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f18 vrs et warthog

https://ts.checksix-fr.com/viewtopic.php?f=406&t=168600

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f18 vrs et warthog

Publié : jeu. avr. 21, 2011 10:38 pm
par fabien321
je me demandais s'il y avait un profil pour le warthog qui puisse tout programmer les swiches et les axes sur le f18 vrs

Publié : ven. avr. 22, 2011 8:31 am
par chataz
Perso je suis équipé d'un cougar.
J'ai pour l'instant un profil non complet. Dans l'attente de connaitre toutes les fonctions utilisables avec le TPack.
ça doit être possible sous Warthog

Publié : dim. avr. 24, 2011 7:24 am
par Phil Vaillant
Moi c'est le trim élevons qui me pose soucis sur le Warthog qui semble ne pas fonctionner avec le F18 VRS .

Comme je suis pour cette commande sur le stick il ne me sert pas du tout .

Publié : mar. avr. 26, 2011 10:41 pm
par dimebug
un vieux profil Target (a retester) si tu as des problemes MP moi
Il faut activer les touches avionic dans le soft config de vrs:

include "target.tmh"


int main() // initialize the physical devices and create the virtual devices
{
if(Init(&EventHandle)) return 1; // declare the event handler, return on error

// Map key events
SetShiftButton(&Joystick, S4, &Throttle, BSF, BSM, BSB); // define S3 as /I/O switch, BSF/BSM/BSB as /U/M/D switch

//Real to virtual axis mapping
MapAxis(&Joystick, JOYX, DX_X_AXIS);
MapAxis(&Joystick, JOYY, DX_Y_AXIS);
MapAxis(&Throttle, THR_LEFT, DX_ZROT_AXIS);
MapAxis(&Throttle, THR_RIGHT, DX_Z_AXIS);
MapAxis(&Throttle, SCX, DX_XROT_AXIS);
MapAxis(&Throttle, SCY, DX_YROT_AXIS);
MapAxis(&Throttle, THR_FC, DX_SLIDER_AXIS);

// Centered Axis Curves (joystick, axis, left_deadzone, center_deadzone, right_deadzone, curve, scale)
SetSCurve(&Joystick, JOYX, 0, 0, 0, 0, 0);
SetSCurve(&Joystick, JOYY, 0, 0, 0, 0, 0);
SetSCurve(&Throttle, SCX, 0, 15, 0, 0, 0);
SetSCurve(&Throttle, SCY, 0, 15, 0, 0, 0);
SetSCurve(&Throttle, THR_FC, 0, 0, 0, 0, 0);

// Slider axis Curves ((joystick, axis, % travelvalue, desired axis value);
SetJCurve(&Throttle, THR_LEFT, 50, 50); //50% of the physical range as 50% of the axis value = linear
SetJCurve(&Throttle, THR_RIGHT, 50, 50);

SetShiftButton(&Joystick, S3); // define S3 as /I/O shift

//Joystick------------------------------------------------------------------------------------------------------------------------

MapKey(&Joystick, TG1, PULSE+L_SHIFT+L_CTL+USB[0x19]); // Fire Gun
MapKeyR(&Joystick,TG1, PULSE+L_SHIFT+L_CTL+USB[0x19]); // Stop Fire Gun
MapKeyIO(&Joystick, TG2, 0);

// Joystick Switch
MapKeyIO(&Joystick, S1, L_SHIFT+DEL); //Undesignate
MapKeyIO(&Joystick, S2, L_SHIFT+L_CTL+USB[0x06]); //Fire Weapon
//MapKeyIO(&Joystick, S3, L_SHIFT+DEL); // use as shift buton, will not generate a keystroke
MapKeyIO(&Joystick, S4, DEL); //Undesignate

// HAT 1
MapKeyIO(&Joystick, H1U, DXHATUP, R_CTL+USB[0x37]); // /O DX Hat /I Trim UP
MapKeyIO(&Joystick, H1D, DXHATDOWN, R_CTL+USB[0x33]); // /O DX Hat /I Trim Down
MapKeyIO(&Joystick, H1L, DXHATLEFT, R_CTL+USB[0x36]); // /O DX Hat /I Trim Left
MapKeyIO(&Joystick, H1R, DXHATRIGHT, R_CTL+USB[0x38]); // /O DX Hat /I Trim Right
// HAT 2
MapKeyIO(&Joystick, H2U, L_CTL+USB[0x52]); //TDC priority ACM Mode BST
MapKeyIO(&Joystick, H2D, L_CTL+USB[0x51]); //TDC priority ACM Mode VACQ
MapKeyIO(&Joystick, H2L, L_CTL+USB[0x50]); //TDC priority ACM Mode WACQ
MapKeyIO(&Joystick, H2R, L_CTL+USB[0x4F]); //TDC priority ACM Mode AACQ

// HAT 3
MapKeyIO(&Joystick, H3U, L_SHIFT+L_CTL+USB[0x1E]); //AA weapon select1
MapKeyIO(&Joystick, H3D, L_SHIFT+L_CTL+USB[0x20]); //AA weapon select3
MapKeyIO(&Joystick, H3L, L_SHIFT+L_CTL+USB[0x1F]); //AA weapon select2
MapKeyIO(&Joystick, H3R, L_SHIFT+L_CTL+USB[0x21]); //AA weapon select4

// HAT 4
MapKeyIO(&Joystick, H4U, 'd');
MapKeyIO(&Joystick, H4D, 'd');
MapKeyIO(&Joystick, H4L, 'd');
MapKeyIO(&Joystick, H4R, 'd');
MapKeyIO(&Joystick, H4P, 'd');
//Throttle-----------------------------------------------------------------------------------------------------------------------

// Left arm
//Pinky Switch
MapKeyIO(&Throttle, PSF, PULSE+L_SHIFT+USB[0x10]); //lights all
MapKeyIO(&Throttle, PSM, PULSE+L_SHIFT+USB[0x10]); //Light all
MapKeyIO(&Throttle, PSB, PULSE+L_SHIFT+USB[0x10]); //Light all

//Left Throttle Button
MapKeyIO(&Throttle, LTB, USB[0x1A], L_CTL+USB[0x15]); //Autopilot-Autothrottle

// Right Arm

//Slew Control
MapKeyIO(&Throttle, SC, USB[0x28], L_SHIFT+USB[0x4C]); //Lock-unlock

//COOLIE Switch
MapKey(&Throttle, CSU, L_SHIFT+USB[0x52]); //Radar elevation&azimut
MapKey(&Throttle, CSD, L_SHIFT+USB[0x51]); //
MapKey(&Throttle, CSL, L_SHIFT+USB[0x50]); //
MapKey(&Throttle, CSR, L_SHIFT+USB[0x4F]); //

//MicSwitch
MapKeyIO(&Throttle, MSP, PULSE+L_SHIFT+USB[0x0E]); //ALE47Power Toggle
MapKeyIO(&Throttle, MSU, PULSE+USB[0x07]); //dispense
MapKeyIO(&Throttle, MSD, PULSE+USB[0x07]); //dispense
MapKeyIO(&Throttle, MSL, PULSE+USB[0x09]); //Flare
MapKeyIO(&Throttle, MSR, PULSE+USB[0x06]); //Chaff

//Speedbrake
MapKeyIO(&Throttle, SPDF, USB[0x37]); //Speedbrake
MapKeyIO(&Throttle, SPDM, PULSE+USB[0x37]);
MapKeyIO(&Throttle, SPDB, USB[0x37]);

//Boat Switch
MapKeyIO(&Throttle, BSF, PULSE+L_SHIFT+L_CTL+USB[0x23]); //AA mastermode
MapKeyIO(&Throttle, BSM, PULSE+L_SHIFT+L_CTL+USB[0x22]); //NAV mastermode
MapKeyIO(&Throttle, BSB, PULSE+L_SHIFT+L_CTL+USB[0x24]); //AG Mastermode

//China hat
MapKeyIO(&Throttle, CHF, PULSE+L_CTL+USB[0x18]); //Cage/uncage
MapKeyIO(&Throttle, CHM, 0);
MapKeyIO(&Throttle, CHB, PULSE+L_CTL+USB[0x18]); //Cage/uncage

//Throttle base
//Engine panel
//Fuel
MapKeyIO(&Throttle, EFLNORM, PULSE+'q');
MapKeyIO(&Throttle, EFRNORM, PULSE+'q');
MapKeyIO(&Throttle, EFLOVER, PULSE+'q');
MapKeyIO(&Throttle, EFROVER, PULSE+'q');

//Eng Oper
MapKeyIO(&Throttle, EOLIGN, PULSE+'q');
MapKeyIO(&Throttle, EOLNORM, PULSE+'q');
MapKeyIO(&Throttle, EOLMOTOR, PULSE+'q');
MapKeyIO(&Throttle, EORIGN, PULSE+'q');
MapKeyIO(&Throttle, EORNORM, PULSE+'q');
MapKeyIO(&Throttle, EORMOTOR, PULSE+'q');

//APU Start
MapKeyIO(&Throttle, APUON, PULSE+USB[0x0A], PULSE+USB[0x0B]); //Landing Gear / hook
MapKeyIO(&Throttle, APUOFF, PULSE+USB[0x0A], PULSE+USB[0x0B]);

//L/G Wrn
MapKeyIO(&Throttle, LDGH, PULSE+L_CTL+USB[0x10]); //Mastercaution Reset

//FLAP
MapKey(&Throttle, FLAPU, PULSE+USB[0x3E]); //Flaps UP
MapKeyR(&Throttle, FLAPU,PULSE+USB[0x40]);
//MapKeyIO(&Throttle, FLAPM, PULSE+USB[0x40]); //Flaps Half
MapKey(&Throttle, FLAPD, PULSE+USB[0x41]); //Flap Full
MapKeyR(&Throttle,FLAPD, PULSE+USB[0x3F]);

//Autopilot Panel
//EAC
MapKeyIO(&Throttle, EACON, PULSE+L_CTL+USB[0x14]); //Master Arm
MapKeyIO(&Throttle, EACOFF, PULSE+L_CTL+USB[0x14]);

//RDR ALTM
MapKeyIO(&Throttle, RDRNRM, PULSE+'q');
MapKeyIO(&Throttle, RDRDIS, PULSE+'q');

//Autopilot
MapKeyIO(&Throttle, APENG, PULSE+USB[0x04]); //AP on

MapKeyIO(&Throttle, APPAT, PULSE+L_CTL+USB[0x11]); //AP nav mode
MapKeyIO(&Throttle, APAH, PULSE+L_CTL+USB[0x0B]); //AP heading holdww
MapKeyIO(&Throttle, APALT, PULSE+L_CTL+USB[0x17]); //ap alt mode

//Idle detent
//Left
MapKeyIO(&Throttle, IDLELON, PULSE+L_SHIFT+L_CTL+USB[0x07]); //idle
MapKeyIO(&Throttle, IDLELOFF, PULSE+L_SHIFT+L_CTL+USB[0x07]);
//Right
MapKeyIO(&Throttle, IDLERON, PULSE+L_SHIFT+L_CTL+USB[0x07]); //idle
MapKeyIO(&Throttle, IDLEROFF, PULSE+L_SHIFT+L_CTL+USB[0x07]);

//Left MFD
MapKey(&LMFD, OSB01, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x23])); //DDI-UFCD-OSB06
MapKey(&LMFD, OSB02, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x24])); //DDI-UFCD-OSB07
MapKey(&LMFD, OSB03, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x25])); //DDI-UFCD-OSB08
MapKey(&LMFD, OSB04, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x26])); //DDI-UFCD-OSB09
MapKey(&LMFD, OSB05, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x27])); //DDI-UFCD-OSB10
MapKey(&LMFD, OSB06, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x1E])); //DDI-UFCD-OSB11
MapKey(&LMFD, OSB07, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x1F])); //DDI-UFCD-OSB12
MapKey(&LMFD, OSB08, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x20])); //DDI-UFCD-OSB13
MapKey(&LMFD, OSB09, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x21])); //DDI-UFCD-OSB14
MapKey(&LMFD, OSB10, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x22])); //DDI-UFCD-OSB15
MapKey(&LMFD, OSB11, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x23])); //DDI-UFCD-OSB16
MapKey(&LMFD, OSB12, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x24])); //DDI-UFCD-OSB17
MapKey(&LMFD, OSB13, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x25])); //DDI-UFCD-OSB18
MapKey(&LMFD, OSB14, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x26])); //DDI-UFCD-OSB19
MapKey(&LMFD, OSB15, CHAIN(PULSE+L_CTL+USB[0x50],D(50),L_CTL+USB[0x27])); //DDI-UFCD-OSB20
MapKeyIO(&LMFD, OSB16, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x1E])); //DDI-UFCD-OSB01
MapKeyIO(&LMFD, OSB17, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x1F])); //DDI-UFCD-OSB02
MapKeyIO(&LMFD, OSB18, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x20])); //DDI-UFCD-OSB03
MapKeyIO(&LMFD, OSB19, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x21])); //DDI-UFCD-OSB04
MapKeyIO(&LMFD, OSB20, CHAIN(PULSE+L_CTL+USB[0x50],D(50),USB[0x22])); //DDI-UFCD-OSB05
MapKey(&LMFD, GAINU, 0);
MapKey(&LMFD, GAIND, 0);
MapKey(&LMFD, SYMU, 0);
MapKey(&LMFD, SYMD, 0);
MapKey(&LMFD, BRTU, 0);
MapKey(&LMFD, BRTD, 0);
MapKey(&LMFD, CONU, 0);
MapKey(&LMFD, COND, 0);

//Right MFD
MapKey(&RMFD, OSB01, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x23])); //DDI-UFCD-OSB06
MapKey(&RMFD, OSB02, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x24])); //DDI-UFCD-OSB07
MapKey(&RMFD, OSB03, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x25])); //DDI-UFCD-OSB08
MapKey(&RMFD, OSB04, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x26])); //DDI-UFCD-OSB09
MapKey(&RMFD, OSB05, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x27])); //DDI-UFCD-OSB10
MapKey(&RMFD, OSB06, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x1E])); //DDI-UFCD-OSB11
MapKey(&RMFD, OSB07, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x1F])); //DDI-UFCD-OSB12
MapKey(&RMFD, OSB08, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x20])); //DDI-UFCD-OSB13
MapKey(&RMFD, OSB09, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x21])); //DDI-UFCD-OSB14
MapKey(&RMFD, OSB10, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x22])); //DDI-UFCD-OSB15
MapKey(&RMFD, OSB11, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x23])); //DDI-UFCD-OSB16
MapKey(&RMFD, OSB12, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x24])); //DDI-UFCD-OSB17
MapKey(&RMFD, OSB13, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x25])); //DDI-UFCD-OSB18
MapKey(&RMFD, OSB14, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x26])); //DDI-UFCD-OSB19
MapKey(&RMFD, OSB15, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),L_CTL+USB[0x27])); //DDI-UFCD-OSB20
MapKey(&RMFD, OSB16, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x1E])); //DDI-UFCD-OSB01
MapKey(&RMFD, OSB17, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x1F])); //DDI-UFCD-OSB02
MapKey(&RMFD, OSB18, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x20])); //DDI-UFCD-OSB03
MapKey(&RMFD, OSB19, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x21])); //DDI-UFCD-OSB04
MapKey(&RMFD, OSB20, CHAIN( PULSE+L_CTL+USB[0x4F],D(50),USB[0x22])); //DDI-UFCD-OSB05
MapKey(&RMFD, GAINU, 0);
MapKey(&RMFD, GAIND, 0);
MapKey(&RMFD, SYMU, 0);
MapKey(&RMFD, SYMD, 0);
MapKey(&RMFD, BRTU, 0);
MapKey(&RMFD, BRTD, 0);
MapKey(&RMFD, CONU, 0);
MapKey(&RMFD, COND, 0);

}

int EventHandle(int type, alias o, int x)
{
DefaultMapping(&o, x);
}
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