Circuit diagram for simple thermal flashlight

I've tweaked the code on the thermal flashlight a bit. In our testing, we were getting red for hot, but blue-green for cold (and figured 'blue' should be for the cold).

Here is a reference on how the color HSV (hue, saturation and value) converts to RGB:

http://en.wikipedia.org/wiki/HSV_color_space

Figure 24 shows the essence of what we are trying to do; 0 degrees = red; 240 degrees = blue.

The code in the sketch is almost correct; originally, the value was 360*0.6 = 216 degrees for the coldest value, which is blue-green. 240 degrees gives you blue, so you have:

// Regular ol' RGB LED:
// original
//int hue = map(state,0,255,(360.00*0.60),0); // not the whole color wheel
//
// 0 degrees is red, 240 degrees is blue
// See http://en.wikipedia.org/wiki/HSV_color_space
// Figure 24.
// 0=cold is 240 degrees (blue)
// 255=hot is 0 degrees (red)
int hue = map(state,0,255,240,0);

setLedColorHSV(hue,1,1); //We are using Saturation and Value constant at 1

The other part of the code that will have to change is that if you use a common anode RGB LED (the LED from RadioShack is 276-0028 (common anode (+), which is at 5V), when the PWM output is at 255 for a particular color (5V is on all the time), that color in the LED will be off. So we have to invert the output (zero becomes 255, 255 becomes zero):

// Since we are using common anode, when value is 255 (on always)
// the LED for that element is OFF, so, make a swap
setLedColor(255-red,255-green,255-blue);

Has anyone built this circuit with the BlinkM MaxM? If so, could you please explain how you connect it to the Arduino? On the diagram above I see the PWM pins are used for the led, but since the BlinkM MaxM got built in PWM I guess this won't work? Is it possible to just disconnect the Master board and use the Blaster led cluster alone, connected to the PWM pins on the Arduino like in the diagram? :O