PIG2 - SD Card Info

Special Thanks to Chad Hendrickson for this info - as very difficult to find.

This is what goes on the SD card to be able to program/customize the PIG2 - file is called pig1.0.10.txt

Also a little bit of documentation about the INPUTS and OUTPUTS:

###############################################################################
# INPUTS
#
# Variables:
#
#	invertIN# [0 = OFF, 1 = ON]
#		This variable inverts the logic.  If it is set to
#		"1" then the logic is inverted.  OFF is ON and ON 
#		is OFF.
#
#		By default, when the PIG II gets a voltage
#		the INPUT is considered ON.  However, certain
#		signal sources like switches will show a voltage
#		when they are OFF and no voltage when they are ON.
#		If you are connecting to a switch, the invertIN
#		for that input should be set to 1.
#		
#	mapIN#-OUT#  [0 = OFF, 1 = ON]
#		By default, IN0 controls OUT0, IN1 controls OUT1, etc.
#		You may want one input to control multiple outputs.
#	
#		For example, if you want IN0 to turn on two mods, one
#		connected to OUT0 and one connected to OUT2, then these
#		settings should be made:
#
#			mapIN0-OUT0 = 1
#			mapIN0-OUT1 = 0
#			mapIN0-OUT2 = 1
#			mapIN0-OUT3 = 0
#
#		One output can be controlled by multiple inputs as well.
#		If mapIN0-OUT0 = 1 and mapIN3-OUT0 = 1, then OUT0 will
#		turn on if either IN0 or IN3 are on.
#
###############################################################################

###############################################################################
# OUTPUTS
#
#	Variables
#	Timed variables are set in milliseconds.  
#	1 second = 1000 milliseconds. (ms)
#	
#	powerMaxOUT# and powerMinOUT#  [Minimum 0, Maximum 254]
#		You may not want your mod to get full power when it's on.  Or you
#		may not want your mod to be completely off when the input is off.
#		Output power is set with a number 0 to 254.  0 is no power, 254 is
#		full power.
#
#		If you want a mod on IN0 to be dimly lit, and then go to full power
#		you set the variables:
#
#			powerMaxOUT0 = 254
#			powerMinOUT0 = 100
#
#		You may want a small motor connected to OUT3 to spin slowly, but when
#		IN3 is active, you want it to spin faster, but not at full speed.  you
#		would then use the variables:
#
#			powerMaxOUT0 = 100
#			powerMinOUT0 = 50
#
#		You will have to experiment with the settings for your particular mod
#		to get the look you want.
#
#
#	fadeOn# and fadeOff#  [Minimum 0, Maximum 65535]
#		fadeON and fadeOff control the speed at which the output
#		turns on and off in milliseconds.  By default, they are both
#		set to 0, which means the output goes on INSTANTLY and off
#		INSTANTLY.  If you would like your mod to go from minimum
#		power to maximum power more slowly, you raise that number.
#
#		A 1 second fade on with a 3 second fade off for OUT0 would
#		look like this:
#
#		fadeOn0 = 1000
#		fadeOff0 = 3000
#
#	delayOn# and delayOff#  [Minimum 0, Maximum 65535]
#		delayOn and delayOff control how long after the input is
#		triggered (turned on or turned off) that the output will
#		react.  If you want OUT2 to go ON when a switch is  
#		closed and then STAY ON for 5 seconds after the switch is
#		opened, you would use the setting:
#	
#			delayOff2 = 5000
#
#		You may have an insert light that blinks in 1/2 second 
#		intervals and then goes solid, but you only want the
#		mod on OUT1 to turn on when the light is solidly lit. In that
#		case you would use the setting:
#
#			delayOn1 = 550
#
#		This would only turn on the output if the insert light is on
#		for longer than half a second, or 500 ms.  For this example I
#		added a 50 ms buffer to make certain the timing works.
#
#	andOUT#  [0 = OFF, 2 - 4]
#		If you have IN1 and IN3 controlling OUT3 then the default action
#		is that if IN1 *OR* IN3 are on then OUT3 will turn on.  You may
#		want OUT3 to only turn on when IN1 *AND* IN3 are on.  In that case
#		you would turn on the "AND" logic for that output.
#
#		We do this by choosing how many inputs have to be ON before the
#		output will go ON.  If you have two inputs controlling one output
#		but you want to both be on before the output turns on, you would
#		use:
#
#			andOUT3 = 2
#
#		If you want three IN#'s to be on before the OUT# goes on, then it
#		would be:
#
#			andOUT3 = 3
#
#		There is an added configuration to make this interesting.  If you
#		have three IN#s controlling one OUT#, you can set the andOUT# to
#		be only 2.  This gives the added ability to turn on OUT# when only
#		2 out of 3 inputs is ON.
#
#
#	mapGI#  [0 = OFF, 1 = ON]
#		If you want your mod to turn on and off with the General
#		Illumination on your machine, you turn on mapGI#.
#
#		mapGI0 = 1
#		mapGI1 = 0
#
#		OUT0 will now turn on and off with the assigned input and GI.
#		OUT1 will ignore the GI lights and turn on and off with
#		its assigned inputs only.
#
#	noInterruptOUT#  [Minimum = 0, Maximum = 65535]
#		Changes in the state of an input will interrupt the current action.
#		noInterruptOUT sets how long the output will lock out interruptions.
#
#		Assume you set OUT2 to fade on for 3 seconds and then turn off.
#		If a switch is pressed but 1 second after being pressed, the switch is
#		released, the fade will stop after 1 second and the mod will turn off.
#
#		You may want a momentary press to go through the whole 3 second fade on
#		before the mod turns off.  You would set:
#
#		noInterruptOUT2 = 3000
#
###############################################################################