Cross Reference: /external/icu/icu4c/source/layout/GlyphIterator.cpp

Lines Matching refs:position
20   : direction(1), position(-1), nextLimit(-1), prevLimit(-1),
40         position = glyphCount;
51     position     = that.position;
70     position     = that.position;
89     position     = that.position;
111     position     = prevLimit;
120     return glyphStorage.insertGlyphs(position, count, success);
138     return position;
159         if (position <= nextLimit || position >= prevLimit) {
163         if (position <= prevLimit || position >= nextLimit) {
168     return glyphStorage[position];
174         if (position <= nextLimit || position >= prevLimit) {
178         if (position <= prevLimit || position >= nextLimit) {
183     glyphPositionAdjustments->getEntryPoint(position, entryPoint);
189         if (position <= nextLimit || position >= prevLimit) {
193         if (position <= prevLimit || position >= nextLimit) {
198     glyphPositionAdjustments->getExitPoint(position, exitPoint);
203     LEGlyphID glyph = glyphStorage[position];
205     glyphStorage[position] = LE_SET_GLYPH(glyph, glyphID);
212             position = prevLimit;
217             position = nextLimit;
222             position = prevLimit;
227             position = nextLimit;
232     position = newPosition - direction;
239         if (position <= nextLimit || position >= prevLimit) {
243         if (position <= prevLimit || position >= nextLimit) {
248     glyphPositionAdjustments->setBaseOffset(position, baseOffset);
255         if (position <= nextLimit || position >= prevLimit) {
259         if (position <= prevLimit || position >= nextLimit) {
264     glyphPositionAdjustments->adjustXPlacement(position, xPlacementAdjust);
265     glyphPositionAdjustments->adjustYPlacement(position, yPlacementAdjust);
266     glyphPositionAdjustments->adjustXAdvance(position, xAdvanceAdjust);
267     glyphPositionAdjustments->adjustYAdvance(position, yAdvanceAdjust);
274         if (position <= nextLimit || position >= prevLimit) {
278         if (position <= prevLimit || position >= nextLimit) {
283     glyphPositionAdjustments->setXPlacement(position, xPlacementAdjust);
284     glyphPositionAdjustments->setYPlacement(position, yPlacementAdjust);
285     glyphPositionAdjustments->setXAdvance(position, xAdvanceAdjust);
286     glyphPositionAdjustments->setYAdvance(position, yAdvanceAdjust);
292         if (position <= nextLimit || position >= prevLimit) {
296         if (position <= prevLimit || position >= nextLimit) {
301     glyphPositionAdjustments->clearEntryPoint(position);
307         if (position <= nextLimit || position >= prevLimit) {
311         if (position <= prevLimit || position >= nextLimit) {
316     glyphPositionAdjustments->clearExitPoint(position);
322         if (position <= nextLimit || position >= prevLimit) {
326         if (position <= prevLimit || position >= nextLimit) {
331     glyphPositionAdjustments->setEntryPoint(position, entryPoint, baselineIsLogicalEnd());
337         if (position <= nextLimit || position >= prevLimit) {
341         if (position <= prevLimit || position >= nextLimit) {
346     glyphPositionAdjustments->setExitPoint(position, exitPoint, baselineIsLogicalEnd());
352         if (position <= nextLimit || position >= prevLimit) {
356         if (position <= prevLimit || position >= nextLimit) {
361     glyphPositionAdjustments->setCursiveGlyph(position, baselineIsLogicalEnd());
435     FeatureMask fm = glyphStorage.getAuxData(position, success);
448             glyphGroup = (glyphStorage.getAuxData(position, success) & LE_GLYPH_GROUP_MASK);
459     le_int32 newPosition = position;
470     position = newPosition;
472     //fprintf(stderr,"%s:%d:%s: exit position = %d, delta = %d\n", __FILE__, __LINE__, __FUNCTION__, position, delta);
473     return position != nextLimit;
483     le_int32 newPosition = position;
494     position = newPosition;
496     //fprintf(stderr,"%s:%d:%s: exit position = %d, delta = %d\n", __FILE__, __LINE__, __FUNCTION__, position, delta);
497     return position != prevLimit;
510     for (posn = position; posn != markPosition; posn += direction) {
524     le_int32 newPosition = position;
530     position = newPosition;
532     return position != prevLimit;