Changes

* The first two bytes of data will be the temperature.  The temperature sensor returns 10 bits of data.  The first byte will contain six leading zeros, then the two MSB of data.  The second byte will contain the 8 LSB of data.  An alternate scheme would be to convert the 10-bit two's-complement data into 16-bit two's-complement data and return that in two bytes.

* The first two bytes of data will be the temperature.  The temperature sensor returns 10 bits of data.  The first byte will contain six leading zeros, then the two MSB of data.  The second byte will contain the 8 LSB of data.  An alternate scheme would be to convert the 10-bit two's-complement data into 16-bit two's-complement data and return that in two bytes.

* The next 16 bytes of data will be the ADC channels.  The ADC returns 8 channels of 12 bits each.  The first byte for each channel will have four leading zeros, then the 4 MSB of the data.  The second byte for each channel will contain the 8 LSB of the data.  The channels will be reported from channel zero to channel seven.  An alternate scheme would be to convert the 12-bit two's-complement data into 16-bit two's-complement data and return that in two bytes each.

* The next 16 bytes of data will be the ADC channels.  The ADC returns 8 channels of 12 bits each.  The first byte for each channel will have four leading zeros, then the 4 MSB of the data.  The second byte for each channel will contain the 8 LSB of the data.  The channels will be reported from channel zero to channel seven.  An alternate scheme would be to convert the 12-bit two's-complement data into 16-bit two's-complement data and return that in two bytes each.