -270,46 +270,43 @@ private __gshared GLImageCache glImageCache;
private __gshared GLGlyphCache glGlyphCache;
shared static this() {
glImageCache = new GLImageCache();
glGlyphCache = new GLGlyphCache();
glImageCache = new GLImageCache;
glGlyphCache = new GLGlyphCache;
}
void LVGLClearImageCache() {
glImageCache.clear();
glGlyphCache.clear();
}
/// OpenGL texture cache for ColorDrawBuf objects
private class GLImageCache {
static class GLImageCacheItem {
private GLImageCachePage _page;
@property GLImageCachePage page() { return _page; }
private abstract class GLCache
{
static class GLCacheItem
{
@property GLCachePage page() { return _page; }
uint _objectId;
// image size
Rect _rc;
bool _deleted;
this(GLImageCachePage page, uint objectId) { _page = page; _objectId = objectId; }
};
this(GLCachePage page, uint objectId) { _page = page; _objectId = objectId; }
static class GLImageCachePage {
private GLImageCache _cache;
private int _tdx;
private int _tdy;
private ColorDrawBuf _drawbuf;
private int _currentLine;
private int _nextLine;
private int _x;
private bool _closed;
private bool _needUpdateTexture;
private Tex2D _texture;
private int _itemCount;
private GLCachePage _page;
}
this(GLImageCache cache, int dx, int dy) {
static abstract class GLCachePage {
private:
GLCache _cache;
int _tdx;
int _tdy;
ColorDrawBuf _drawbuf;
int _currentLine;
int _nextLine;
int _x;
bool _closed;
bool _needUpdateTexture;
Tex2D _texture;
int _itemCount;
public:
this(GLCache cache, int dx, int dy) {
_cache = cache;
Log.v("created image cache page ", dx, "x", dy);
_tdx = nearestPOT(dx);
_tdy = nearestPOT(dy);
_itemCount = 0;
@ -326,7 +323,7 @@ private class GLImageCache {
}
}
void updateTexture() {
final void updateTexture() {
if (_drawbuf is null)
return; // no draw buffer!!!
if (_texture is null || _texture.ID == 0) {
@ -335,7 +332,7 @@ private class GLImageCache {
if (!_texture.ID)
return;
}
Log.d("updateTexture for image cache page - setting image ", _drawbuf.width, "x", _drawbuf.height, " tx=", _texture.ID);
Log.d("updateTexture for cache page - setting image ", _drawbuf.width, "x", _drawbuf.height, " tx=", _texture.ID);
uint * pixels = _drawbuf.scanLine(0);
if (!glSupport.setTextureImage(_texture, _drawbuf.width, _drawbuf.height, cast(ubyte*)pixels)) {
destroy(_texture);
@ -349,24 +346,8 @@ private class GLImageCache {
}
}
void convertPixelFormat(GLImageCacheItem item) {
Rect rc = item._rc;
for (int y = rc.top - 1; y <= rc.bottom; y++) {
uint * row = _drawbuf.scanLine(y);
for (int x = rc.left - 1; x <= rc.right; x++) {
uint cl = row[x];
// invert A
cl ^= 0xFF000000;
// swap R and B
uint r = (cl & 0x00FF0000) >> 16;
uint b = (cl & 0x000000FF) << 16;
row[x] = (cl & 0xFF00FF00) | r | b;
}
}
}
GLImageCacheItem reserveSpace(uint objectId, int width, int height) {
GLImageCacheItem cacheItem = new GLImageCacheItem(this, objectId);
final GLCacheItem reserveSpace(uint objectId, int width, int height) {
auto cacheItem = new GLCacheItem(this, objectId);
if (_closed)
return null;
@ -397,12 +378,122 @@ private class GLImageCache {
_itemCount++;
return cacheItem;
}
int deleteItem(GLImageCacheItem item) {
final int deleteItem(GLCacheItem item) {
_itemCount--;
return _itemCount;
}
GLImageCacheItem addItem(DrawBuf buf) {
GLImageCacheItem cacheItem = reserveSpace(buf.id, buf.width, buf.height);
final void close() {
_closed = true;
if (_needUpdateTexture)
updateTexture();
}
}
GLCacheItem[uint] _map;
GLCachePage[] _pages;
GLCachePage _activePage;
int tdx;
int tdy;
final void removePage(GLCachePage page) {
if (_activePage == page)
_activePage = null;
foreach(i; 0 .. _pages.length)
if (_pages[i] == page) {
_pages.remove(i);
break;
}
destroy(page);
}
final void updateTextureSize() {
if (!tdx) {
// TODO
tdx = tdy = 1024; //getMaxTextureSize();
if (tdx > 1024)
tdx = tdy = 1024;
}
}
this() {
}
~this() {
clear();
}
/// check if item is in cache
final bool isInCache(uint obj) {
if (obj in _map)
return true;
return false;
}
/// clears cache
final void clear() {
foreach(i; 0 .. _pages.length) {
destroy(_pages[i]);
_pages[i] = null;
}
destroy(_pages);
destroy(_map);
}
/// handle cached object deletion, mark as deleted
final void onCachedObjectDeleted(uint objectId) {
if (objectId in _map) {
GLCacheItem item = _map[objectId];
if (hasActiveScene()) {
item._deleted = true;
} else {
int itemsLeft = item.page.deleteItem(item);
if (itemsLeft <= 0) {
removePage(item.page);
}
_map.remove(objectId);
destroy(item);
}
}
}
/// remove deleted items - remove page if contains only deleted items
final void removeDeletedItems() {
uint[] list;
foreach(GLCacheItem item; _map) {
if (item._deleted)
list ~= item._objectId;
}
foreach(i; 0 .. list.length) {
onCachedObjectDeleted(list[i]);
}
}
}
/// OpenGL texture cache for ColorDrawBuf objects
private class GLImageCache : GLCache
{
static class GLImageCachePage : GLCachePage {
this(GLImageCache cache, int dx, int dy) {
super(cache, dx, dy);
Log.v("created image cache page ", dx, "x", dy);
}
void convertPixelFormat(GLCacheItem item) {
Rect rc = item._rc;
for (int y = rc.top - 1; y <= rc.bottom; y++) {
uint * row = _drawbuf.scanLine(y);
for (int x = rc.left - 1; x <= rc.right; x++) {
uint cl = row[x];
// invert A
cl ^= 0xFF000000;
// swap R and B
uint r = (cl & 0x00FF0000) >> 16;
uint b = (cl & 0x000000FF) << 16;
row[x] = (cl & 0xFF00FF00) | r | b;
}
}
}
GLCacheItem addItem(DrawBuf buf) {
GLCacheItem cacheItem = reserveSpace(buf.id, buf.width, buf.height);
if (cacheItem is null)
return null;
buf.onDestroyCallback = &onObjectDestroyedCallback;
@ -411,8 +502,7 @@ private class GLImageCache {
_needUpdateTexture = true;
return cacheItem;
}
void drawItem(GLImageCacheItem item, Rect dstrc, Rect srcrc, uint color, uint options, Rect * clip, int rotationAngle) {
//CRLog::trace("drawing item at %d,%d %dx%d <= %d,%d %dx%d ", x, y, dx, dy, srcx, srcy, srcdx, srcdy);
void drawItem(GLCacheItem item, Rect dstrc, Rect srcrc, uint color, uint options, Rect * clip, int rotationAngle) {
if (_needUpdateTexture)
updateTexture();
if (_texture.ID != 0) {
@ -456,229 +546,53 @@ private class GLImageCache {
}
}
void close() {
_closed = true;
if (_needUpdateTexture)
updateTexture();
}
}
private GLImageCacheItem[uint] _map;
private GLImageCachePage[] _pages;
private GLImageCachePage _activePage;
private int tdx;
private int tdy;
private void removePage(GLImageCachePage page) {
if (_activePage == page)
_activePage = null;
foreach(i; 0 .. _pages.length)
if (_pages[i] == page) {
_pages.remove(i);
break;
}
destroy(page);
}
private void updateTextureSize() {
if (!tdx) {
// TODO
tdx = tdy = 1024; //getMaxTextureSize();
if (tdx > 1024)
tdx = tdy = 1024;
}
}
this() {
}
~this() {
clear();
}
/// returns true if object exists in cache
bool get(uint obj) {
if (obj in _map)
return true;
return false;
}
/// put new object to cache
void put(DrawBuf img) {
updateTextureSize();
GLImageCacheItem res = null;
GLCacheItem res = null;
if (img.width <= tdx / 3 && img.height < tdy / 3) {
// trying to reuse common page for small images
if (_activePage is null) {
_activePage = new GLImageCachePage(this, tdx, tdy);
_pages ~= _activePage;
}
res = _activePage.addItem(img);
res = (cast(GLImageCachePage)_activePage).addItem(img);
if (!res) {
_activePage = new GLImageCachePage(this, tdx, tdy);
_pages ~= _activePage;
res = _activePage.addItem(img);
auto page = new GLImageCachePage(this, tdx, tdy);
_pages ~= page;
res = page.addItem(img);
_activePage = page;
}
} else {
// use separate page for big image
GLImageCachePage page = new GLImageCachePage(this, img.width, img.height);
auto page = new GLImageCachePage(this, img.width, img.height);
_pages ~= page;
res = page.addItem(img);
page.close();
}
_map[img.id] = res;
}
/// clears cache
void clear() {
foreach(i; 0 .. _pages.length) {
destroy(_pages[i]);
_pages[i] = null;
}
destroy(_pages);
destroy(_map);
}
/// draw cached item
void drawItem(uint objectId, Rect dstrc, Rect srcrc, uint color, int options, Rect * clip, int rotationAngle) {
if (objectId in _map) {
GLImageCacheItem item = _map[objectId];
item.page.drawItem(item, dstrc, srcrc, color, options, clip, rotationAngle);
}
}
/// handle cached object deletion, mark as deleted
void onCachedObjectDeleted(uint objectId) {
if (objectId in _map) {
GLImageCacheItem item = _map[objectId];
if (hasActiveScene()) {
item._deleted = true;
} else {
int itemsLeft = item.page.deleteItem(item);
//CRLog::trace("itemsLeft = %d", itemsLeft);
if (itemsLeft <= 0) {
//CRLog::trace("removing page");
removePage(item.page);
}
_map.remove(objectId);
destroy(item);
}
}
}
/// remove deleted items - remove page if contains only deleted items
void removeDeletedItems() {
uint[] list;
foreach (GLImageCacheItem item; _map) {
if (item._deleted)
list ~= item._objectId;
}
foreach(i; 0 .. list.length) {
onCachedObjectDeleted(list[i]);
}
GLCacheItem* item = objectId in _map;
if (item)
(cast(GLImageCachePage)item.page).drawItem(*item, dstrc, srcrc, color, options, clip, rotationAngle);
}
}
private class GLGlyphCache {
static class GLGlyphCacheItem {
GLGlyphCachePage _page;
public:
@property GLGlyphCachePage page() { return _page; }
uint _objectId;
// image size
Rect _rc;
bool _deleted;
this(GLGlyphCachePage page, uint objectId) { _page = page; _objectId = objectId; }
};
static class GLGlyphCachePage {
private GLGlyphCache _cache;
private int _tdx;
private int _tdy;
private ColorDrawBuf _drawbuf;
private int _currentLine;
private int _nextLine;
private int _x;
private bool _closed;
private bool _needUpdateTexture;
private Tex2D _texture;
private int _itemCount;
private class GLGlyphCache : GLCache
{
static class GLGlyphCachePage : GLCachePage {
this(GLGlyphCache cache, int dx, int dy) {
_cache = cache;
super(cache, dx, dy);
Log.v("created glyph cache page ", dx, "x", dy);
_tdx = nearestPOT(dx);
_tdy = nearestPOT(dy);
_itemCount = 0;
}
~this() {
if (_drawbuf) {
destroy(_drawbuf);
_drawbuf = null;
}
if (_texture.ID != 0) {
destroy(_texture);
_texture = null;
}
}
void updateTexture() {
if (_drawbuf is null)
return; // no draw buffer!!!
if (_texture is null || _texture.ID == 0) {
_texture = new Tex2D();
//Log.d("updateTexture - new texture ", _texture.ID);
if (!_texture.ID)
return;
}
//Log.d("updateTexture for font glyph page - setting image ", _drawbuf.width, "x", _drawbuf.height, " tx=", _texture.ID);
if (!glSupport.setTextureImage(_texture, _drawbuf.width, _drawbuf.height, cast(ubyte *)_drawbuf.scanLine(0))) {
destroy(_texture);
_texture = null;
return;
}
_needUpdateTexture = false;
if (_closed) {
destroy(_drawbuf);
_drawbuf = null;
}
}
GLGlyphCacheItem reserveSpace(uint objectId, int width, int height) {
GLGlyphCacheItem cacheItem = new GLGlyphCacheItem(this, objectId);
if (_closed)
return null;
// next line if necessary
if (_x + width + 2 > _tdx) {
// move to next line
_currentLine = _nextLine;
_x = 0;
}
// check if no room left for glyph height
if (_currentLine + height + 2 > _tdy) {
_closed = true;
return null;
}
cacheItem._rc = Rect(_x + 1, _currentLine + 1, _x + width + 1, _currentLine + height + 1);
if (height && width) {
if (_nextLine < _currentLine + height + 2)
_nextLine = _currentLine + height + 2;
if (!_drawbuf) {
_drawbuf = new ColorDrawBuf(_tdx, _tdy);
//_drawbuf.SetBackgroundColor(0x000000);
//_drawbuf.SetTextColor(0xFFFFFF);
//_drawbuf.fill(0x00000000);
_drawbuf.fill(0xFF000000);
}
_x += width + 1;
_needUpdateTexture = true;
}
_itemCount++;
return cacheItem;
}
int deleteItem(GLGlyphCacheItem item) {
_itemCount--;
return _itemCount;
}
GLGlyphCacheItem addItem(Glyph * glyph) {
GLGlyphCacheItem cacheItem = reserveSpace(glyph.id, glyph.correctedBlackBoxX, glyph.blackBoxY);
GLCacheItem addItem(Glyph* glyph) {
GLCacheItem cacheItem = reserveSpace(glyph.id, glyph.correctedBlackBoxX, glyph.blackBoxY);
if (cacheItem is null)
return null;
//_drawbuf.drawGlyph(cacheItem._rc.left, cacheItem._rc.top, glyph, 0xFFFFFF);
@ -687,8 +601,7 @@ private class GLGlyphCache {
return cacheItem;
}
void drawItem(GLGlyphCacheItem item, Rect dstrc, Rect srcrc, uint color, Rect * clip) {
//CRLog::trace("drawing item at %d,%d %dx%d <= %d,%d %dx%d ", x, y, dx, dy, srcx, srcy, srcdx, srcdy);
void drawItem(GLCacheItem item, Rect dstrc, Rect srcrc, uint color, Rect * clip) {
if (_needUpdateTexture)
updateTexture();
if (_texture.ID != 0) {
@ -716,109 +629,32 @@ private class GLGlyphCache {
//Log.d("drawing glyph with color ", color);
glSupport.drawColorAndTextureRect(_texture, _tdx, _tdy, srcrc, dstrc, color, false);
}
}
}
void close() {
_closed = true;
if (_needUpdateTexture)
updateTexture();
}
}
GLGlyphCacheItem[uint] _map;
GLGlyphCachePage[] _pages;
GLGlyphCachePage _activePage;
int tdx;
int tdy;
void removePage(GLGlyphCachePage page) {
if (_activePage == page)
_activePage = null;
foreach(i; 0 .. _pages.length)
if (_pages[i] == page) {
_pages.remove(i);
break;
}
destroy(page);
}
private void updateTextureSize() {
if (!tdx) {
// TODO
tdx = tdy = 1024; //getMaxTextureSize();
if (tdx > 1024)
tdx = tdy = 1024;
}
}
this() {
}
~this() {
clear();
}
/// check if item is in cache
bool get(uint obj) {
if (obj in _map)
return true;
return false;
}
/// put new item to cache
void put(Glyph * glyph) {
void put(Glyph* glyph) {
updateTextureSize();
GLGlyphCacheItem res = null;
GLCacheItem res = null;
if (_activePage is null) {
_activePage = new GLGlyphCachePage(this, tdx, tdy);
_pages ~= _activePage;
}
res = _activePage.addItem(glyph);
res = (cast(GLGlyphCachePage)_activePage).addItem(glyph);
if (!res) {
_activePage = new GLGlyphCachePage(this, tdx, tdy);
_pages ~= _activePage;
res = _activePage.addItem(glyph);
auto page = new GLGlyphCachePage(this, tdx, tdy);
_pages ~= page;
res = page.addItem(glyph);
_activePage = page;
}
_map[glyph.id] = res;
}
void clear() {
foreach(i; 0 .. _pages.length) {
destroy(_pages[i]);
_pages[i] = null;
}
destroy(_pages);
destroy(_map);
}
/// draw cached item
void drawItem(uint objectId, Rect dstrc, Rect srcrc, uint color, Rect * clip) {
GLGlyphCacheItem * item = objectId in _map;
GLCacheItem* item = objectId in _map;
if (item)
item.page.drawItem(*item, dstrc, srcrc, color, clip);
}
/// handle cached object deletion, mark as deleted
void onCachedObjectDeleted(uint objectId) {
if (objectId in _map) {
GLGlyphCacheItem item = _map[objectId];
if (hasActiveScene()) {
item._deleted = true;
} else {
int itemsLeft = item.page.deleteItem(item);
//CRLog::trace("itemsLeft = %d", itemsLeft);
if (itemsLeft <= 0) {
//CRLog::trace("removing page");
removePage(item.page);
}
_map.remove(objectId);
destroy(item);
}
}
}
/// remove deleted items - remove page if contains only deleted items
void removeDeletedItems() {
uint[] list;
foreach (GLGlyphCacheItem item; _map) {
if (item._deleted)
list ~= item._objectId;
}
foreach(i; 0 .. list.length) {
onCachedObjectDeleted(list[i]);
}
(cast(GLGlyphCachePage)item.page).drawItem(*item, dstrc, srcrc, color, clip);
}
}