139 * previously set mask pixmap or rectangle will not be effective anymore. |
139 * previously set mask pixmap or rectangle will not be effective anymore. |
140 */ |
140 */ |
141 void HbVgMaskEffect::setMaskCallback(MaskCallback callback, void *param) |
141 void HbVgMaskEffect::setMaskCallback(MaskCallback callback, void *param) |
142 { |
142 { |
143 Q_D(HbVgMaskEffect); |
143 Q_D(HbVgMaskEffect); |
144 if (d->maskCallback == callback) |
144 if (d->maskCallback == callback) { |
145 return; |
145 return; |
|
146 } |
146 clear(); |
147 clear(); |
147 d->maskCallback = callback; |
148 d->maskCallback = callback; |
148 d->maskCallbackParam = param; |
149 d->maskCallbackParam = param; |
149 updateEffect(); |
150 updateEffect(); |
150 emit maskCallbackChanged(callback); |
151 emit maskCallbackChanged(callback); |
174 * rectangle will not be effective anymore. |
175 * rectangle will not be effective anymore. |
175 */ |
176 */ |
176 void HbVgMaskEffect::setMaskRect(const QRectF &rect) |
177 void HbVgMaskEffect::setMaskRect(const QRectF &rect) |
177 { |
178 { |
178 Q_D(HbVgMaskEffect); |
179 Q_D(HbVgMaskEffect); |
179 if (rect == d->maskRect && !d->maskRectIsInDeviceCoords) |
180 if (rect == d->maskRect && !d->maskRectIsInDeviceCoords) { |
180 return; |
181 return; |
|
182 } |
181 clear(); |
183 clear(); |
182 d->maskRect = rect; |
184 d->maskRect = rect; |
183 d->maskRectIsInDeviceCoords = false; |
185 d->maskRectIsInDeviceCoords = false; |
184 updateEffect(); |
186 updateEffect(); |
185 emit maskRectChanged(rect); |
187 emit maskRectChanged(rect); |
191 * the source item will be clipped where it intersects with \a rect. |
193 * the source item will be clipped where it intersects with \a rect. |
192 */ |
194 */ |
193 void HbVgMaskEffect::setMaskDeviceRect(const QRectF &rect) |
195 void HbVgMaskEffect::setMaskDeviceRect(const QRectF &rect) |
194 { |
196 { |
195 Q_D(HbVgMaskEffect); |
197 Q_D(HbVgMaskEffect); |
196 if (rect == d->maskRect && d->maskRectIsInDeviceCoords) |
198 if (rect == d->maskRect && d->maskRectIsInDeviceCoords) { |
197 return; |
199 return; |
|
200 } |
198 clear(); |
201 clear(); |
199 d->maskRect = rect; |
202 d->maskRect = rect; |
200 d->maskRectIsInDeviceCoords = true; |
203 d->maskRectIsInDeviceCoords = true; |
201 updateEffect(); |
204 updateEffect(); |
202 emit maskRectChanged(rect); |
205 emit maskRectChanged(rect); |
231 { |
234 { |
232 #ifdef HB_EFFECTS_OPENVG |
235 #ifdef HB_EFFECTS_OPENVG |
233 Q_UNUSED(vgImage); |
236 Q_UNUSED(vgImage); |
234 Q_D(HbVgMaskEffect); |
237 Q_D(HbVgMaskEffect); |
235 |
238 |
|
239 if (!painter->paintEngine()) { |
|
240 return; |
|
241 } |
|
242 |
236 // Initialize scaledMask if the mask has changed or the size of the source |
243 // Initialize scaledMask if the mask has changed or the size of the source |
237 // is different than before. |
244 // is different than before. |
238 if (!d->mask.isNull()) { |
245 if (!d->mask.isNull()) { |
239 if (d->scaledMask.isNull()) |
246 if (d->scaledMask.isNull()) { |
240 d->scaledMask = d->mask; |
247 d->scaledMask = d->mask; |
|
248 } |
241 // Scale only when really needed, i.e. when the size is different than |
249 // Scale only when really needed, i.e. when the size is different than |
242 // before (or there is a new mask). |
250 // before (or there is a new mask). |
243 if (d->scaledMask.size() != vgImageSize) |
251 if (d->scaledMask.size() != vgImageSize) { |
244 d->scaledMask = d->mask.scaled(vgImageSize); |
252 d->scaledMask = d->mask.scaled(vgImageSize); |
|
253 } |
245 } |
254 } |
246 |
255 |
247 vgSeti(VG_MASKING, VG_TRUE); |
256 vgSeti(VG_MASKING, VG_TRUE); |
248 QPaintDevice *pdev = painter->paintEngine()->paintDevice(); |
257 QPaintDevice *pdev = painter->paintEngine()->paintDevice(); |
249 // Set the mask for the entire surface to 1 (i.e. nothing is transparent). |
258 // Set the mask for the entire surface to 1 (i.e. nothing is transparent). |
274 } else if (!d->scaledMask.isNull()) { |
283 } else if (!d->scaledMask.isNull()) { |
275 maskPtr = &d->scaledMask; |
284 maskPtr = &d->scaledMask; |
276 } else if (d->maskCallback) { |
285 } else if (d->maskCallback) { |
277 // Invoke the callback but only if it has just been set or the size of |
286 // Invoke the callback but only if it has just been set or the size of |
278 // the source is different than before. |
287 // the source is different than before. |
279 if (d->callbackResult.isNull() || d->callbackResult.size() != vgImageSize) |
288 if (d->callbackResult.isNull() || d->callbackResult.size() != vgImageSize) { |
280 d->callbackResult = d->maskCallback(vgImageSize, d->maskCallbackParam); |
289 d->callbackResult = d->maskCallback(vgImageSize, d->maskCallbackParam); |
|
290 } |
281 maskPtr = &d->callbackResult; |
291 maskPtr = &d->callbackResult; |
282 } |
292 } |
283 |
293 |
284 if (maskPtr) { |
294 if (maskPtr) { |
285 int w = vgImageSize.width(); |
295 int w = vgImageSize.width(); |