Hi! I am writing support for Philips SE95 temperature sensor which is very similar to LM75 but has much higher precision. Because it is my first try with lm_sensors I came to different dead ends and now again in doubt. Because lm75 and se95 are very similar I ended up in modifying lm75.c code instead of making one more copy of it. Patch against 2.6.14-pre3 is there: http://www.jes.ee/~tonu/se95.patch This patch actually works for SE95 and I hope I did not broke LM75 either. I have LM75 in house, so I later check it anyway. Main difference between LM75 and SE95 is precision (9 vs 13 bits of data). I want to reuse as much possible of lm75 code but still avoid floating point arithmetics and such. Please take a look and tell what way to go. My questions (pretty related to each other): 1. Should I introduce value "precision" in bits in code or just have separate hardcoded formulas for lm75 and se95? 2. Any more sensors which may be added here? 3. Maybe I should go back and implement se95 code in separate file at all? 4. I haven't searched hard but can I use value "kind" somehow to distinguish between different sensors? How? Probably I just grep around and find it myself too :) Some output: lm75-i2c-0-4f Adapter: SMBus PIIX4 adapter at 5000 temp: +19.4?C (high = +80.0?C, hyst = +75.0?C) next second: lm75-i2c-0-4f Adapter: SMBus PIIX4 adapter at 5000 temp: +19.5?C (high = +80.0?C, hyst = +75.0?C) Ouch, were I can increase decimals? We need few more for that sensor :) Tonu
