Re probléme écriture profil DX Hotas cougar
Publié : dim. juil. 22, 2012 6:26 pm
o_Oo_O
Voila j'ai déjà exposé mon problème à Deejay et Amraam. j'essaye de dédoubler les fonctions du cougar.
Les lignes que je viens de réécrire sont les quatre dernières. Cependant seule la fonction de la première ligne réécrite marche c'est à dire l'appui du pinky switch (S3) avec le TMS droit pour que dans BMS cela fasse un ICP next.
Par contre les trois dernières lignes ne marches pas!!!!
Je sauvegarde bien le tmj et je load le tout dans le cougar. Rien à faire. Seule l'ICP next marche mais pas le previous!!
Rem # Dunc_DX.tmj, version 1.0, 2011-08-17
Rem # To be used together with all other Dunc_DX files!
Rem ### Make sure to use the correct TMM file:
USE MDEF Dunc_DX.tmm
Rem ### Disable any mouse functionality on the Cougar (e.g. microstick):
USE ZERO_MOUSE
DISABLE MOUSE
Rem ### Map ALL Cougar buttons and hats to their default DirectX buttons:
USE ALL_DIRECTX_BUTTONS
Rem ### Just FYI, by using ALL_DIRECTX_BUTTONS, the following DX values will get assigned:
Rem ### (this is purely Foxy functionality and has nothing to do with BMS)
Rem # TG1 = DX1 (Trigger 1st Detent)
Rem # S2 = DX2 (Pickle)
Rem # S3 = DX3 (Pinky)
Rem # S4 = DX4 (Paddle)
Rem # S1 = DX5 (MSL Step)
Rem # TG2 = DX6 (Trigger 2nd Detent)
Rem # H1U = POV Up
Rem # H1R = POV Right
Rem # H1D = POV Down
Rem # H1L = POV Left
Rem # H2U = DX7 (TMS Up)
Rem # H2R = DX8 (TMS Right)
Rem # H2D = DX9 (TMS Down)
Rem # H2L = DX10 (TMS Left)
Rem # H3U = DX11 (DMS Up)
Rem # H3R = DX12 (DMS Right)
Rem # H3D = DX13 (DMS Down)
Rem # H3L = DX14 (DMS Left)
Rem # H4U = DX15 (CMS Up)
Rem # H4R = DX16 (CMS Right)
Rem # H4D = DX17 (CMS Down)
Rem # H4L = DX18 (CMS Left)
Rem # T1 = DX19 (Cursor Enable)
Rem # T3 = DX20 (VHF)
Rem # T2 = DX21 (UHF)
Rem # T4 = DX22 (IFF In)
Rem # T5 = DX23 (IFF Out)
Rem # T6 = DX24 (Uncage)
Rem # T7 = DX25 (DGF Override)
Rem # T8 = DX26 (MSL Override)
Rem # T9 = DX27 (Speedbrakes Open)
Rem # T10 = DX28 (Speedbrakes Close)
Rem ### Now, BMS can handle exactly ONE function for each button/hat position for the UNSHIFTED position (without Pinky/S3),
Rem ### and exactly ONE function for each button/hat position for the SHIFTED position (with Pinky/S3).
Rem ### So whenever we want to have only ONE function for each position, we don't need to do anything here in the Foxy profile
Rem ### anymore, we will cover that completely in the BMS keyfile.
Rem ### All that we still need to cover HERE are special cases where we want to have e.g.:
Rem ### a) more than one function at the same time,
Rem ### b) toggle/alternate between different functions,
Rem ### c) create functions that are not meant for BMS, but for other programs (e.g. TrackIR)
Rem ### NOTE: Whenever we override one of the default ALL_DIRECTX_BUTTONS assignments, we need to make sure that we
Rem ### manually add the DX mapping again for the positions that we NOT want to override (because they are lost otherwise).
Rem ### For example, if we only want to override e.g. a SHIFTED position, we need to manually map the UNSHIFTED position back
Rem ### to whatever DX mapping was there by default. See the TG1 below for an complete example.
Rem ### Trigger 1st Detent SHIFTED (/I) should be used to toggle between padlock and 3D view. As BMS can not toggle, we need
Rem ### to create the toggle here as usual, using /I to indicate that this should be for the SHIFTED layer, and then add the two toggle
Rem ### positions with /T.
Rem ### However, as we now did override TG1 for /I, TG1 for /O will be reset to "nothing" autmatically by Foxy. But we want to
Rem ### keep the default DX assignment, hence we need to add it back manuall using /O /H and the DX mapping from the list above.
REM ### Additionally, we will keep keep the state of TG1 UNSHIFTED in a logical flag for TG2 (see below).
BTN TG1 /I /T Padlock_AA /T 3D_Cockpit
/O /H {DX1 X1}
Rem ### Trigger 2nd Detent SHIFTED (/I) should do nothing to avoid firing the guns accidentally while toggling between padlock and
Rem ### 3D_cockpit view. Usually, we can map this in the BMS keyfile directly. However, as soon as we release the pinky switch,
Rem ### BMS will immediately detect that TG2 is pressed and start firing. So what we do here is make sure that BMS only sees TG2
Rem ### when it has been reached by passing only over TG1 (and not Pinky+TG1) before.
BTN TG2 ^
DEF X2 TG2 AND X1
BTN X2 /H DX6
Rem ### The Paddle should do two things at the same time:
Rem ### a) the normal AP override (which is done by BMS DX assignment, hence we just use the default DX mapping from the list),
Rem ### b) wheelbrakes
Rem ### To make sue that both commands are done at the same time, we use the curly brakets to tie them together.
Rem ### Because we did not override /I or /O, we don't need to do anything else here, the rest will be in the BMS keyfile.
BTN S4 /H {DX4 Wheelbrakes}
Rem ### Because we mapped the microstick (radar cursor) to use analog axis in the HOTAS CCP, the toe brake axis can only be
Rem ### used with digital statements now. Hence we will simply issue and hold a "Wheelbrake" keystroke whenever either of
Rem ### the toe brakes is pushed down more than 10%.
LBRK 5 2 (0 10 100) ^ (/H Wheelbrakes)
RBRK 5 2 (0 10 100) ^ (/H Wheelbrakes)
Rem T7 MRN OVERIDE MODE
BTN T7 /P DGT
/R OVRD-out
Rem T8 DOGFIGHT OVERIDE MODE
BTN T8 /P MRN
/R OVRD-out
BTN H2R /I SHF x
/O
BTN H2L /I SHF w
/O
BTN T5 /I *
/O
BTN T4 /I -
/O
Voila j'ai déjà exposé mon problème à Deejay et Amraam. j'essaye de dédoubler les fonctions du cougar.
Les lignes que je viens de réécrire sont les quatre dernières. Cependant seule la fonction de la première ligne réécrite marche c'est à dire l'appui du pinky switch (S3) avec le TMS droit pour que dans BMS cela fasse un ICP next.
Par contre les trois dernières lignes ne marches pas!!!!
Je sauvegarde bien le tmj et je load le tout dans le cougar. Rien à faire. Seule l'ICP next marche mais pas le previous!!
Rem # Dunc_DX.tmj, version 1.0, 2011-08-17
Rem # To be used together with all other Dunc_DX files!
Rem ### Make sure to use the correct TMM file:
USE MDEF Dunc_DX.tmm
Rem ### Disable any mouse functionality on the Cougar (e.g. microstick):
USE ZERO_MOUSE
DISABLE MOUSE
Rem ### Map ALL Cougar buttons and hats to their default DirectX buttons:
USE ALL_DIRECTX_BUTTONS
Rem ### Just FYI, by using ALL_DIRECTX_BUTTONS, the following DX values will get assigned:
Rem ### (this is purely Foxy functionality and has nothing to do with BMS)
Rem # TG1 = DX1 (Trigger 1st Detent)
Rem # S2 = DX2 (Pickle)
Rem # S3 = DX3 (Pinky)
Rem # S4 = DX4 (Paddle)
Rem # S1 = DX5 (MSL Step)
Rem # TG2 = DX6 (Trigger 2nd Detent)
Rem # H1U = POV Up
Rem # H1R = POV Right
Rem # H1D = POV Down
Rem # H1L = POV Left
Rem # H2U = DX7 (TMS Up)
Rem # H2R = DX8 (TMS Right)
Rem # H2D = DX9 (TMS Down)
Rem # H2L = DX10 (TMS Left)
Rem # H3U = DX11 (DMS Up)
Rem # H3R = DX12 (DMS Right)
Rem # H3D = DX13 (DMS Down)
Rem # H3L = DX14 (DMS Left)
Rem # H4U = DX15 (CMS Up)
Rem # H4R = DX16 (CMS Right)
Rem # H4D = DX17 (CMS Down)
Rem # H4L = DX18 (CMS Left)
Rem # T1 = DX19 (Cursor Enable)
Rem # T3 = DX20 (VHF)
Rem # T2 = DX21 (UHF)
Rem # T4 = DX22 (IFF In)
Rem # T5 = DX23 (IFF Out)
Rem # T6 = DX24 (Uncage)
Rem # T7 = DX25 (DGF Override)
Rem # T8 = DX26 (MSL Override)
Rem # T9 = DX27 (Speedbrakes Open)
Rem # T10 = DX28 (Speedbrakes Close)
Rem ### Now, BMS can handle exactly ONE function for each button/hat position for the UNSHIFTED position (without Pinky/S3),
Rem ### and exactly ONE function for each button/hat position for the SHIFTED position (with Pinky/S3).
Rem ### So whenever we want to have only ONE function for each position, we don't need to do anything here in the Foxy profile
Rem ### anymore, we will cover that completely in the BMS keyfile.
Rem ### All that we still need to cover HERE are special cases where we want to have e.g.:
Rem ### a) more than one function at the same time,
Rem ### b) toggle/alternate between different functions,
Rem ### c) create functions that are not meant for BMS, but for other programs (e.g. TrackIR)
Rem ### NOTE: Whenever we override one of the default ALL_DIRECTX_BUTTONS assignments, we need to make sure that we
Rem ### manually add the DX mapping again for the positions that we NOT want to override (because they are lost otherwise).
Rem ### For example, if we only want to override e.g. a SHIFTED position, we need to manually map the UNSHIFTED position back
Rem ### to whatever DX mapping was there by default. See the TG1 below for an complete example.
Rem ### Trigger 1st Detent SHIFTED (/I) should be used to toggle between padlock and 3D view. As BMS can not toggle, we need
Rem ### to create the toggle here as usual, using /I to indicate that this should be for the SHIFTED layer, and then add the two toggle
Rem ### positions with /T.
Rem ### However, as we now did override TG1 for /I, TG1 for /O will be reset to "nothing" autmatically by Foxy. But we want to
Rem ### keep the default DX assignment, hence we need to add it back manuall using /O /H and the DX mapping from the list above.
REM ### Additionally, we will keep keep the state of TG1 UNSHIFTED in a logical flag for TG2 (see below).
BTN TG1 /I /T Padlock_AA /T 3D_Cockpit
/O /H {DX1 X1}
Rem ### Trigger 2nd Detent SHIFTED (/I) should do nothing to avoid firing the guns accidentally while toggling between padlock and
Rem ### 3D_cockpit view. Usually, we can map this in the BMS keyfile directly. However, as soon as we release the pinky switch,
Rem ### BMS will immediately detect that TG2 is pressed and start firing. So what we do here is make sure that BMS only sees TG2
Rem ### when it has been reached by passing only over TG1 (and not Pinky+TG1) before.
BTN TG2 ^
DEF X2 TG2 AND X1
BTN X2 /H DX6
Rem ### The Paddle should do two things at the same time:
Rem ### a) the normal AP override (which is done by BMS DX assignment, hence we just use the default DX mapping from the list),
Rem ### b) wheelbrakes
Rem ### To make sue that both commands are done at the same time, we use the curly brakets to tie them together.
Rem ### Because we did not override /I or /O, we don't need to do anything else here, the rest will be in the BMS keyfile.
BTN S4 /H {DX4 Wheelbrakes}
Rem ### Because we mapped the microstick (radar cursor) to use analog axis in the HOTAS CCP, the toe brake axis can only be
Rem ### used with digital statements now. Hence we will simply issue and hold a "Wheelbrake" keystroke whenever either of
Rem ### the toe brakes is pushed down more than 10%.
LBRK 5 2 (0 10 100) ^ (/H Wheelbrakes)
RBRK 5 2 (0 10 100) ^ (/H Wheelbrakes)
Rem T7 MRN OVERIDE MODE
BTN T7 /P DGT
/R OVRD-out
Rem T8 DOGFIGHT OVERIDE MODE
BTN T8 /P MRN
/R OVRD-out
BTN H2R /I SHF x
/O
BTN H2L /I SHF w
/O
BTN T5 /I *
/O
BTN T4 /I -
/O
:wacko::wacko::sweatdrop
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