CAN and RC_Omnidirectional Robots

Hello,
I set up a link for RC pilot a robot "Driving Wheels Mecanum Omnidirectional Robot" (see listing).
I do not know the settings to make in the script model you give an example:
I use 2 SDC2130 controllers (update V1.6) connect CAN, RC1 and RC2 of the "master" are connected to RC receiver

My RC remote control I have 2 joysticks 2 axis and 3-axis joystick 1
Top:
' Use code below to accept commands via RS232 or USB
' Send commands with !VAR nn value
' VAR 1 contains motion speed, +/-1000 range
' VAR 2 contains motion direction, 0-360 degree range
' VAR 3 contains rotation speed, +/-1000 range
'VD = getvalue(_VAR, 1)
'ThetaD = getvalue(_VAR, 2)
'VTheta = getvalue(_VAR, 3)
' Capture joystick value
' Code below is for use on SDC21300 with Specktrum Radio enabled.
' Change to _PI to capture from standard RC Radio
LR = getvalue(_K, 2) ' X of X-Y joystick
FR = getvalue(_K, 3)
CCW = getvalue(_K, 4)
' Read list of alive RoboCAN nodes
CANAlive = getvalue(_CL, 1)
' Check if Radio is on and Slave is present
if(LR = 0 or FR = 0 or CCW = 0 or CANAlive <> 273)
V1 = 0
V2 = 0
V3 = 0
V4 = 0
goto ApplyCommand ' Stop all motors if no radio or no slave
end if
Can you explain to me the settings to perform.

Hello,
Thank you for the code.
Here is your code:

Capture joystick value
' Code below is for use on SDC21300 with Specktrum Radio enabled.
' Change to _PI to capture from standard RC Radio
' X of X-Y joystick
LR = getvalue(_PI, 3)
FR = getvalue(_PI, 2)
CCW = getvalue(_PI, 1)

' Read list of alive RoboCAN nodes
CANAlive = getvalue(_CL, 1)

' Check if Radio is on and Slave is present
if(LR = 0 or FR = 0 or CCW = 0 or CANAlive <> 273)
V1 = 0
V2 = 0
V3 = 0
V4 = 0
goto ApplyCommand ' Stop all motors if no radio or no slave
end if

' Centered joystick = 1500. Substract offset to convert to 0 to +/-1000
' Change code below to adapt to other radio than spektrum
if LR < 1500
LR = (LR - 1500) * 2 ' Multipy by 2 to bring closer to +/-1000
if LR > 0 then LR = 0
elseif LR > 1530
LR = (LR - 1530) * 2
if LR < 0 then LR = 0
else
LR = 0
end if
LR = -LR

if FR < 1500
FR = (FR - 1500) * 2
if FR > 0 then FR = 0
elseif FR > 1530
FR = (FR - 1530) * 2
if FR < 0 then FR = 0
else
FR = 0
end if
FR = -FR

if CCW < 1500
CCW = (CCW - 1500) * 2
if CCW > 0 then CCW = 0
elseif CCW > 1530
CCW = (CCW - 1530) * 2
if CCW < 0 then CCW = 0
else
CCW = 0
end if

You really should use the _PIC and not _PI

In your code you are doing the conversion of pulse widths in microseconds to a +/- 1000 command.

The PIC gives you the same without the effort. In addition is uses the min/max/center/deadband info. So you get more flexibility and accuracy.