61 } |
61 } |
62 |
62 |
63 void HbVgBlurEffect::setRadius(const QPointF &radius) |
63 void HbVgBlurEffect::setRadius(const QPointF &radius) |
64 { |
64 { |
65 Q_D(HbVgBlurEffect); |
65 Q_D(HbVgBlurEffect); |
66 if (d->radius == radius) |
66 if (d->radius == radius) { |
67 return; |
67 return; |
|
68 } |
68 d->radius = radius; |
69 d->radius = radius; |
69 updateEffectBoundingRect(); |
70 updateEffectBoundingRect(); |
70 emit radiusChanged(radius); |
71 emit radiusChanged(radius); |
71 } |
72 } |
72 |
73 |
73 QRectF HbVgBlurEffect::boundingRectFor(const QRectF &rect) const |
74 QRectF HbVgBlurEffect::boundingRectFor(const QRectF &rect) const |
74 { |
75 { |
75 Q_D(const HbVgBlurEffect); |
76 Q_D(const HbVgBlurEffect); |
76 QSizeF mappedRadius = d->mapSize(QSizeF(d->radius.x(), d->radius.y())); |
77 QSizeF mappedRadius = d->mapSize(QSizeF(d->radius.x(), d->radius.y())); |
77 qreal deltaX = mappedRadius.width(); |
78 qreal deltaX = mappedRadius.width(); |
78 qreal deltaY = mappedRadius.height(); |
79 qreal deltaY = mappedRadius.height(); |
79 return rect.adjusted(-deltaX, -deltaY, deltaX, deltaY); |
80 return rect.adjusted(-deltaX, -deltaY, deltaX, deltaY); |
80 } |
81 } |
81 |
82 |
82 #ifdef HB_EFFECTS_OPENVG |
83 #ifdef HB_EFFECTS_OPENVG |
83 // identity mapping of colour components (i.e. 0->0, 1->1, ..., 255->255) |
84 // identity mapping of colour components (i.e. 0->0, 1->1, ..., 255->255) |
103 |
104 |
104 QPixmap HbVgBlurEffect::makeBlur(const QVariant &vgImage, const QSize &vgImageSize) |
105 QPixmap HbVgBlurEffect::makeBlur(const QVariant &vgImage, const QSize &vgImageSize) |
105 { |
106 { |
106 #ifdef HB_EFFECTS_OPENVG |
107 #ifdef HB_EFFECTS_OPENVG |
107 QPixmap cachedPm = cached(vgImageSize); |
108 QPixmap cachedPm = cached(vgImageSize); |
108 if (!cachedPm.isNull()) |
109 if (!cachedPm.isNull()) { |
109 return cachedPm; |
110 return cachedPm; |
|
111 } |
110 |
112 |
111 Q_D(HbVgBlurEffect); |
113 Q_D(HbVgBlurEffect); |
112 VGImage srcImage = vgImage.value<VGImage>(); |
114 VGImage srcImage = vgImage.value<VGImage>(); |
113 VGImage dstImage = d->ensurePixmap(&d->dstPixmap, vgImageSize); |
115 VGImage dstImage = d->ensurePixmap(&d->dstPixmap, vgImageSize); |
114 QSizeF mappedRadius = d->mapSize(QSizeF(d->radius.x(), d->radius.y())); |
116 QSizeF mappedRadius = d->mapSize(QSizeF(d->radius.x(), d->radius.y())); |
117 const VGfloat opacity = (VGfloat) clamp(d->opacity, 0.0f, 1.0f); |
119 const VGfloat opacity = (VGfloat) clamp(d->opacity, 0.0f, 1.0f); |
118 if (opacity < 1.0f - HBVG_EPSILON) { |
120 if (opacity < 1.0f - HBVG_EPSILON) { |
119 VGImage tmpImage = d->ensurePixmap(&d->tmpPixmap, vgImageSize); |
121 VGImage tmpImage = d->ensurePixmap(&d->tmpPixmap, vgImageSize); |
120 vgGaussianBlur(tmpImage, srcImage, blurX, blurY, VG_TILE_PAD); |
122 vgGaussianBlur(tmpImage, srcImage, blurX, blurY, VG_TILE_PAD); |
121 if (d->paramsChanged) { |
123 if (d->paramsChanged) { |
122 for (int i = 0; i < 256; ++i) |
124 for (int i = 0; i < 256; ++i) { |
123 d->alphaLUT[i] = (VGubyte) (i * opacity); |
125 d->alphaLUT[i] = (VGubyte)(i * opacity); |
|
126 } |
124 } |
127 } |
125 vgLookup(dstImage, tmpImage, |
128 vgLookup(dstImage, tmpImage, |
126 identityLUT, identityLUT, identityLUT, d->alphaLUT, |
129 identityLUT, identityLUT, identityLUT, d->alphaLUT, |
127 VG_TRUE, VG_FALSE); |
130 VG_TRUE, VG_FALSE); |
128 } else { |
131 } else { |
129 vgGaussianBlur(dstImage, srcImage, blurX, blurY, VG_TILE_PAD); |
132 vgGaussianBlur(dstImage, srcImage, blurX, blurY, VG_TILE_PAD); |
130 } |
133 } |
131 |
134 |
132 tryCache(d->dstPixmap); |
135 tryCache(d->dstPixmap); |
133 return d->dstPixmap; |
136 return d->dstPixmap; |
134 #else |
137 #else |