Ardu-Stim has the following patterns as of July 13th 2015:
- 4 cylinder distributor
- 6 cylinder distributor
- 8 cylinder distributor
- 60-2 Crank ONLY pattern
- 60-2 crank with cam
- 36-1 crank only
- 4-1 crank with cam
- 8-1 crank ONLY (Yamaha R6)
- 12-1 crank with cam
- 40-1 crank only (Ford V10)
- 4 cylinder distributor (40deg on, 50deg off, asymmetric duty-cycle)
- Oddfire 90 degree V twin (Teeth at 0 and 135 degrees only)
- GM OptiSpark LT1 360 and 8
- 12-3 Crank only (25% pulse duty-cycle)
- 36-2-2-2 crank only
- 36-2-2-2 with cam
- GM 4200 crank wheel
- Mazda FE3 36-1 with cam
- Mitsubishi 6G72 with cam
- Buell Odfire CAM wheel
- GM LS1 Crank and Cam
- Lotus 36-1-1-1-1 crank (flywheel)
- Honda RC51 with cam
- 36-1 crank with cam pulse on 33-34 of 1st crank rotation
- 36-1+1 with cam (Next Generation Chrysler 4 (NGC4))
- Weber-Marelli 8 tooth crank+2 cam
- Fiat 1.8 16V crank and cam
- Nissan 360 CAS with 6 slot
- Mazda ?CAS 24-2 with single pulse outer ring
- Yamaha 2002-2003 R1 8 even tooth crank with 1 tooth cam
- GM 4 even tooth crank with 1 tooth cam
- GM 6 even tooth crank with 1 tooth cam
- GM 8 even tooth crank with 1 tooth cam
- Volvo D12 A, C and D with cam
- Mazda 36-2-2-2 with 4X cam
- Dodge SRT V10 60-2 with 5 tooth cam
Install it via the following: http://blogs.libreems.org/arduino-wheel-simulator/ or download a pre-compiled .hex file and load it on your UNO or clone. http://builds.libreems.org/Ardu-Stim/
Friend do you have any idea to program a pattern with ckp and cmp1 and cmp2?
Thank you. Regards.
its possible by defining the pattern appropriately…
In the pattern array for your target wheel, 0 means all pins off, 1 == pin 1 on (crank usually), 2 means pin 2 (cam1) on, crank off, 3 is crank and cam1 both on, 4 is cam2 pin high with crank and cam1 off, 5 is crank+cam2 high, 6 is cam1 and cam2 high, 7 is all three.