Thrustmaster T.A.R.G.E.T configuration script for my TCA Officer Pack HOTAS. This is meant to serve as an example script or something to base your own script on.

README.md

To keep the script profile running after you close the editor, click on "OPTIONS" and make sure the "DO NOT STOP SCRIPT WHEN THE EDITOR EXITS" option is checked like so – https://imgur.com/UZNHfsc

TM-TARGET-Script-for-TCA-Officer-Pack.tmc

include "target.tmh"

//program startup
int main()
{
    if(Init(&EventHandle)) return 1; // declare the event handler, return on error

    //add initialization code here
    
    // Duration (in milliseconds) for PULSE (used for simulated keypresses – see line 60) 
    // and the delay function D().
    // For some reason (the default) 25ms keypress was not registering consistently 
    // in Star Citizen. Increasing to 100ms helped a lot. 
    SetKBRate(100, 33);

    // Let's map the side stick axes
    MapAxis(&A320Copilot, JOYX, DX_X_AXIS);
    MapAxis(&A320Copilot, JOYY, DX_Y_AXIS);
    MapAxis(&A320Copilot, RUDDER, DX_ZROT_AXIS); // <--- Twist axis //
    MapAxis(&A320Copilot, THR, DX_SLIDER_AXIS, AXIS_REVERSED, MAP_ABSOLUTE);

    // Throttle Quadrant 1&2:

    // My setup is primarily for Star Citizen so we are 
    // only mapping the right throttle stick
    MapAxis(&TCAQuadrant12, QT_LEFT, 0);
    MapAxis(&TCAQuadrant12, QT_LEFT, DX_XROT_AXIS, AXIS_REVERSED, MAP_ABSOLUTE); // <--- Optional: you can use this for mining //
    MapAxis(&TCAQuadrant12, QT_RIGHT, DX_THROTTLE_AXIS, AXIS_REVERSED, MAP_ABSOLUTE);
    SetJCurve(&TCAQuadrant12, QT_RIGHT, 54, 20); // <--- Fix throttle axis center //

    // Buttons on the head of the side stick
    MapKey(&A320Copilot, TS1, DX1);
    MapKey(&A320Copilot, TS2, DX2);
    MapKey(&A320Copilot, TS3, DX3);
    MapKey(&A320Copilot, TS4, DX4);

    // Buttons on the base of the side stick
    MapKey(&A320Copilot, B5, DX5);
    MapKey(&A320Copilot, B6, DX6);
    MapKey(&A320Copilot, B7, DX7);
    MapKey(&A320Copilot, B8, DX8);
    MapKey(&A320Copilot, B9, DX9);
    MapKey(&A320Copilot, B10, DX10);
    MapKey(&A320Copilot, B11, DX11);
    MapKey(&A320Copilot, B12, DX12);
    MapKey(&A320Copilot, B13, DX13);
    MapKey(&A320Copilot, B14, DX14);
    MapKey(&A320Copilot, B15, DX15);
    MapKey(&A320Copilot, B16, DX16);

    // Hat switches (4 btns / 8 way)
    MapKey(&A320Copilot, H1U, DX17);
    MapKey(&A320Copilot, H1R, DX18);
    MapKey(&A320Copilot, H1D, DX19);
    MapKey(&A320Copilot, H1L, DX20);

    // Buttons on the throttle quadrant 
    MapKey(&TCAQuadrant12, QT_BTN1, DX21);
    MapKey(&TCAQuadrant12, QT_BTN2, DX22);
    MapKey(&TCAQuadrant12, QT_BTN3, PULSE+DX23); // <--- ENG 1 Switch: ON position //
    MapKeyR(&TCAQuadrant12, QT_BTN3, PULSE+DX24); // <--- ENG 1 Switch: OFF position //
    MapKey(&TCAQuadrant12, QT_BTN4, PULSE+DX25); // <--- ENG 2 Switch: ON position //
    MapKeyR(&TCAQuadrant12, QT_BTN4, PULSE+DX26); // <--- ENG 2 Switch: OFF position //
    MapKey(&TCAQuadrant12, QT_BTN5, DX27);
    MapKey(&TCAQuadrant12, QT_BTN6, DX28);
    MapKey(&TCAQuadrant12, QT_BTN7, DX29);
    MapKey(&TCAQuadrant12, QT_BTN8, DX30);
}

//event handler
int EventHandle(int type, alias o, int x)
{
    DefaultMapping(&o, x);
	
	//add event handling code here
}