void drawOneWord(Canvas canvas, float fScale) { ArrayList pplist = pathDrawing.getPointList(); for (int i = 0; i < pplist.size(); i++) { drawOneStroke(canvas, i, fScale); } pathDrawing.ResetPointList(); nWordCount++; }
void drawOneStroke(Canvas canvas, int nStroke, float fScale) { ArrayList pplist = pathDrawing.getPointList(); List<PathLine.point> list = (List) pplist.get(nStroke); path.reset(); point p = new point(((PathLine.point) list.get(0)).x, ((PathLine.point) list.get(0)).y); p.x = (p.x - (float) l); p.y = (p.y - (float) t); if (p.x < 0x0) { Log.d("error", "posx exception"); } if (p.y < 0) { Log.d("error", "posy exception"); } p.x = (p.x * fScale); p.y = (p.y * fScale); if (sHWRate < 0.1f) { p.y = 10.0f; } p.x = (p.x + (float) nstartx); p.y = (p.y + (float) nstarty); path.moveTo(p.x, p.y); float mX = p.x; float mY = p.y; for (int i = 0x1; i < list.size(); i = i + 0x1) { p.setXY( (((PathLine.point) list.get(i)).x - (float) l), (((PathLine.point) list.get(i)).y - (float) t)); p.x = (p.x * fScale); p.y = (p.y * fScale); if (sHWRate < 0.1f) { p.y = 10.0f; } if (p.x < 0x0) { Log.d("error", "pos exception"); } if (p.y < 0) { Log.d("error", "posy exception"); } p.x = (p.x + (float) nstartx); p.y = (p.y + (float) nstarty); path.quadTo(mX, mY, ((p.x + mX) / 2.0f), ((p.y + mY) / 2.0f)); mX = p.x; mY = p.y; } try { canvas.drawPath(path, thinPen); return; } catch (Exception e) { e.printStackTrace(); } }