Few questions
Posted: Thu Nov 19, 2009 12:37 am
So here they are:
1. I'm feeding the FV 1 with audio on one channel and timing pulses on the other channel, I want a part of the code to be edge triggered by those pulses. I'm trying to create a conditional skp based on those incoming timing pulse, but it does not work for me. I want to synchronize an event on the FV1 to the BPM clock pulses coming from a computer.
Any suggestions or other ideas how to do that?
2 . What are the HEX value of the ADC at -1.0, 0 and 0.99
3. I'm experimenting with the bit crusher code posted on the forum and trying to replace the "and MASK" with a variable data reading from the pot "and pot0". It looks like all logic operation (and/xor/or) can work only with actual numbers and not with registers, is that correct. If so, any recommendation how to work out the bit crusher code to enable a pot control??
4. Any suggestion how to get the DAC to output voltage (no caps on the output ) that correspond to a pot movement.
I try this but it didn't work:
clr
rdax pot0 , 1
wrax adcl , 1
Thanks
1. I'm feeding the FV 1 with audio on one channel and timing pulses on the other channel, I want a part of the code to be edge triggered by those pulses. I'm trying to create a conditional skp based on those incoming timing pulse, but it does not work for me. I want to synchronize an event on the FV1 to the BPM clock pulses coming from a computer.
Any suggestions or other ideas how to do that?
2 . What are the HEX value of the ADC at -1.0, 0 and 0.99
3. I'm experimenting with the bit crusher code posted on the forum and trying to replace the "and MASK" with a variable data reading from the pot "and pot0". It looks like all logic operation (and/xor/or) can work only with actual numbers and not with registers, is that correct. If so, any recommendation how to work out the bit crusher code to enable a pot control??
4. Any suggestion how to get the DAC to output voltage (no caps on the output ) that correspond to a pot movement.
I try this but it didn't work:
clr
rdax pot0 , 1
wrax adcl , 1
Thanks