Examples of math.ADXTransform

math.ADXTransform
Coordinates transformation class. Takes an array of 2D points as argument and apply various transformations on them. Currently supported transformations: -Translation -Scaling -Rotation @author adesbiens

      insertRawPosition(x1 - viewX, y1 - viewY);
      insertRawPosition(x2 - viewX, y2 - viewY);
      insertRawPosition(x3 - viewX, y3 - viewY);
      insertRawPosition(x4 - viewX, y4 - viewY);
    } else {
      ADXTransform m = new ADXTransform(x1, y1, x2, y2, x3, y3, x4, y4);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      insertRawPosition(m.getX(0) - viewX, m.getY(0) - viewY);
      insertRawPosition(m.getX(1) - viewX, m.getY(1) - viewY);
      insertRawPosition(m.getX(2) - viewX, m.getY(2) - viewY);
      insertRawPosition(m.getX(3) - viewX, m.getY(3) - viewY);
    }
  }

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      insertRawColor(c3);
      insertRawPosition(x3 - viewX, y3 - viewY);
      insertRawColor(c4);
      insertRawPosition(x4 - viewX, y4 - viewY);
    } else {
      ADXTransform m = new ADXTransform(x1, y1, x2, y2, x3, y3, x4, y4);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      insertRawColor(c1);
      insertRawPosition(m.getX(0) - viewX, m.getY(0) - viewY);
      insertRawColor(c2);
      insertRawPosition(m.getX(1) - viewX, m.getY(1) - viewY);
      insertRawColor(c3);
      insertRawPosition(m.getX(2) - viewX, m.getY(2) - viewY);
      insertRawColor(c4);
      insertRawPosition(m.getX(3) - viewX, m.getY(3) - viewY);
    }
  }

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      insertRawPosition(tx3, ty3);
      insertRawPosition(x3 - viewX, y3 - viewY);
      insertRawPosition(tx4, ty4);
      insertRawPosition(x4 - viewX, y4 - viewY);
    } else {
      ADXTransform m = new ADXTransform(x1, y1, x2, y2, x3, y3, x4, y4);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      insertRawPosition(tx1, ty1);
      insertRawPosition(m.getX(0) - viewX, m.getY(0) - viewY);
      insertRawPosition(tx2, ty2);
      insertRawPosition(m.getX(1) - viewX, m.getY(1) - viewY);
      insertRawPosition(tx3, ty3);
      insertRawPosition(m.getX(2) - viewX, m.getY(2) - viewY);
      insertRawPosition(tx4, ty4);
      insertRawPosition(m.getX(3) - viewX, m.getY(3) - viewY);
    }
  }

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      insertRawPosition(x3 - viewX, y3 - viewY);
      insertRawColor(c4);
      insertRawPosition(tx4, ty4);
      insertRawPosition(x4 - viewX, y4 - viewY);
    } else {
      ADXTransform m = new ADXTransform(x1, y1, x2, y2, x3, y3, x4, y4);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      insertRawColor(c1);
      insertRawPosition(tx1, ty1);
      insertRawPosition(m.getX(0) - viewX, m.getY(0) - viewY);
      insertRawColor(c2);
      insertRawPosition(tx2, ty2);
      insertRawPosition(m.getX(1) - viewX, m.getY(1) - viewY);
      insertRawColor(c3);
      insertRawPosition(tx3, ty3);
      insertRawPosition(m.getX(2) - viewX, m.getY(2) - viewY);
      insertRawColor(c4);
      insertRawPosition(tx4, ty4);
      insertRawPosition(m.getX(3) - viewX, m.getY(3) - viewY);
    }
  }

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    if (transformSize == 0) {
      for (int i = 0; i < length; i++) {
        insertRawPosition(x[i] - viewX, y[i] - viewY);
      }
    } else {
      ADXTransform m = new ADXTransform(x, y);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      for (int i = 0; i < length; i++) {
        insertRawPosition(m.getX(i) - viewX, m.getY(i) - viewY);
      }
    }
  }

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      for (int i = 0; i < length; i++) {
        insertRawPosition(tx[i], ty[i]);
        insertRawPosition(x[i] - viewX, y[i] - viewY);
      }
    } else {
      ADXTransform m = new ADXTransform(x, y);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      for (int i = 0; i < length; i++) {
        insertRawPosition(tx[i], ty[i]);
        insertRawPosition(m.getX(i) - viewX, m.getY(i) - viewY);
      }
    }
  }

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    buffer[pos++] = CODE_LINE;
    if (transformSize == 0) {
      insertRawPosition(x1 - viewX, y1 - viewY);
      insertRawPosition(x2 - viewX, y2 - viewY);
    } else {
      ADXTransform m = new ADXTransform(x1, y1, x2, y2);
      m.applyTransformations(aTransform, aTransformArgs, transformSize);
      insertRawPosition(m.getX(0) - viewX, m.getY(0) - viewY);
      insertRawPosition(m.getX(1) - viewX, m.getY(1) - viewY);
    }
  }

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Related Classes of math.ADXTransform

render.ADXGraphics

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