Hi Adrian,
welcome in :D, the LED Strip Driver and Temperature Sensor will be supplied by Seeedstudio for development, are not yet in our hand, but we can work together to make them work right now with few effort.
Starting from the LED, the first step is build one of the examples that are coming from Seeedstudio in their wiki, this to make things working from the hardware point of view. Here there are some details about
http://www.seeedstudio.com/wiki/Grove_-_LED_Strip_Driver
This driver is basically a software shift register that will write for each color (R, G, B) the relevant value. Once you have done a working setup you can move to the integration with Souliss, your starting point should be Souliss_ex10_RGBStrip_eth1.ino, there is just one action to make them working, change the output methods.
In the Souliss_ex10_RGBStrip_eth1 example to drive the LED strip is generated a PWM directly at the board using;
// Use the output values to control the PWM
analogWrite(3, Souliss_Output(memory_map, LEDRED));
analogWrite(5, Souliss_Output(memory_map, LEDGREEN));
analogWrite(6, Souliss_Output(memory_map, LEDBLUE));
Using the Seeedstudio LED Strip driven it should be something like
Driver.begin();
Driver.SetColor( Souliss_Output(memory_map, LEDRED), Souliss_Output(memory_map, LEDGREEN), Souliss_Output(memory_map, LEDBLUE));
Driver.end();
#include "RGBdriver.h"
#define CLK 2//pins definitions for the driver
#define DIO 3
RGBdriver Driver(CLK,DIO);
This should give you a direct access via Android, the only note is relevant the timing, I don't know how fast it could be this drivers (looks not so heavy) and this could have impact on performance while driving you light by music.Right now we did also via I2C (using Olimex LED Driver MOD-RGB) and the performance was ok (there is a video on youtube).
This could be the first step, while moving later to temperature sensors. We are right now working on a new way to handle analog values, using half-precision (2 bytes) floating points, we are near to complete, but the old way is still working.
Regards,
Dario.