.hal for cheap joypads (simple remote pendant)

## hook up the joysticks
 net joy-x-sig mux2.0.in0 near.0.in2 near.3.in2 <= input.0.abs-x-position
 net joy-y-sig mux2.1.in0 near.1.in2 near.4.in2 <= input.0.abs-y-position
 net joy-z-sig mux2.2.in0 near.2.in2 near.5.in2 <= input.0.abs-hat0y-position

## reverse x, y & z using scale as needed
## renumber if you have scale elsewhere in .hal files (e.g. spindle stuff)
loadrt scale count=3
addf scale.0 servo-thread
addf scale.1 servo-thread
addf scale.2 servo-thread

## link scale to mux output for x axis then set the gain to -1
## x-axis is correct for me so gain = 1, doesn't invert
net reverse-x scale.0.in <= mux2.0.out
setp scale.0.gain 1
## link scale to mux output for y axis then set the gain to -1
net reverse-y scale.1.in <= mux2.1.out
setp scale.1.gain -1
## link scale to mux output for z axis then set the gain to -1
net reverse-z scale.2.in <= mux2.2.out
setp scale.2.gain -1

## send signal to analog jog if not in incremental jog mode
 net joy-x-jog halui.jog.0.analog <= scale.0.out
 net joy-y-jog halui.jog.1.analog <= scale.1.out
 net joy-z-jog halui.jog.2.analog <= scale.2.out

## To change the direction of incremental move (e.g. if moves opposite to desired) just change the plus and minus portion of halui.jog.N.increment-(plus or minus)

 ## and2 outputs to halui incremental jog
 net jogincx_final halui.jog.0.increment-plus <= and2.0.out
 net jogincy_final halui.jog.1.increment-minus <= and2.1.out
 net jogincz_final halui.jog.2.increment-minus <= and2.2.out
 net jogincxn_final halui.jog.0.increment-minus <= and2.3.out
 net jogincyn_final halui.jog.1.increment-plus <= and2.4.out
 net joginczn_final halui.jog.2.increment-plus <= and2.5.out