public void moveTo(int x0, int y0) {
long tx0, ty0;
if (scaleAndTranslate) {
tx0 = m00 * x0 + m02;
ty0 = m11 * y0 + m12;
} else {
tx0 = m00 * x0 + m01 * y0 + m02;
ty0 = m10 * x0 + m11 * y0 + m12;
}
// System.out.println("PT: moveTo " +
// ((tx0 >> 16)/65536.0) + ", " +
// ((ty0 >> 16)/65536.0));
output.moveTo((int) (tx0 >> 16), (int) (ty0 >> 16));
}
public void lineTo(int x1, int y1) {
long tx1, ty1;
if (scaleAndTranslate) {
tx1 = m00 * x1 + m02;
ty1 = m11 * y1 + m12;
} else {
tx1 = m00 * x1 + m01 * y1 + m02;
ty1 = m10 * x1 + m11 * y1 + m12;
}
// System.out.println("PT: lineTo " +
// ((tx1 >> 16)/65536.0) + ", " +
// ((ty1 >> 16)/65536.0));
output.lineTo((int) (tx1 >> 16), (int) (ty1 >> 16));
}
public void quadTo(int x1, int y1, int x2, int y2) {
long tx1, ty1, tx2, ty2;
if (scaleAndTranslate) {
tx1 = m00 * x1 + m02;
ty1 = m11 * y1 + m12;
tx2 = m00 * x2 + m02;
ty2 = m11 * y2 + m12;
} else {
tx1 = m00 * x1 + m01 * y1 + m02;
ty1 = m10 * x1 + m11 * y1 + m12;
tx2 = m00 * x2 + m01 * y2 + m02;
ty2 = m10 * x2 + m11 * y2 + m12;
}
// System.out.println("PT: quadTo " +
// ((tx1 >> 16)/65536.0) + ", " +
// ((ty1 >> 16)/65536.0) + ", " +
// ((tx2 >> 16)/65536.0) + ", " +
// ((ty2 >> 16)/65536.0));
output.quadTo((int) (tx1 >> 16), (int) (ty1 >> 16), (int) (tx2 >> 16), (int) (ty2 >> 16));
}
public void lineJoin() {
output.lineJoin();
}
public void end() {
// System.out.println("PT: end");
output.end();
}
public void close() {
// System.out.println("PT: close");
output.close();
}
public void cubicTo(int x1, int y1, int x2, int y2, int x3, int y3) {
long tx1, ty1, tx2, ty2, tx3, ty3;
if (scaleAndTranslate) {
tx1 = m00 * x1 + m02;
ty1 = m11 * y1 + m12;
tx2 = m00 * x2 + m02;
ty2 = m11 * y2 + m12;
tx3 = m00 * x3 + m02;
ty3 = m11 * y3 + m12;
} else {
tx1 = m00 * x1 + m01 * y1 + m02;
ty1 = m10 * x1 + m11 * y1 + m12;
tx2 = m00 * x2 + m01 * y2 + m02;
ty2 = m10 * x2 + m11 * y2 + m12;
tx3 = m00 * x3 + m01 * y3 + m02;
ty3 = m10 * x3 + m11 * y3 + m12;
}
// if (m00 != (1 << 16)) {
// tx1 = m00*x1;
// tx2 = m00*x2;
// tx3 = m00*x3;
// } else {
// tx1 = (long)x1 << 16;
// tx2 = (long)x2 << 16;
// tx3 = (long)x3 << 16;
// }
// if (m11 != (1 << 16)) {
// ty1 = m11*y1;
// ty2 = m11*y2;
// ty3 = m11*y3;
// } else {
// ty1 = (long)y1 << 16;
// ty2 = (long)y2 << 16;
// ty3 = (long)y3 << 16;
// }
// if (m01 != 0) {
// tx1 += m01*y1;
// tx2 += m01*y2;
// tx3 += m01*y3;
// }
// if (m10 != 0) {
// ty1 += m10*x1;
// ty2 += m10*x2;
// ty3 += m10*x3;
// }
// if (m02 != 0) {
// tx1 += m02;
// tx2 += m02;
// tx3 += m02;
// }
// if (m12 != 0) {
// ty1 += m12;
// ty2 += m12;
// ty3 += m12;
// }
// System.out.println("PT: cubicTo " +
// ((tx1 >> 16)/65536.0) + ", " +
// ((ty1 >> 16)/65536.0) + ", " +
// ((tx2 >> 16)/65536.0) + ", " +
// ((ty2 >> 16)/65536.0) + ", " +
// ((tx3 >> 16)/65536.0) + ", " +
// ((ty3 >> 16)/65536.0));
output.cubicTo(
(int) (tx1 >> 16),
(int) (ty1 >> 16),
(int) (tx2 >> 16),
(int) (ty2 >> 16),
(int) (tx3 >> 16),
(int) (ty3 >> 16));
}
