bool setPen(const GiContext* ctx)
{
bool changed = !_ctxused[0];
if (ctx && !ctx->isNullLine())
{
if (_gictx.getLineColor() != ctx->getLineColor()) {
_gictx.setLineColor(ctx->getLineColor());
changed = true;
}
if (_gictx.getLineWidth() != ctx->getLineWidth()) {
_gictx.setLineWidth(ctx->getLineWidth(), ctx->isAutoScale());
changed = true;
}
if (_gictx.getLineStyle() != ctx->getLineStyle()) {
_gictx.setLineStyle(ctx->getLineStyle());
changed = true;
}
}
if (!ctx) ctx = &_gictx;
if (!ctx->isNullLine() && changed)
{
_ctxused[0] = true;
GiColor color = ctx->getLineColor();
if (gs())
color = gs()->calcPenColor(color);
CGContextSetRGBStrokeColor(getContext(),
toFloat(color.r), toFloat(color.g),
toFloat(color.b), toFloat(color.a));
float w = ctx->getLineWidth();
w = gs() ? gs()->calcPenWidth(w, ctx->isAutoScale()) : (w < 0 ? -w : 1);
CGContextSetLineWidth(getContext(), _fast && w > 1 ? w - 1 : w); // 不是反走样就细一点
int style = ctx->getLineStyle();
CGFloat pattern[6];
if (style >= 0 && style < sizeof(lpats)/sizeof(lpats[0])) {
if (lpats[style].arr && !_fast) { // 快速画时不要线型
makeLinePattern(pattern, lpats[style].arr, lpats[style].n, w);
CGContextSetLineDash(getContext(), 0, pattern, lpats[style].n);
}
else {
CGContextSetLineDash(getContext(), 0, NULL, 0);
}
CGContextSetLineCap(getContext(), style > 0 ? kCGLineCapButt : kCGLineCapRound);
}
}
return !ctx->isNullLine();
}
static void quartzgen_path(GVJ_t *job, int filled)
{
CGContextRef context = (CGContextRef)job->context;
/* set up colors */
if (filled)
CGContextSetRGBFillColor(context, job->obj->fillcolor.u.RGBA [0], job->obj->fillcolor.u.RGBA [1], job->obj->fillcolor.u.RGBA [2], job->obj->fillcolor.u.RGBA [3]);
CGContextSetRGBStrokeColor(context, job->obj->pencolor.u.RGBA [0], job->obj->pencolor.u.RGBA [1], job->obj->pencolor.u.RGBA [2], job->obj->pencolor.u.RGBA [3]);
/* set up line style */
const CGFloat *segments;
size_t segment_count;
switch (job->obj->pen) {
case PEN_DASHED:
segments = dashed;
segment_count = sizeof(dashed)/sizeof(CGFloat);
break;
case PEN_DOTTED:
segments = dotted;
segment_count = sizeof(dotted)/sizeof(CGFloat);
break;
default:
segments = NULL;
segment_count = 0;
break;
}
CGContextSetLineDash(context, 0.0, segments, segment_count);
/* set up line width */
CGContextSetLineWidth(context, job->obj->penwidth); // *job->scale.x);
/* draw the path */
CGContextDrawPath(context, filled ? kCGPathFillStroke : kCGPathStroke);
}
static void quartzPrepareLine (GraphicsScreen me) {
CGContextSetLineJoin (my d_macGraphicsContext, kCGLineJoinRound);
if (my duringXor) {
CGContextSetBlendMode (my d_macGraphicsContext, kCGBlendModeDifference);
CGContextSetAllowsAntialiasing (my d_macGraphicsContext, false);
CGContextSetRGBStrokeColor (my d_macGraphicsContext, 1.0, 1.0, 1.0, 1.0);
} else {
CGContextSetRGBStrokeColor (my d_macGraphicsContext, my d_macColour.red / 65536.0, my d_macColour.green / 65536.0, my d_macColour.blue / 65536.0, 1.0);
}
double lineWidth_pixels = LINE_WIDTH_IN_PIXELS (me);
CGContextSetLineWidth (my d_macGraphicsContext, lineWidth_pixels);
CGFloat lengths [4];
if (my lineType == Graphics_DOTTED)
lengths [0] = my resolution > 192 ? my resolution / 100.0 : 2,
lengths [1] = my resolution > 192 ? my resolution / 75.0 + lineWidth_pixels : 2;
if (my lineType == Graphics_DASHED)
lengths [0] = my resolution > 192 ? my resolution / 25 : 6,
lengths [1] = my resolution > 192 ? my resolution / 50.0 + lineWidth_pixels : 2;
if (my lineType == Graphics_DASHED_DOTTED)
lengths [0] = my resolution > 192 ? my resolution / 25 : 6,
lengths [1] = my resolution > 192 ? my resolution / 50.0 + lineWidth_pixels : 2;
lengths [2] = my resolution > 192 ? my resolution / 100.0 : 2;
lengths [3] = my resolution > 192 ? my resolution / 50.0 + lineWidth_pixels : 2;
CGContextSetLineDash (my d_macGraphicsContext, 0.0, my lineType == Graphics_DRAWN ? NULL : lengths, my lineType == 0 ? 0 : my lineType == Graphics_DASHED_DOTTED ? 4 : 2);
}
//-----------------------------------------------------------------------------
void CGDrawContext::applyLineStyle (CGContextRef context)
{
switch (currentState.lineStyle.getLineCap ())
{
case CLineStyle::kLineCapButt: CGContextSetLineCap (context, kCGLineCapButt); break;
case CLineStyle::kLineCapRound: CGContextSetLineCap (context, kCGLineCapRound); break;
case CLineStyle::kLineCapSquare: CGContextSetLineCap (context, kCGLineCapSquare); break;
}
switch (currentState.lineStyle.getLineJoin ())
{
case CLineStyle::kLineJoinMiter: CGContextSetLineJoin (context, kCGLineJoinMiter); break;
case CLineStyle::kLineJoinRound: CGContextSetLineJoin (context, kCGLineJoinRound); break;
case CLineStyle::kLineJoinBevel: CGContextSetLineJoin (context, kCGLineJoinBevel); break;
}
if (currentState.lineStyle.getDashCount () > 0)
{
CGFloat* dashLengths = new CGFloat [currentState.lineStyle.getDashCount ()];
for (int32_t i = 0; i < currentState.lineStyle.getDashCount (); i++)
{
dashLengths[i] = currentState.frameWidth * currentState.lineStyle.getDashLengths ()[i];
}
CGContextSetLineDash (context, currentState.lineStyle.getDashPhase (), dashLengths, currentState.lineStyle.getDashCount ());
delete [] dashLengths;
}
}
void CGContextSetLineDash_wrap(CGContext* con, float phase, objVectorOop lengthsOop, void *FH ) {
ResourceMark rm;
uint32 count;
float* lengths;
if (convertFloatObjVector( lengthsOop, "CGContextSetLineDash", FH, lengths, count))
CGContextSetLineDash( con, phase, lengths, count);
}
void NAContextSetLineDash(const CGContextRef aContext,
const NADashingStyle dashStyle) {
switch (dashStyle) {
case kDashingSolid:
CGContextSetLineDash(aContext, 0., NULL, 0);
break;
case kDashingDotted:
CGContextSetLineDash(aContext, 0., kStyleDot, 2);
break;
case kDashingDashed:
CGContextSetLineDash(aContext, 0., kStyleDash, 2);
break;
case kDashingDashDotted:
CGContextSetLineDash(aContext, 0., kStyleDot, 4);
break;
default:
break;
}
}
static void Quartz_SetLineDash(int newlty, double lwd, NewDevDesc *dd)
{
QuartzDesc *xd = (QuartzDesc*)dd->deviceSpecific;
float dashlist[8];
int i, ndash = 0;
lwd *= 0.75; /* kludge from postscript/pdf */
for(i = 0; i < 8 && newlty & 15 ; i++) {
dashlist[ndash++] = (lwd >= 1 ? lwd: 1) * (newlty & 15);
newlty = newlty >> 4;
}
CGContextSetLineDash( GetContext(xd), 0, dashlist, ndash);
xd->lineType = newlty;
}
// ---------------------------------------------------------------------------
//
// -----------
void bToolPrintArea::update(bool global){
if(!global){
clearTempPathContext(false);
}
if(_draw||get_on_drag()){
ivx_rect vxr=*(_gapp->printMgr()->get_print_area());
if(ivr_ok(&vxr)){
CGContextRef ctx=getTempPathContext();
if(ctx){
CGFloat dsh[2]={5,5};
CGContextSaveGState(ctx);
CGContextSetLineDash(ctx,0,dsh,2);
hilite_rect(ctx,ivr2cgr(_gapp,vxr),false,true);
CGContextRestoreGState(ctx);
}
}
}
if(!global){
validTempPathContext();
}
}
void GraphicsContext::setLineDash(const DashArray& dashes, float dashOffset)
{
CGContextSetLineDash(platformContext(), dashOffset, dashes.data(), dashes.size());
}
void GraphicsContext::strokeArc(const IntRect& rect, int startAngle, int angleSpan)
{
if (paintingDisabled() || strokeStyle() == NoStroke || strokeThickness() <= 0.0f)
return;
CGContextRef context = platformContext();
CGContextSaveGState(context);
CGContextBeginPath(context);
CGContextSetShouldAntialias(context, false);
int x = rect.x();
int y = rect.y();
float w = (float)rect.width();
float h = (float)rect.height();
float scaleFactor = h / w;
float reverseScaleFactor = w / h;
if (w != h)
scale(FloatSize(1, scaleFactor));
float hRadius = w / 2;
float vRadius = h / 2;
float fa = startAngle;
float falen = fa + angleSpan;
float start = -fa * piFloat / 180.0f;
float end = -falen * piFloat / 180.0f;
CGContextAddArc(context, x + hRadius, (y + vRadius) * reverseScaleFactor, hRadius, start, end, true);
if (w != h)
scale(FloatSize(1, reverseScaleFactor));
float width = strokeThickness();
int patWidth = 0;
switch (strokeStyle()) {
case DottedStroke:
patWidth = (int)(width / 2);
break;
case DashedStroke:
patWidth = 3 * (int)(width / 2);
break;
default:
break;
}
if (patWidth) {
// Example: 80 pixels with a width of 30 pixels.
// Remainder is 20. The maximum pixels of line we could paint
// will be 50 pixels.
int distance;
if (hRadius == vRadius)
distance = static_cast<int>((piFloat * hRadius) / 2.0f);
else // We are elliptical and will have to estimate the distance
distance = static_cast<int>((piFloat * sqrtf((hRadius * hRadius + vRadius * vRadius) / 2.0f)) / 2.0f);
int remainder = distance % patWidth;
int coverage = distance - remainder;
int numSegments = coverage / patWidth;
float patternOffset = 0.0f;
// Special case 1px dotted borders for speed.
if (patWidth == 1)
patternOffset = 1.0f;
else {
bool evenNumberOfSegments = !(numSegments % 2);
if (remainder)
evenNumberOfSegments = !evenNumberOfSegments;
if (evenNumberOfSegments) {
if (remainder) {
patternOffset += patWidth - remainder;
patternOffset += remainder / 2.0f;
} else
patternOffset = patWidth / 2.0f;
} else {
if (remainder)
patternOffset = (patWidth - remainder) / 2.0f;
}
}
const CGFloat dottedLine[2] = { patWidth, patWidth };
CGContextSetLineDash(context, patternOffset, dottedLine, 2);
}
CGContextStrokePath(context);
CGContextRestoreGState(context);
}
// This is only used to draw borders.
void GraphicsContext::drawLine(const IntPoint& point1, const IntPoint& point2)
{
if (paintingDisabled())
return;
if (strokeStyle() == NoStroke)
return;
float width = strokeThickness();
FloatPoint p1 = point1;
FloatPoint p2 = point2;
bool isVerticalLine = (p1.x() == p2.x());
// For odd widths, we add in 0.5 to the appropriate x/y so that the float arithmetic
// works out. For example, with a border width of 3, KHTML will pass us (y1+y2)/2, e.g.,
// (50+53)/2 = 103/2 = 51 when we want 51.5. It is always true that an even width gave
// us a perfect position, but an odd width gave us a position that is off by exactly 0.5.
if (strokeStyle() == DottedStroke || strokeStyle() == DashedStroke) {
if (isVerticalLine) {
p1.move(0, width);
p2.move(0, -width);
} else {
p1.move(width, 0);
p2.move(-width, 0);
}
}
if (((int)width) % 2) {
if (isVerticalLine) {
// We're a vertical line. Adjust our x.
p1.move(0.5f, 0.0f);
p2.move(0.5f, 0.0f);
} else {
// We're a horizontal line. Adjust our y.
p1.move(0.0f, 0.5f);
p2.move(0.0f, 0.5f);
}
}
int patWidth = 0;
switch (strokeStyle()) {
case NoStroke:
case SolidStroke:
break;
case DottedStroke:
patWidth = (int)width;
break;
case DashedStroke:
patWidth = 3 * (int)width;
break;
}
CGContextRef context = platformContext();
if (shouldAntialias())
CGContextSetShouldAntialias(context, false);
if (patWidth) {
CGContextSaveGState(context);
// Do a rect fill of our endpoints. This ensures we always have the
// appearance of being a border. We then draw the actual dotted/dashed line.
setCGFillColor(context, strokeColor(), strokeColorSpace()); // The save/restore make it safe to mutate the fill color here without setting it back to the old color.
if (isVerticalLine) {
CGContextFillRect(context, FloatRect(p1.x() - width / 2, p1.y() - width, width, width));
CGContextFillRect(context, FloatRect(p2.x() - width / 2, p2.y(), width, width));
} else {
CGContextFillRect(context, FloatRect(p1.x() - width, p1.y() - width / 2, width, width));
CGContextFillRect(context, FloatRect(p2.x(), p2.y() - width / 2, width, width));
}
// Example: 80 pixels with a width of 30 pixels.
// Remainder is 20. The maximum pixels of line we could paint
// will be 50 pixels.
int distance = (isVerticalLine ? (point2.y() - point1.y()) : (point2.x() - point1.x())) - 2*(int)width;
int remainder = distance % patWidth;
int coverage = distance - remainder;
int numSegments = coverage / patWidth;
float patternOffset = 0.0f;
// Special case 1px dotted borders for speed.
if (patWidth == 1)
patternOffset = 1.0f;
else {
bool evenNumberOfSegments = !(numSegments % 2);
if (remainder)
evenNumberOfSegments = !evenNumberOfSegments;
if (evenNumberOfSegments) {
if (remainder) {
patternOffset += patWidth - remainder;
patternOffset += remainder / 2;
} else
patternOffset = patWidth / 2;
} else {
if (remainder)
patternOffset = (patWidth - remainder)/2;
}
}
const CGFloat dottedLine[2] = { patWidth, patWidth };
CGContextSetLineDash(context, patternOffset, dottedLine, 2);
}
CGContextBeginPath(context);
CGContextMoveToPoint(context, p1.x(), p1.y());
CGContextAddLineToPoint(context, p2.x(), p2.y());
CGContextStrokePath(context);
if (patWidth)
CGContextRestoreGState(context);
if (shouldAntialias())
CGContextSetShouldAntialias(context, true);
}
static void MusicBoxDrawIndicator(HIViewRef view, CGContextRef mboxctx)
{
if (!showIndicator)
return;
// Bar
const double length[] = { 1.0, 1.0 };
CGContextSetLineWidth(mboxctx, mbxBarWidth);
CGContextSetLineDash(mboxctx, 0, length, 2);
CGContextSetLineJoin(mboxctx, kCGLineJoinMiter);
CGContextBeginPath(mboxctx);
double x = mbxOffsetX + mbxMarginX + mbxBarWidth / 2.0;
for (int h = 0; h < 8; h++)
{
// Inactive
CGContextSetRGBStrokeColor(mboxctx, (196.0 / 256.0), (200.0 / 256.0), (176.0 / 256.0), 1.0);
CGContextMoveToPoint (mboxctx, x, mbxOffsetY + mbxMarginY);
CGContextAddLineToPoint(mboxctx, x, mbxOffsetY + mbxMarginY + mbxBarHeight);
CGContextMoveToPoint (mboxctx, x + mbxRightBarX, mbxOffsetY + mbxMarginY);
CGContextAddLineToPoint(mboxctx, x + mbxRightBarX, mbxOffsetY + mbxMarginY + mbxBarHeight);
CGContextStrokePath(mboxctx);
// Max
Channel *ch = &SoundData.channels[h];
ch->envx = ch->xenvx >> 4;
ch-> left_vol_level = (ch->xenvx * ch->volume_left ) >> 11;
ch->right_vol_level = (ch->xenvx * ch->volume_right) >> 11;
short vl = ch-> left_vol_level;
short vr = ch->right_vol_level;
long long currentTime;
if (vl <= 0) vl = 0; else if (vl > 64) vl = 64; else vl = (short) (yyscale * sqrt((double) vl)) & (~0 << 1);
if (vr <= 0) vr = 0; else if (vr > 64) vr = 64; else vr = (short) (yyscale * sqrt((double) vr)) & (~0 << 1);
if (vl < prevLVol[h]) vl = ((prevLVol[h] + vl) >> 1);
if (vr < prevRVol[h]) vr = ((prevRVol[h] + vr) >> 1);
Microseconds((UnsignedWide *) ¤tTime);
// left
if ((vl >= prevLMax[h]) && (vl > prevLVol[h]))
{
barTimeL[h] = currentTime;
prevLMax[h] = vl;
}
else
if ((prevLMax[h] > 0) && (barTimeL[h] + 1000000 > currentTime))
{
CGContextSetRGBStrokeColor(mboxctx, (22.0 / 256.0), (156.0 / 256.0), (20.0 / 256.0), (double) (barTimeL[h] + 1000000 - currentTime) / 1000000.0);
CGContextMoveToPoint (mboxctx, x, mbxOffsetY + mbxMarginY + (double) (prevLMax[h] - 2));
CGContextAddLineToPoint(mboxctx, x, mbxOffsetY + mbxMarginY + (double) (prevLMax[h] ));
CGContextStrokePath(mboxctx);
}
else
prevLMax[h] = 0;
prevLVol[h] = vl;
// right
if ((vr >= prevRMax[h]) && (vr > prevRVol[h]))
{
barTimeR[h] = currentTime;
prevRMax[h] = vr;
}
else
if ((prevRMax[h] > 0) && (barTimeR[h] + 1000000 > currentTime))
{
CGContextSetRGBStrokeColor(mboxctx, (22.0 / 256.0), (156.0 / 256.0), (20.0 / 256.0), (double) (barTimeR[h] + 1000000 - currentTime) / 1000000.0);
CGContextMoveToPoint (mboxctx, x + mbxRightBarX, mbxOffsetY + mbxMarginY + (double) (prevRMax[h] - 2));
CGContextAddLineToPoint(mboxctx, x + mbxRightBarX, mbxOffsetY + mbxMarginY + (double) (prevRMax[h] ));
CGContextStrokePath(mboxctx);
}
else
prevRMax[h] = 0;
prevRVol[h] = vr;
// Active
CGContextSetRGBStrokeColor(mboxctx, (22.0 / 256.0), (22.0 / 256.0), (20.0 / 256.0), 1.0);
CGContextMoveToPoint (mboxctx, x, mbxOffsetY + mbxMarginY);
CGContextAddLineToPoint(mboxctx, x, mbxOffsetY + mbxMarginY + (double) vl);
CGContextStrokePath(mboxctx);
CGContextMoveToPoint (mboxctx, x + mbxRightBarX, mbxOffsetY + mbxMarginY);
CGContextAddLineToPoint(mboxctx, x + mbxRightBarX, mbxOffsetY + mbxMarginY + (double) vr);
CGContextStrokePath(mboxctx);
x += (mbxBarWidth + mbxBarSpace);
}
}
void GraphicsContext::drawLineForMisspellingOrBadGrammar(const IntPoint& point, int width, bool grammar)
{
if (paintingDisabled())
return;
// These are the same for misspelling or bad grammar
const int patternHeight = 3; // 3 rows
ASSERT(cMisspellingLineThickness == patternHeight);
const int patternWidth = 4; // 4 pixels
ASSERT(patternWidth == cMisspellingLinePatternWidth);
// Make sure to draw only complete dots.
// NOTE: Code here used to shift the underline to the left and increase the width
// to make sure everything gets underlined, but that results in drawing out of
// bounds (e.g. when at the edge of a view) and could make it appear that the
// space between adjacent misspelled words was underlined.
// allow slightly more considering that the pattern ends with a transparent pixel
int widthMod = width % patternWidth;
if (patternWidth - widthMod > cMisspellingLinePatternGapWidth)
width -= widthMod;
// Draw the underline
CGContextRef context = platformContext();
CGContextSaveGState(context);
const Color& patternColor = grammar ? grammarPatternColor() : spellingPatternColor();
setCGStrokeColor(context, patternColor);
wkSetPatternPhaseInUserSpace(context, point);
CGContextSetBlendMode(context, kCGBlendModeNormal);
// 3 rows, each offset by half a pixel for blending purposes
const CGPoint upperPoints [] = {{point.x(), point.y() + patternHeight - 2.5 }, {point.x() + width, point.y() + patternHeight - 2.5}};
const CGPoint middlePoints [] = {{point.x(), point.y() + patternHeight - 1.5 }, {point.x() + width, point.y() + patternHeight - 1.5}};
const CGPoint lowerPoints [] = {{point.x(), point.y() + patternHeight - 0.5 }, {point.x() + width, point.y() + patternHeight - 0.5 }};
// Dash lengths for the top and bottom of the error underline are the same.
// These are magic.
static const float edge_dash_lengths[] = {2.0f, 2.0f};
static const float middle_dash_lengths[] = {2.76f, 1.24f};
static const float edge_offset = -(edge_dash_lengths[1] - 1.0f) / 2.0f;
static const float middle_offset = -(middle_dash_lengths[1] - 1.0f) / 2.0f;
// Line opacities. Once again, these are magic.
const float upperOpacity = 0.33f;
const float middleOpacity = 0.75f;
const float lowerOpacity = 0.88f;
//Top line
CGContextSetLineDash(context, edge_offset, edge_dash_lengths,
sizeof(edge_dash_lengths) / sizeof(edge_dash_lengths[0]));
CGContextSetAlpha(context, upperOpacity);
CGContextStrokeLineSegments(context, upperPoints, 2);
// Middle line
CGContextSetLineDash(context, middle_offset, middle_dash_lengths,
sizeof(middle_dash_lengths) / sizeof(middle_dash_lengths[0]));
CGContextSetAlpha(context, middleOpacity);
CGContextStrokeLineSegments(context, middlePoints, 2);
// Bottom line
CGContextSetLineDash(context, edge_offset, edge_dash_lengths,
sizeof(edge_dash_lengths) / sizeof(edge_dash_lengths[0]));
CGContextSetAlpha(context, lowerOpacity);
CGContextStrokeLineSegments(context, lowerPoints, 2);
CGContextRestoreGState(context);
}
void doClippedEllipse(CGContextRef context)
{
CGPoint theCenterPoint = { 120., 120. };
CGSize theEllipseSize = { 100., 200. };
float dash[1] = { 2 };
static CGColorRef opaqueBrownColor = NULL, opaqueOrangeColor = NULL;
// Initialize the CGColorRefs if necessary.
if(opaqueBrownColor == NULL){
// The initial value of the color array is an
// opaque brown in an RGB color space.
float color[4] = { 0.325, 0.208, 0.157, 1.0 };
CGColorSpaceRef theColorSpace = getTheCalibratedRGBColorSpace();
// Create a CGColorRef for opaque brown.
opaqueBrownColor = CGColorCreate(theColorSpace, color);
// Make the color array correspond to an opaque orange.
color[0] = 0.965 ; color[1] = 0.584; color[2] = 0.059;
// Create another CGColorRef for opaque orange.
opaqueOrangeColor = CGColorCreate(theColorSpace, color);
}
// Draw two ellipses centered about the same point, one
// rotated 45 degrees from the other.
CGContextSaveGState(context);
// Ellipse 1
createEllipsePath(context, theCenterPoint, theEllipseSize);
CGContextSetFillColorWithColor(context, opaqueBrownColor);
CGContextFillPath(context);
// Translate and rotate about the center point of the ellipse.
CGContextTranslateCTM(context, theCenterPoint.x, theCenterPoint.y);
// Rotate by 45 degrees.
CGContextRotateCTM(context, DEGREES_TO_RADIANS(45));
// Ellipse 2
// CGPointZero is a pre-defined Quartz point corresponding to
// the coordinate (0,0).
createEllipsePath(context, CGPointZero, theEllipseSize);
CGContextSetFillColorWithColor(context, opaqueOrangeColor);
CGContextFillPath(context);
CGContextRestoreGState(context);
CGContextTranslateCTM(context, 170., 0.);
// Now use the first ellipse as a clipping area prior to
// painting the second ellipse.
CGContextSaveGState(context);
// Ellipse 3
createEllipsePath(context, theCenterPoint, theEllipseSize);
CGContextSetStrokeColorWithColor(context, opaqueBrownColor);
CGContextSetLineDash(context, 0, dash, 1);
// Stroke the path with a dash.
CGContextStrokePath(context);
// Ellipse 4
createEllipsePath(context, theCenterPoint, theEllipseSize);
// Clip to the elliptical path.
CGContextClip(context);
CGContextTranslateCTM(context, theCenterPoint.x, theCenterPoint.y);
// Rotate by 45 degrees.
CGContextRotateCTM(context, DEGREES_TO_RADIANS(45));
// Ellipse 5
createEllipsePath(context, CGPointZero, theEllipseSize);
CGContextSetFillColorWithColor(context, opaqueOrangeColor);
CGContextFillPath(context);
CGContextRestoreGState(context);
}
void CFX_QuartzDeviceDriver::setStrokeInfo(const CFX_GraphStateData* graphState, FX_ARGB argb, FX_FLOAT lineWidth)
{
if (NULL == graphState) {
return;
}
CGContextSetLineWidth(_context, lineWidth);
CGLineCap cap;
switch (graphState->m_LineCap) {
case CFX_GraphStateData::LineCapRound: {
cap = kCGLineCapRound;
break;
}
case CFX_GraphStateData::LineCapSquare: {
cap = kCGLineCapSquare;
break;
}
case CFX_GraphStateData::LineCapButt:
default: {
cap = kCGLineCapButt;
}
}
CGContextSetLineCap(_context, cap);
CGLineJoin join;
switch (graphState->m_LineJoin) {
case CFX_GraphStateData::LineJoinRound: {
join = kCGLineJoinRound;
break;
}
case CFX_GraphStateData::LineJoinBevel: {
join = kCGLineJoinBevel;
break;
}
case CFX_GraphStateData::LineJoinMiter:
default: {
join = kCGLineJoinMiter;
}
}
CGContextSetLineJoin(_context, join);
if (graphState->m_DashCount) {
#if CGFLOAT_IS_DOUBLE
CGFloat* dashArray = new CGFloat[graphState->m_DashCount];
if (!dashArray) {
return;
}
for (int index = 0; index < graphState->m_DashCount; ++index) {
dashArray[index] = graphState->m_DashArray[index];
}
#else
CGFloat* dashArray = (CGFloat*)graphState->m_DashArray;
#endif
CGContextSetLineDash(_context, graphState->m_DashPhase, dashArray, graphState->m_DashCount);
#if CGFLOAT_IS_DOUBLE
delete[] dashArray;
#endif
}
FX_INT32 a, r, g, b;
ArgbDecode(argb, a, r, g, b);
CGContextSetRGBStrokeColor(_context,
r / 255.f,
g / 255.f,
b / 255.f,
a / 255.f);
}
// ---------------------------------------------------------------------------
//
// ------------
void bToolPrintAreaParams::apply(CGContextRef ctx){
if(_dash){
CGContextSetLineDash(ctx,0,_dash,_ndash);
}
bGraphicParams::apply(ctx);
}