• Open up your Flash MX file.

• Add the following code to this button:
  

on (press){
      trace(_root.renderWindow.getCamera().matrix);

}

• Publish the presentation to produce the Blaze 3D web presentation with this additional temporary button.

• While viewing the published web presentation, use your mouse to manipulate the 3D model to the desired position.

• Click the temporary button to which you attributed the getCamera().matrix code

• Open up your Java console.

• You will see a line of numbers printed out in a format like: 
  

(0.9106027, 0.051471334, 0.41006526, -0.06702793, 0.997471, 0.023641724, -0.4078113, -0.04901404, 0.9117497, 5.780526, -0.3760997, -12.465586);

• If you would like to understand more about what these values mean, refer to the Matrix3d class.  

• Copy and paste this number matrix from the console and store it using a suitable variable, for example if we wanted to define a reset position that our model would move to when the user clicked a reset button, we could use the following ActionScript code: 

reset = new Matrix3d(0.9106034, 0.051470235, 0.41006526, -0.06702833, 0.9974702, 0.023642153, -0.40781078, -0.049014397, 0.91174966, 5.780526, -0.376099, -12.465586); 

• Then to use our defined position matrix, you would use the following code: (for example, in the reset button (release) event):

_root.renderWindow.gotoposMatrix = _root.reset;
//Here 'reset' is the name of the variable which contains the required position matrix

_root.renderWindow.gotoposFrames = 20;
//Move the model to our matrix position over 20 frames.

_root.renderWindow.gotoposStart = true;
//Move to the position now 

• Publish the presentation with your new defined position and view the published web presentation.