programming in T.A.R.G.E.T (which uses C)

Hello,

I have got programmable joysticks.
T.16000M - Ambidextrous Joystick - PC USB | Thrustmaster

Don't ask me why, but I have two of these to use as dual sticks in games. It seems to have it's advantages. For one, I can program multiple things to happen on one axis. This give me a huge advantage in dogfights. Also I can program the entire keybord letters to my base buttons. No need for keybord... :)

But I lack the logic thinking to get my code completed.
I have multiple issues, and will adress them one at a time.

My first problem is my POV. That's the little mini thumbjoystick on top of a joystick for your Point of View camera ingame. The thing usually used for switching camera positions.

The trouble is this: In UPRIGHT position it executes both my UP and my RIGHT programmed stuff. Instead of a different third thing. My Conclusion is that UPRIGHT doens't exist as such, and Software just see that both UP and RIGHT are true, and execute code that says: When both are true, it's an in-between.
Works ingame, but I need a code that does something else.
'Cause Up might be 'missiles' , Right might be 'Start Chat', and I don't need missiles fired and chatting while doing UPRIGHT 'Dock to friendly Ship'

for short: I need a working code that says: When Up=True, and Right =True, both are not executed, and execute ActKey '2' (for example)

in my main file I got

Code:

MapKey(&T16001, H1U, Center_View); MapKey(&T16001, H1R, View_Right);

In my ttm file (where my definitions are grabbed from) I came up with:

Code:

define Center_View '1' define View_Up '2' define View_Right '3'

In my main file I first had:

Code:

MapKey(&T16001, H1UR, View_Up);

There was no H1UR, so nothing happened.

Then I tried

Code:

MapKey(&T16001, H1U+H1R, View_Up);

Then I tried

Code:

if {Center_View=1 & View_Right=1; } {Center_View=0 View_Right=0 ActKey ('2'); }

now I tried:

Code:

while (MapKey(&T16001, H1U, Center_View) MapKey(&T16001, H1R, View_Right)); do {Center_View=0 View_Right=0 Actkey('2') };

and I get '(' and ')' errors all the time about the first line. I tried adding and deleting '(' 's and ')' 's the whole time, and keep getting errors about them
Not sure when to use too, I tried these too.

I also have no idea if this is the code I am looking for to do what I need it to do. My study in C and TARGET doesn't give me enough clues about the correct syntaxis.

Do I need flagging stuff?

http://ts.thrustmaster.com/eng/index...&pid=285&cid=5
here is the program and the manual of TARGET (down below at the download stuff)

and some more ps: The [code/code stuff isn't working in preview]

I tried these too.=

Code:

{}

Been tinkering with learning T.A.R.G.E.T. and C code since november. And glad to say I got a lot of stuff already working :cool:.
It feels nice to have some skills you never thought you would ever aquire....

This part I came up with which seem to work ok..

Code:

include "target.tmh" include "Macros_kaal_test1.ttm" alias T16001; // second T16000 handle, which will be used all mapping commands //program startup int main() { if(Init(&EventHandle)) return 1; // declare the event handler, return on error &T16001 = GetIndexJoy (SelectUsbDevice ("VID_044F&PID_B10A")); //right one MapAxis(&T16000, JOYX, DX_X_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); MapAxis(&T16000, JOYY, DX_Y_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); SetCustomCurve(&T16000, JOYY, LIST (0,100, 25,75, 50,50, 75,75, 100,100)); KeyAxis(&T16000, JOYY, 0, AXMAP2 (3, USB[0x4B], 0, USB[0x4E])); //PGUP & PGDN MapAxis(&T16000, RUDDER, DX_Z_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); KeyAxis(&T16000, RUDDER, 0, AXMAP2 (3, USB[0x52], 0, USB[0x51])); //'UARROW',0 , 'DARROW' //left one MapAxis(&T16001, JOYX, DX_XROT_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); KeyAxis(&T16001, JOYX, 0, AXMAP2 (3, USB[0x50], 0, USB[0x4F])); //'LARROW', 'RARROW' MapAxis(&T16001, JOYY, DX_YROT_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); MapAxis(&T16001, RUDDER, DX_ZROT_AXIS, AXIS_NORMAL, MAP_ABSOLUTE); // everything behind two of these is ignored by the program T.A.R.G.E.T. //this second (right) POV is not seen at all, need to ask about it to smart people... //MapKey(&T16000, H1U, Match_Target_Speed); //MapKey(&T16000, H1R, Toggle_Gliding); //MapKey(&T16000, H1D, Launch_Countermeasures); //MapKey(&T16000, H1L, Afterburners); MapKey(&T16000, TS1, Fire_Primary_Weapon); MapKey(&T16000, TS2, L_SHIFT); MapKey(&T16000, TS3, L_ALT); MapKey(&T16000, TS4, Cycle_Forward_Primary_Weapon); MapKey(&T16000, B5, Rearm_Me); MapKey(&T16000, B6, Augment_Forward_Shield); MapKey(&T16000, B7, Equalize_Energy); MapKey(&T16000, B10, Disarm_My_Target); MapKey(&T16000, B9, Attack_My_Target); MapKey(&T16000, B8, Capture_My_Target); MapKey(&T16000, B13, Ignore_My_Target); MapKey(&T16000, B12, Communication_Menu); MapKey(&T16000, B11, Toggle_Auto_Speed_Matching); MapKey(&T16000, B14, Engage_the_Enemy); MapKey(&T16000, B15, Cover_Me); MapKey(&T16000, B16, Return_To_Base); MapKey(&T16001, H1U, Center_View); MapKey(&T16001, H1R, View_Right); MapKey(&T16001, H1D, View_Rear); MapKey(&T16001, H1L, View_Left); MapKey(&T16001, TS1, Fire_Secondary_Weapon); MapKey(&T16001, TS2, L_SHIFT); MapKey(&T16001, TS3, Cycle_Secundary_Weapon_Bank); MapKey(&T16001, TS4, Target_Next_Closest_Hostile_Ship); MapKey(&T16001, B11, Target_Ship_In_Reticle); MapKey(&T16001, B12, Target_subsystem_In_Reticle); MapKey(&T16001, B13, Target_Targets_Nearest_Attacker); MapKey(&T16001, B16, Toggle_Auto_Targeting); MapKey(&T16001, B15, Target_Last_Ship_That_Transmitted); MapKey(&T16001, B14, Target_Next_Live_Turret); MapKey(&T16001, B7, Target_Next_Ship); MapKey(&T16001, B6, Decreaee_View_Distance); MapKey(&T16001, B5, Increase_View_Distance); MapKey(&T16001, B8, Target_Closest_Friendly_Ship); MapKey(&T16001, B9, Cycle_Radar_Range); MapKey(&T16001, B10, Target_Newest_ship_In_Area); } //event handler int EventHandle(int type, alias o, int x) { DefaultMapping(&o, x); //add event handling code here }

and my Define file 'Macros_kaal_test1.ttm'

Code:

define Center_View '1' define View_Up '2' define View_Right '3' define Free_Look '4' define View_Rear '5' define External_View '6' define View_Left '7' define Current_Target_View '8' define Fire_Secondary_Weapon '9' define Cycle_Secundary_Weapon_Bank 'm' define Target_Next_Closest_Hostile_Ship 'r' define Target_Ship_In_Reticle 'q' define Target_subsystem_In_Reticle 'w' define Target_Targets_Nearest_Attacker 'e' define Toggle_Auto_Targeting 'a' define Target_Last_Ship_That_Transmitted 's' define Target_Next_Live_Turret 'd' define Target_Next_Ship 't' define Decreaee_View_Distance 'y' define Increase_View_Distance 'u' define Target_Closest_Friendly_Ship 'f' define Cycle_Radar_Range 'g' define Target_Newest_ship_In_Area 'h' define Match_Target_Speed KP1 define Toggle_Gliding KP3 define Launch_Countermeasures KP5 define Afterburners KP7 define Fire_Primary_Weapon KP9 define Cycle_Forward_Primary_Weapon '0' define Rearm_Me 'i' define Augment_Forward_Shield 'o' define Equalize_Energy 'p' define Disarm_My_Target 'z' define Attack_My_Target 'x' define Capture_My_Target 'c' define Ignore_My_Target 'j' define Communication_Menu 'k' define Toggle_Auto_Speed_Matching 'l' define Engage_the_Enemy 'v' define Cover_Me 'b' define Return_To_Base 'n'

T.A.R.G.E.T. is software made by the Thrustmaster Joysticks. (the ones I use in the above)
I asked their helpdesk about helping me with code, but it seems they are non-existant. I get no replies on my emails, and other suffer the same faith... I got a mail last year that what I want can be done, but it was for advanced programing. And a 'good luck' to top it off... (is that a way to say: If you can do it...good for you?)

The program TARGET makes these additional files when compiling the lot for my joysticks to work.
(it makes one virtual joystick out of my two physical ones. A 'must' in some games, since they only want to see one joystick)
But alas... it only let's me use one of my two POV's, and I cannot seem to figure out why.
If anybody has got a clue how I can get my second POV active in the virtual joystick?

defines.tmh

Code:

// TARGET definitions // ------------------------------- Virtual keyboard interface --------------------------------- define ESC 1041 define F1 1058 define F2 1059 define F3 1060 define F4 1061 define F5 1062 define F6 1063 define F7 1064 define F8 1065 define F9 1066 define F10 1067 define F11 1068 define F12 1069 define F13 1104 define F14 1105 define F15 1106 define F16 1107 define F17 1108 define F18 1109 define F19 1110 define F20 1111 define F21 1112 define F22 1113 define F23 1114 define F24 1115 define PRNTSCRN 1070 define SCRLCK 1071 define BRK 1072 define BSP 1042 define TAB 1043 define CAPS 1057 define ENT 1040 define LSHF 1225 define RSHF 1229 define LCTL 1224 define LWIN 1227 define LALT 1226 define SHF 1225 define ALT 1226 define CTL 1224 define SPC 1044 define RALT 1230 define RWIN 1231 define RCTL 1228 define INS 1073 define HOME 1074 define PGUP 1075 define DEL 1076 define END 1077 define PGDN 1078 define UARROW 1082 define DARROW 1081 define LARROW 1080 define RARROW 1079 define NUML 1083 define KP0 1098 define KP1 1089 define KP2 1090 define KP3 1091 define KP4 1092 define KP5 1093 define KP6 1094 define KP7 1095 define KP8 1096 define KP9 1097 define KPENT 1088 define APPS 1101 // ASCII keycodes, based on USB codes, for different keyboard layouts define ASC_SHF 1000 define ASC_AGR 1500 short USB[256]; short ASCE[256]={0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 1044, //0x20 <space> 1030 + ASC_SHF, //0x21 ! Exclamation mark 1052 + ASC_SHF, //0x22 " " Double quotes (or speech marks) 1032 + ASC_SHF, //0x23 # Number 1033 + ASC_SHF, //0x24 $ Dollar 1034 + ASC_SHF, //0x25 % Procenttecken 1036 + ASC_SHF, //0x21 & & Ampersand 1052, //0x27 ' Single quote 1038 + ASC_SHF, //0x28 ( Open parenthesis (or open bracket) 1039 + ASC_SHF, //0x29 ) Close parenthesis (or close bracket) 1037 + ASC_SHF, //0x2a * Asterisk 1046 + ASC_SHF, //0x2b + Plus 1054, //0x2c , Comma 1045, //0x2d - Hyphen 1055, //0x2e . Period, dot or full stop 1056, //0x2f / Slash or divide 1039, //0x30 0 Zero 1030, //0x31 1 One 1031, //0x32 2 Two 1032, //0x33 3 Three 1033, //0x34 4 Four 1034, //0x35 5 Five 1035, //0x36 6 Six 1036, //0x37 7 Seven 1037, //0x38 8 Eight 1038, //0x39 9 Nine 1051 + ASC_SHF, //0x3a : Colon 1051, //0x3b ; Semicolon 1054 + ASC_SHF, //0x3c < < Less than (or open angled bracket) 1046, //0x3d = Equals 1055 + ASC_SHF, //0x3e > > Greater than (or close angled bracket) 1056 + ASC_SHF, //0x3f ? Question mark 1031 + ASC_SHF, //0x40 @ At symbol 1004 + ASC_SHF, //0x41 A Uppercase A 1005 + ASC_SHF, //0x42 B Uppercase B 1006 + ASC_SHF, //0x43 C Uppercase C 1007 + ASC_SHF, //0x44 D Uppercase D 1008 + ASC_SHF, //0x45 E Uppercase E 1009 + ASC_SHF, //0x46 F Uppercase F 1010 + ASC_SHF, //0x47 G Uppercase G 1011 + ASC_SHF, //0x48 H Uppercase H 1012 + ASC_SHF, //0x49 I Uppercase I 1013 + ASC_SHF, //0x4a J Uppercase J 1014 + ASC_SHF, //0x4b K Uppercase K 1015 + ASC_SHF, //0x4c L Uppercase L 1016 + ASC_SHF, //0x4d M Uppercase M 1017 + ASC_SHF, //0x4e N Uppercase N 1018 + ASC_SHF, //0x4f O Uppercase O 1019 + ASC_SHF, //0x50 P Uppercase P 1020 + ASC_SHF, //0x51 Q Uppercase Q 1021 + ASC_SHF, //0x52 R Uppercase R 1022 + ASC_SHF, //0x53 S Uppercase S 1023 + ASC_SHF, //0x54 T Uppercase T 1024 + ASC_SHF, //0x55 U Uppercase U 1025 + ASC_SHF, //0x56 V Uppercase V 1026 + ASC_SHF, //0x57 W Uppercase W 1027 + ASC_SHF, //0x58 X Uppercase X 1028 + ASC_SHF, //0x59 Y Uppercase Y 1029 + ASC_SHF, //0x5a Z Uppercase Z 1047, //0x5b [ Opening bracket 1049, //0x5c \ Backslash 1048, //0x5d ] Closing bracket 1035 + ASC_SHF, //0x5e ^ Caret - circumflex 1045 + ASC_SHF, //0x5f _ Underscore 1053, //0x60 ` Grave accent 1004, //0x61 a Lowercase a 1005, //0x62 b Lowercase b 1006, //0x63 c Lowercase c 1007, //0x64 d Lowercase d 1008, //0x65 e Lowercase e 1009, //0x66 f Lowercase f 1010, //0x67 g Lowercase g 1011, //0x68 h Lowercase h 1012, //0x69 i Lowercase i 1013, //0x6a j Lowercase j 1014, //0x6b k Lowercase k 1015, //0x6c l Lowercase l 1016, //0x6d m Lowercase m 1017, //0x6e n Lowercase n 1018, //0x6f o Lowercase o 1019, //0x70 p Lowercase p 1020, //0x71 q Lowercase q 1021, //0x72 r Lowercase r 1022, //0x73 s Lowercase s 1023, //0x74 t Lowercase t 1024, //0x75 u Lowercase u 1025, //0x76 v Lowercase v 1026, //0x77 w Lowercase w 1027, //0x78 x Lowercase x 1028, //0x79 y Lowercase y 1029, //0x7a z Lowercase z 1047 + ASC_SHF, //0x7b { Opening brace 1049 + ASC_SHF, //0x7c | Vertical bar 1048 + ASC_SHF, //0x7d } Closing brace 1053 + ASC_SHF, //0x7e ~ Equivalency sign - tilde 1076, //0x7F delete 0, //0x80 € € Euro sign 0, //0x81 0, //0x82 ‚ &sbquo; Single low-9 quotation mark 0, //0x83 ƒ &fnof; Latin small letter f with hook 0, //0x84 „ &bdquo; Double low-9 quotation mark 0, //0x85 … … Horizontal ellipsis 0, //0x86 † &dagger; Dagger 0, //0x87 ‡ &Dagger; Double dagger 0, //0x88 ˆ &circ; Modifier letter circumflex accent 0, //0x89 ‰ &permil; Per mille sign 0, //0x8A Š &Scaron; Latin capital letter S with caron 0, //0x8B ‹ &lsaquo; Single left-pointing angle quotation 0, //0x8C Œ &OElig; Latin capital ligature OE 0, //0x8D 0, //0x8E Ž Latin captial letter Z with caron 0, //0x8F 0, //0x90 0, //0x91 ‘ ‘ Left single quotation mark 0, //0x92 ’ ’ Right single quotation mark 0, //0x93 “ “ Left double quotation mark 0, //0x94 ” ” Right double quotation mark 0, //0x95 • • Bullet 0, //0x96 – – En dash 0, //0x97 — — Em dash 0, //0x98 ˜ &tilde; Small tilde 0, //0x99 ™ ™ Trade mark sign 0, //0x9A š &scaron; Latin small letter S with caron 0, //0x9B › &rsaquo; Single right-pointing angle quotation mark 0, //0x9C œ &oelig; Latin small ligature oe 0, //0x9D 0, //0x9E ž Latin small letter z with caron 0, //0x9F Ÿ ÿ Latin capital letter Y with diaeresis 0, //0xA0   Non-breaking space 0, //0xA1 ¡ ¡ Inverted exclamation mark 0, //0xA2 ¢ ¢ Cent sign 0, //0xA3 £ £ Pound sign 0, //0xA4 ¤ ¤ Currency sign 0, //0xA5 ¥ ¥ Yen sign 0, //0xA6 ¦ ¦ Pipe, Broken vertical bar 0, //0xA7 § § Section sign 0, //0xA8 ¨ ¨ Spacing diaeresis - umlaut 0, //0xA9 © © Copyright sign 0, //0xAA ª ª Feminine ordinal indicator 0, //0xAB « « Left double angle quotes 0, //0xAC ¬ ¬ Not sign 0, //0xAD .. Soft hyphen 0, //0xAE ® ® Registered trade mark sign 0, //0xAF ¯ ¯ Spacing macron - overline 0, //0xB0 ° ° Degree sign 0, //0xB1 ± ± Plus-or-minus sign 0, //0xB2 ² ² Superscript two - squared 0, //0xB3 ³ ³ Superscript three - cubed 0, //0xB4 ´ ´ Acute accent - spacing acute 0, //0xB5 µ µ Micro sign 0, //0xB6 ¶ ¶ Pilcrow sign - paragraph sign 0, //0xB7 · · Middle dot - Georgian comma 0, //0xB8 ¸ ¸ Spacing cedilla 0, //0xB9 ¹ ¹ Superscript one 0, //0xBA º º Masculine ordinal indicator 0, //0xBB » » Right double angle quotes 0, //0xBC ¼ ¼ Fraction one quarter 0, //0xBD ½ ½ Fraction one half 0, //0xBE ¾ ¾ Fraction three quarters 0, //0xBF ¿ ¿ Inverted question mark 0, //0xC0 À À Latin capital letter A with grave 0, //0xC1 Á Á Latin capital letter A with acute 0, //0xC2 Â Â Latin capital letter A with circumflex 0, //0xC3 Ã Ã Latin capital letter A with tilde 0, //0xC4 Ä Ä Latin capital letter A with diaeresis 0, //0xC5 Å Å Latin capital letter A with ring above 0, //0xC6 Æ Æ Latin capital letter AE 0, //0xC7 Ç Ç Latin capital letter C with cedilla 0, //0xC8 È È Latin capital letter E with grave 0, //0xC9 É É Latin capital letter E with acute 0, //0xCA Ê Ê Latin capital letter E with circumflex 0, //0xCB Ë Ë Latin capital letter E with diaeresis 0, //0xCC Ì Ì Latin capital letter I with grave 0, //0xCD Í Í Latin capital letter I with acute 0, //0xCE Î Î Latin capital letter I with circumflex 0, //0xCF Ï Ï Latin capital letter I with diaeresis 0, //0xD0 Ð Ð Latin capital letter ETH 0, //0xD1 Ñ Ñ Latin capital letter N with tilde 0, //0xD2 Ò Ò Latin capital letter O with grave 0, //0xD3 Ó Ó Latin capital letter O with acute 0, //0xD4 Ô Ô Latin capital letter O with circumflex 0, //0xD5 Õ Õ Latin capital letter O with tilde 0, //0xD6 Ö Ö Latin capital letter O with diaeresis 0, //0xD7 × × Multiplication sign 0, //0xD8 Ø Ø Latin capital letter O with slash 0, //0xD9 Ù Ù Latin capital letter U with grave 0, //0xDA Ú Ú Latin capital letter U with acute 0, //0xDB Û Û Latin capital letter U with circumflex 0, //0xDC Ü Ü Latin capital letter U with diaeresis 0, //0xDD Ý Ý Latin capital letter Y with acute 0, //0xDE Þ Þ Latin capital letter THORN 0, //0xDF ß ß Latin small letter sharp s - ess-zed 0, //0xE0 à à Latin small letter a with grave 0, //0xE1 á á Latin small letter a with acute 0, //0xE2 â â Latin small letter a with circumflex 0, //0xE3 ã ã Latin small letter a with tilde 0, //0xE4 ä ä Latin small letter a with diaeresis 0, //0xE5 å å Latin small letter a with ring above 0, //0xE6 æ æ Latin small letter ae 0, //0xE7 ç ç Latin small letter c with cedilla 0, //0xE8 è è Latin small letter e with grave 0, //0xE9 é é Latin small letter e with acute 0, //0xEA ê ê Latin small letter e with circumflex 0, //0xEB ë ë Latin small letter e with diaeresis 0, //0xEC ì ì Latin small letter i with grave 0, //0xED í í Latin small letter i with acute 0, //0xEE î î Latin small letter i with circumflex 0, //0xEF ï ï Latin small letter i with diaeresis 0, //0xF0 ð ð Latin small letter eth 0, //0xF1 ñ ñ Latin small letter n with tilde 0, //0xF2 ò ò Latin small letter o with grave 0, //0xF3 ó ó Latin small letter o with acute 0, //0xF4 ô ô Latin small letter o with circumflex 0, //0xF5 õ õ Latin small letter o with tilde 0, //0xF6 ö ö Latin small letter o with diaeresis 0, //0xF7 ÷ ÷ Division sign 0, //0xF8 ø ø Latin small letter o with slash 0, //0xF9 ù ù Latin small letter u with grave 0, //0xFA ú ú Latin small letter u with acute 0, //0xFB û û Latin small letter u with circumflex 0, //0xFC ü ü Latin small letter u with diaeresis 0, //0xFD ý ý Latin small letter y with acute 0, //0xFE þ þ Latin small letter thorn 0 //0xFF ÿ ÿ Latin small letter y with diaeresis }; short ASCF[256]={0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 1044, //0x20 <space> 1056, //0x21 ! Exclamation mark 1032, //0x22 " " Double quotes (or speech marks) 1032 + ASC_AGR, //0x23 # Number 1048, //0x24 $ Dollar 1052 + ASC_SHF, //0x25 % Procenttecken 1030, //0x21 & & Ampersand 1033, //0x27 ' Single quote 1034, //0x28 ( Open parenthesis (or open bracket) 1045, //0x29 ) Close parenthesis (or close bracket) 1049, //0x2a * Asterisk 1046 + ASC_SHF, //0x2b + Plus 1016, //0x2c , Comma 1035, //0x2d - Hyphen 1054 + ASC_SHF, //0x2e . Period, dot or full stop 1055 + ASC_SHF, //0x2f / Slash or divide 1039 + ASC_SHF, //0x30 0 Zero 1030 + ASC_SHF, //0x31 1 One 1031 + ASC_SHF, //0x32 2 Two 1032 + ASC_SHF, //0x33 3 Three 1033 + ASC_SHF, //0x34 4 Four 1034 + ASC_SHF, //0x35 5 Five 1035 + ASC_SHF, //0x36 6 Six 1036 + ASC_SHF, //0x37 7 Seven 1037 + ASC_SHF, //0x38 8 Eight 1038 + ASC_SHF, //0x39 9 Nine 1055, //0x3a : Colon 1054, //0x3b ; Semicolon 1100, //0x3c < < Less than (or open angled bracket) 1046, //0x3d = Equals 1100 + ASC_SHF, //0x3e > > Greater than (or close angled bracket) 1016 + ASC_SHF, //0x3f ? Question mark 1038 + ASC_AGR, //0x40 @ At symbol 1020 + ASC_SHF, //0x41 A Uppercase A 1005 + ASC_SHF, //0x42 B Uppercase B 1006 + ASC_SHF, //0x43 C Uppercase C 1007 + ASC_SHF, //0x44 D Uppercase D 1008 + ASC_SHF, //0x45 E Uppercase E 1009 + ASC_SHF, //0x46 F Uppercase F 1010 + ASC_SHF, //0x47 G Uppercase G 1011 + ASC_SHF, //0x48 H Uppercase H 1012 + ASC_SHF, //0x49 I Uppercase I 1013 + ASC_SHF, //0x4a J Uppercase J 1014 + ASC_SHF, //0x4b K Uppercase K 1015 + ASC_SHF, //0x4c L Uppercase L 1051 + ASC_SHF, //0x4d M Uppercase M 1017 + ASC_SHF, //0x4e N Uppercase N 1018 + ASC_SHF, //0x4f O Uppercase O 1019 + ASC_SHF, //0x50 P Uppercase P 1004 + ASC_SHF, //0x51 Q Uppercase Q 1021 + ASC_SHF, //0x52 R Uppercase R 1022 + ASC_SHF, //0x53 S Uppercase S 1023 + ASC_SHF, //0x54 T Uppercase T 1024 + ASC_SHF, //0x55 U Uppercase U 1025 + ASC_SHF, //0x56 V Uppercase V 1029 + ASC_SHF, //0x57 W Uppercase W 1027 + ASC_SHF, //0x58 X Uppercase X 1028 + ASC_SHF, //0x59 Y Uppercase Y 1026 + ASC_SHF, //0x5a Z Uppercase Z 1034 + ASC_AGR, //0x5b [ Opening bracket 1037 + ASC_AGR, //0x5c \ Backslash 1045 + ASC_AGR, //0x5d ] Closing bracket 1038 + ASC_AGR, //0x5e ^ Caret - circumflex 1037, //0x5f _ Underscore 1036 + ASC_AGR, //0x60 ` Grave accent 1020, //0x61 a Lowercase a 1005, //0x62 b Lowercase b 1006, //0x63 c Lowercase c 1007, //0x64 d Lowercase d 1008, //0x65 e Lowercase e 1009, //0x66 f Lowercase f 1010, //0x67 g Lowercase g 1011, //0x68 h Lowercase h 1012, //0x69 i Lowercase i 1013, //0x6a j Lowercase j 1014, //0x6b k Lowercase k 1015, //0x6c l Lowercase l 1051, //0x6d m Lowercase m 1017, //0x6e n Lowercase n 1018, //0x6f o Lowercase o 1019, //0x70 p Lowercase p 1004, //0x71 q Lowercase q 1021, //0x72 r Lowercase r 1022, //0x73 s Lowercase s 1023, //0x74 t Lowercase t 1024, //0x75 u Lowercase u 1025, //0x76 v Lowercase v 1029, //0x77 w Lowercase w 1027, //0x78 x Lowercase x 1028, //0x79 y Lowercase y 1026, //0x7a z Lowercase z 1033 + ASC_AGR, //0x7b { Opening brace 1035 + ASC_AGR, //0x7c | Vertical bar 1046 + ASC_AGR, //0x7d } Closing brace 1053 + ASC_SHF, //0x7e ~ Equivalency sign - tilde 1076, //0x7F delete 1008 + ASC_AGR, //0x80 € € Euro sign 0, //0x81 0, //0x82 ‚ &sbquo; Single low-9 quotation mark 0, //0x83 ƒ &fnof; Latin small letter f with hook 0, //0x84 „ &bdquo; Double low-9 quotation mark 0, //0x85 … … Horizontal ellipsis 0, //0x86 † &dagger; Dagger 0, //0x87 ‡ &Dagger; Double dagger 0, //0x88 ˆ &circ; Modifier letter circumflex accent 0, //0x89 ‰ &permil; Per mille sign 0, //0x8A Š &Scaron; Latin capital letter S with caron 0, //0x8B ‹ &lsaquo; Single left-pointing angle quotation 0, //0x8C Œ &OElig; Latin capital ligature OE 0, //0x8D 0, //0x8E Ž Latin captial letter Z with caron 0, //0x8F 0, //0x90 0, //0x91 ‘ ‘ Left single quotation mark 0, //0x92 ’ ’ Right single quotation mark 0, //0x93 “ “ Left double quotation mark 0, //0x94 ” ” Right double quotation mark 0, //0x95 • • Bullet 0, //0x96 – – En dash 0, //0x97 — — Em dash 0, //0x98 ˜ &tilde; Small tilde 0, //0x99 ™ ™ Trade mark sign 0, //0x9A š &scaron; Latin small letter S with caron 0, //0x9B › &rsaquo; Single right-pointing angle quotation mark 0, //0x9C œ &oelig; Latin small ligature oe 0, //0x9D 0, //0x9E ž Latin small letter z with caron 0, //0x9F Ÿ ÿ Latin capital letter Y with diaeresis 0, //0xA0   Non-breaking space 0, //0xA1 ¡ ¡ Inverted exclamation mark 0, //0xA2 ¢ ¢ Cent sign 1033 + ASC_SHF, //0xA3 £ £ Pound sign 0, //0xA4 ¤ ¤ Currency sign 0, //0xA5 ¥ ¥ Yen sign 0, //0xA6 ¦ ¦ Pipe, Broken vertical bar 1056 + ASC_SHF, //0xA7 § § Section sign 0, //0xA8 ¨ ¨ Spacing diaeresis - umlaut 0, //0xA9 © © Copyright sign 0, //0xAA ª ª Feminine ordinal indicator 0, //0xAB « « Left double angle quotes 0, //0xAC ¬ ¬ Not sign 0, //0xAD .. Soft hyphen 0, //0xAE ® ® Registered trade mark sign 0, //0xAF ¯ ¯ Spacing macron - overline 0, //0xB0 ° ° Degree sign 0, //0xB1 ± ± Plus-or-minus sign 1053, //0xB2 ² ² Superscript two - squared 0, //0xB3 ³ ³ Superscript three - cubed 0, //0xB4 ´ ´ Acute accent - spacing acute 1049 + ASC_SHF, //0xB5 µ µ Micro sign 0, //0xB6 ¶ ¶ Pilcrow sign - paragraph sign 0, //0xB7 · · Middle dot - Georgian comma 0, //0xB8 ¸ ¸ Spacing cedilla 0, //0xB9 ¹ ¹ Superscript one 0, //0xBA º º Masculine ordinal indicator 0, //0xBB » » Right double angle quotes 0, //0xBC ¼ ¼ Fraction one quarter 0, //0xBD ½ ½ Fraction one half 0, //0xBE ¾ ¾ Fraction three quarters 0, //0xBF ¿ ¿ Inverted question mark 0, //0xC0 À À Latin capital letter A with grave 0, //0xC1 Á Á Latin capital letter A with acute 0, //0xC2 Â Â Latin capital letter A with circumflex 0, //0xC3 Ã Ã Latin capital letter A with tilde 0, //0xC4 Ä Ä Latin capital letter A with diaeresis 0, //0xC5 Å Å Latin capital letter A with ring above 0, //0xC6 Æ Æ Latin capital letter AE 0, //0xC7 Ç Ç Latin capital letter C with cedilla 0, //0xC8 È È Latin capital letter E with grave 0, //0xC9 É É Latin capital letter E with acute 0, //0xCA Ê Ê Latin capital letter E with circumflex 0, //0xCB Ë Ë Latin capital letter E with diaeresis 0, //0xCC Ì Ì Latin capital letter I with grave 0, //0xCD Í Í Latin capital letter I with acute 0, //0xCE Î Î Latin capital letter I with circumflex 0, //0xCF Ï Ï Latin capital letter I with diaeresis 0, //0xD0 Ð Ð Latin capital letter ETH 0, //0xD1 Ñ Ñ Latin capital letter N with tilde 0, //0xD2 Ò Ò Latin capital letter O with grave 0, //0xD3 Ó Ó Latin capital letter O with acute 0, //0xD4 Ô Ô Latin capital letter O with circumflex 0, //0xD5 Õ Õ Latin capital letter O with tilde 0, //0xD6 Ö Ö Latin capital letter O with diaeresis 0, //0xD7 × × Multiplication sign 0, //0xD8 Ø Ø Latin capital letter O with slash 0, //0xD9 Ù Ù Latin capital letter U with grave 0, //0xDA Ú Ú Latin capital letter U with acute 0, //0xDB Û Û Latin capital letter U with circumflex 0, //0xDC Ü Ü Latin capital letter U with diaeresis 0, //0xDD Ý Ý Latin capital letter Y with acute 0, //0xDE Þ Þ Latin capital letter THORN 0, //0xDF ß ß Latin small letter sharp s - ess-zed 1039, //0xE0 à à Latin small letter a with grave 0, //0xE1 á á Latin small letter a with acute 0, //0xE2 â â Latin small letter a with circumflex 0, //0xE3 ã ã Latin small letter a with tilde 0, //0xE4 ä ä Latin small letter a with diaeresis 0, //0xE5 å å Latin small letter a with ring above 0, //0xE6 æ æ Latin small letter ae 1038, //0xE7 ç ç Latin small letter c with cedilla 1036, //0xE8 è è Latin small letter e with grave 1031, //0xE9 é é Latin small letter e with acute 0, //0xEA ê ê Latin small letter e with circumflex 0, //0xEB ë ë Latin small letter e with diaeresis 0, //0xEC ì ì Latin small letter i with grave 0, //0xED í í Latin small letter i with acute 0, //0xEE î î Latin small letter i with circumflex 0, //0xEF ï ï Latin small letter i with diaeresis 0, //0xF0 ð ð Latin small letter eth 0, //0xF1 ñ ñ Latin small letter n with tilde 0, //0xF2 ò ò Latin small letter o with grave 0, //0xF3 ó ó Latin small letter o with acute 0, //0xF4 ô ô Latin small letter o with circumflex 0, //0xF5 õ õ Latin small letter o with tilde 0, //0xF6 ö ö Latin small letter o with diaeresis 0, //0xF7 ÷ ÷ Division sign 0, //0xF8 ø ø Latin small letter o with slash 1052, //0xF9 ù ù Latin small letter u with grave 0, //0xFA ú ú Latin small letter u with acute 0, //0xFB û û Latin small letter u with circumflex 0, //0xFC ü ü Latin small letter u with diaeresis 0, //0xFD ý ý Latin small letter y with acute 0, //0xFE þ þ Latin small letter thorn 0 //0xFF ÿ ÿ Latin small letter y with diaeresis }; short ASCG[256]={0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 1044, //0x20 <space> 1030 + ASC_SHF, //0x21 ! Exclamation mark 1031 + ASC_SHF, //0x22 " " Double quotes (or speech marks) 1049, //0x23 # Number 1033 + ASC_SHF, //0x24 $ Dollar 1034 + ASC_SHF, //0x25 % Procenttecken 1035 + ASC_SHF, //0x21 & & Ampersand 1049 + ASC_SHF, //0x27 ' Single quote 1037 + ASC_SHF, //0x28 ( Open parenthesis (or open bracket) 1038 + ASC_SHF, //0x29 ) Close parenthesis (or close bracket) 1048 + ASC_SHF, //0x2a * Asterisk 1048, //0x2b + Plus 1054, //0x2c , Comma 1056, //0x2d - Hyphen 1055, //0x2e . Period, dot or full stop 1036 + ASC_SHF, //0x2f / Slash or divide 1039, //0x30 0 Zero 1030, //0x31 1 One 1031, //0x32 2 Two 1032, //0x33 3 Three 1033, //0x34 4 Four 1034, //0x35 5 Five 1035, //0x36 6 Six 1036, //0x37 7 Seven 1037, //0x38 8 Eight 1038, //0x39 9 Nine 1055 + ASC_SHF, //0x3a : Colon 1054 + ASC_SHF, //0x3b ; Semicolon 1100, //0x3c < < Less than (or open angled bracket) 1039 + ASC_SHF, //0x3d = Equals 1100 + ASC_SHF, //0x3e > > Greater than (or close angled bracket) 1045 + ASC_SHF, //0x3f ? Question mark 1004 + ASC_AGR, //0x40 @ At symbol 1004 + ASC_SHF, //0x41 A Uppercase A 1005 + ASC_SHF, //0x42 B Uppercase B 1006 + ASC_SHF, //0x43 C Uppercase C 1007 + ASC_SHF, //0x44 D Uppercase D 1008 + ASC_SHF, //0x45 E Uppercase E 1009 + ASC_SHF, //0x46 F Uppercase F 1010 + ASC_SHF, //0x47 G Uppercase G 1011 + ASC_SHF, //0x48 H Uppercase H 1012 + ASC_SHF, //0x49 I Uppercase I 1013 + ASC_SHF, //0x4a J Uppercase J 1014 + ASC_SHF, //0x4b K Uppercase K 1015 + ASC_SHF, //0x4c L Uppercase L 1016 + ASC_SHF, //0x4d M Uppercase M 1017 + ASC_SHF, //0x4e N Uppercase N 1018 + ASC_SHF, //0x4f O Uppercase O 1019 + ASC_SHF, //0x50 P Uppercase P 1020 + ASC_SHF, //0x51 Q Uppercase Q 1021 + ASC_SHF, //0x52 R Uppercase R 1022 + ASC_SHF, //0x53 S Uppercase S 1023 + ASC_SHF, //0x54 T Uppercase T 1024 + ASC_SHF, //0x55 U Uppercase U 1025 + ASC_SHF, //0x56 V Uppercase V 1026 + ASC_SHF, //0x57 W Uppercase W 1027 + ASC_SHF, //0x58 X Uppercase X 1029 + ASC_SHF, //0x59 Y Uppercase Y 1028 + ASC_SHF, //0x5a Z Uppercase Z 1037 + ASC_AGR, //0x5b [ Opening bracket 1045 + ASC_AGR, //0x5c \ Backslash 1038 + ASC_AGR, //0x5d ] Closing bracket 1053, //0x5e ^ Caret - circumflex 1056 + ASC_SHF, //0x5f _ Underscore 1046 + ASC_SHF, //0x60 ` Grave accent 1004, //0x61 a Lowercase a 1005, //0x62 b Lowercase b 1006, //0x63 c Lowercase c 1007, //0x64 d Lowercase d 1008, //0x65 e Lowercase e 1009, //0x66 f Lowercase f 1010, //0x67 g Lowercase g 1011, //0x68 h Lowercase h 1012, //0x69 i Lowercase i 1013, //0x6a j Lowercase j 1014, //0x6b k Lowercase k 1015, //0x6c l Lowercase l 1016, //0x6d m Lowercase m 1017, //0x6e n Lowercase n 1018, //0x6f o Lowercase o 1019, //0x70 p Lowercase p 1020, //0x71 q Lowercase q 1021, //0x72 r Lowercase r 1022, //0x73 s Lowercase s 1023, //0x74 t Lowercase t 1024, //0x75 u Lowercase u 1025, //0x76 v Lowercase v 1026, //0x77 w Lowercase w 1027, //0x78 x Lowercase x 1029, //0x79 y Lowercase y 1028, //0x7a z Lowercase z 1036 + ASC_AGR, //0x7b { Opening brace 1100 + ASC_AGR, //0x7c | Vertical bar 1039 + ASC_AGR, //0x7d } Closing brace 1048 + ASC_AGR, //0x7e ~ Equivalency sign - tilde 1076, //0x7F delete 1008 + ASC_AGR, //0x80 € € Euro sign 0, //0x81 0, //0x82 ‚ &sbquo; Single low-9 quotation mark 0, //0x83 ƒ &fnof; Latin small letter f with hook 0, //0x84 „ &bdquo; Double low-9 quotation mark 0, //0x85 … … Horizontal ellipsis 0, //0x86 † &dagger; Dagger 0, //0x87 ‡ &Dagger; Double dagger 0, //0x88 ˆ &circ; Modifier letter circumflex accent 0, //0x89 ‰ &permil; Per mille sign 0, //0x8A Š &Scaron; Latin capital letter S with caron 0, //0x8B ‹ &lsaquo; Single left-pointing angle quotation 0, //0x8C Œ &OElig; Latin capital ligature OE 0, //0x8D 0, //0x8E Ž Latin captial letter Z with caron 0, //0x8F 0, //0x90 0, //0x91 ‘ ‘ Left single quotation mark 0, //0x92 ’ ’ Right single quotation mark 0, //0x93 “ “ Left double quotation mark 0, //0x94 ” ” Right double quotation mark 0, //0x95 • • Bullet 0, //0x96 – – En dash 0, //0x97 — — Em dash 0, //0x98 ˜ &tilde; Small tilde 0, //0x99 ™ ™ Trade mark sign 0, //0x9A š &scaron; Latin small letter S with caron 0, //0x9B › &rsaquo; Single right-pointing angle quotation mark 0, //0x9C œ &oelig; Latin small ligature oe 0, //0x9D 0, //0x9E ž Latin small letter z with caron 0, //0x9F Ÿ ÿ Latin capital letter Y with diaeresis 0, //0xA0   Non-breaking space 0, //0xA1 ¡ ¡ Inverted exclamation mark 0, //0xA2 ¢ ¢ Cent sign 0, //0xA3 £ £ Pound sign 0, //0xA4 ¤ ¤ Currency sign 0, //0xA5 ¥ ¥ Yen sign 0, //0xA6 ¦ ¦ Pipe, Broken vertical bar 1032 + ASC_SHF, //0xA7 § § Section sign 0, //0xA8 ¨ ¨ Spacing diaeresis - umlaut 0, //0xA9 © © Copyright sign 0, //0xAA ª ª Feminine ordinal indicator 0, //0xAB « « Left double angle quotes 0, //0xAC ¬ ¬ Not sign 0, //0xAD .. Soft hyphen 0, //0xAE ® ® Registered trade mark sign 0, //0xAF ¯ ¯ Spacing macron - overline 0, //0xB0 ° ° Degree sign 0, //0xB1 ± ± Plus-or-minus sign 1031 + ASC_AGR, //0xB2 ² ² Superscript two - squared 1032 + ASC_AGR, //0xB3 ³ ³ Superscript three - cubed 0, //0xB4 ´ ´ Acute accent - spacing acute 1016 + ASC_AGR, //0xB5 µ µ Micro sign 0, //0xB6 ¶ ¶ Pilcrow sign - paragraph sign 0, //0xB7 · · Middle dot - Georgian comma 0, //0xB8 ¸ ¸ Spacing cedilla 0, //0xB9 ¹ ¹ Superscript one 0, //0xBA º º Masculine ordinal indicator 0, //0xBB » » Right double angle quotes 0, //0xBC ¼ ¼ Fraction one quarter 0, //0xBD ½ ½ Fraction one half 0, //0xBE ¾ ¾ Fraction three quarters 0, //0xBF ¿ ¿ Inverted question mark 0, //0xC0 À À Latin capital letter A with grave 0, //0xC1 Á Á Latin capital letter A with acute 0, //0xC2 Â Â Latin capital letter A with circumflex 0, //0xC3 Ã Ã Latin capital letter A with tilde 1052 + ASC_SHF, //0xC4 Ä Ä Latin capital letter A with diaeresis 0, //0xC5 Å Å Latin capital letter A with ring above 0, //0xC6 Æ Æ Latin capital letter AE 0, //0xC7 Ç Ç Latin capital letter C with cedilla 0, //0xC8 È È Latin capital letter E with grave 0, //0xC9 É É Latin capital letter E with acute 0, //0xCA Ê Ê Latin capital letter E with circumflex 0, //0xCB Ë Ë Latin capital letter E with diaeresis 0, //0xCC Ì Ì Latin capital letter I with grave 0, //0xCD Í Í Latin capital letter I with acute 0, //0xCE Î Î Latin capital letter I with circumflex 0, //0xCF Ï Ï Latin capital letter I with diaeresis 0, //0xD0 Ð Ð Latin capital letter ETH 0, //0xD1 Ñ Ñ Latin capital letter N with tilde 0, //0xD2 Ò Ò Latin capital letter O with grave 0, //0xD3 Ó Ó Latin capital letter O with acute 0, //0xD4 Ô Ô Latin capital letter O with circumflex 0, //0xD5 Õ Õ Latin capital letter O with tilde 1051 + ASC_SHF, //0xD6 Ö Ö Latin capital letter O with diaeresis 0, //0xD7 × × Multiplication sign 0, //0xD8 Ø Ø Latin capital letter O with slash 0, //0xD9 Ù Ù Latin capital letter U with grave 0, //0xDA Ú Ú Latin capital letter U with acute 0, //0xDB Û Û Latin capital letter U with circumflex 1047 + ASC_SHF, //0xDC Ü Ü Latin capital letter U with diaeresis 0, //0xDD Ý Ý Latin capital letter Y with acute 0, //0xDE Þ Þ Latin capital letter THORN 1045, //0xDF ß ß Latin small letter sharp s - ess-zed 0, //0xE0 à à Latin small letter a with grave 0, //0xE1 á á Latin small letter a with acute 0, //0xE2 â â Latin small letter a with circumflex 0, //0xE3 ã ã Latin small letter a with tilde 1052, //0xE4 ä ä Latin small letter a with diaeresis 0, //0xE5 å å Latin small letter a with ring above 0, //0xE6 æ æ Latin small letter ae 0, //0xE7 ç ç Latin small letter c with cedilla 0, //0xE8 è è Latin small letter e with grave 0, //0xE9 é é Latin small letter e with acute 0, //0xEA ê ê Latin small letter e with circumflex 0, //0xEB ë ë Latin small letter e with diaeresis 0, //0xEC ì ì Latin small letter i with grave 0, //0xED í í Latin small letter i with acute 0, //0xEE î î Latin small letter i with circumflex 0, //0xEF ï ï Latin small letter i with diaeresis 0, //0xF0 ð ð Latin small letter eth 0, //0xF1 ñ ñ Latin small letter n with tilde 0, //0xF2 ò ò Latin small letter o with grave 0, //0xF3 ó ó Latin small letter o with acute 0, //0xF4 ô ô Latin small letter o with circumflex 0, //0xF5 õ õ Latin small letter o with tilde 1051, //0xF6 ö ö Latin small letter o with diaeresis 0, //0xF7 ÷ ÷ Division sign 0, //0xF8 ø ø Latin small letter o with slash 0, //0xF9 ù ù Latin small letter u with grave 0, //0xFA ú ú Latin small letter u with acute 0, //0xFB û û Latin small letter u with circumflex 1047, //0xFC ü ü Latin small letter u with diaeresis 0, //0xFD ý ý Latin small letter y with acute 0, //0xFE þ þ Latin small letter thorn 0 //0xFF ÿ ÿ Latin small letter y with diaeresis }; alias ASC = &ASCE; // english keyboard layout as default // -------------------------------------- virtual joystick interface -------------------------------------- define DX1 3000 define DX2 3001 define DX3 3002 define DX4 3003 define DX5 3004 define DX6 3005 define DX7 3006 define DX8 3007 define DX9 3008 define DX10 3009 define DX11 3010 define DX12 3011 define DX13 3012 define DX14 3013 define DX15 3014 define DX16 3015 define DX17 3016 define DX18 3017 define DX19 3018 define DX20 3019 define DX21 3020 define DX22 3021 define DX23 3022 define DX24 3023 define DX25 3024 define DX26 3025 define DX27 3026 define DX28 3027 define DX29 3028 define DX30 3029 define DX31 3030 define DX32 3031 define DXHATUP 3032 define DXHATUPRIGHT 3033 define DXHATRIGHT 3034 define DXHATDOWNRIGHT 3035 define DXHATDOWN 3036 define DXHATDOWNLEFT 3037 define DXHATLEFT 3038 define DXHATUPLEFT 3039 define DX_X_AXIS 1 define DX_Y_AXIS 2 define DX_Z_AXIS 3 define DX_XROT_AXIS 4 define DX_YROT_AXIS 5 define DX_ZROT_AXIS 6 define DX_THROTTLE_AXIS 7 define DX_SLIDER_AXIS 8 // ------------------------------------------- virtual mouse interface -------------------------------------- define MOUSE_LEFT 4000 define MOUSE_RIGHT 4001 define MOUSE_CENTER 4002 define MOUSE_BTN4 4003 define MOUSE_BTN5 4004 define MOUSE_X_AXIS 9 define MOUSE_Y_AXIS 10 define MOUSE_Z_AXIS 11 // ------------------------------------- Warthog Joystick interface ------------------------------------- define TG1 0 define S2 1 define S3 2 define S4 3 define S1 4 define TG2 5 define H2U 6 define H2R 7 define H2D 8 define H2L 9 define H3U 10 define H3R 11 define H3D 12 define H3L 13 define H4U 14 define H4R 15 define H4D 16 define H4L 17 define H4P 18 define H1U 29 // 4 virtual keys generated by the joystick HAT define H1R 30 define H1D 31 define H1L 32 define JOYX IN_POSITION_AXIS_X define JOYY IN_POSITION_AXIS_Y define POV IN_POSITION_HAT // ----------------------------------- Warthog Throttle interface -------------------------------- define SC 0 define MSP 1 define MSU 2 define MSR 3 define MSD 4 define MSL 5 define SPDF 6 define SPDB 7 define BSF 8 define BSB 9 define CHF 10 define CHB 11 define PSF 12 define PSB 13 define LTB 14 define EFLNORM 15 define EFRNORM 16 define EOLMOTOR 17 define EORMOTOR 18 define APUON 19 define LDGH 20 define FLAPU 21 define FLAPD 22 define EACON 23 define RDRNRM 24 define APENG 25 define APPAT 26 define APALT 27 define IDLERON 28 define IDLELON 29 define EOLIGN 30 define EORIGN 31 define CSU 32 // 4 virtual buttons generated by the HAT define CSR 33 define CSD 34 define CSL 35 define EFLOVER 36 // 8 virtual buttons for 2way switches define EFROVER 37 define APUOFF 38 define EACOFF 39 define RDRDIS 40 define APDIS 41 define IDLEROFF 42 define IDLELOFF 43 define EOLNORM 44 // 8 virtual buttons generated by the 3 way switches define EORNORM 45 define FLAPM 46 define SPDM 47 define BSM 48 define CHM 49 define PSM 50 define APAH 51 define SCX IN_POSITION_AXIS_X define SCY IN_POSITION_AXIS_Y define THR_RIGHT IN_POSITION_AXIS_Z define THR_LEFT IN_POSITION_AXIS_RZ define THR_FC IN_POSITION_AXIS_SLIDER1 define CS IN_POSITION_HAT // ----------------------------------- Hoats Cougar interface -------------------------------- //define TG1 0 // joystick buttons, the same names like warthog joystick //define S2 1 //define S3 2 //define S4 3 //define S1 4 //define TG2 5 //define H2U 6 //define H2R 7 //define H2D 8 //define H2L 9 //define H3U 10 //define H3R 11 //define H3D 12 //define H3L 13 //define H4U 14 //define H4R 15 //define H4D 16 //define H4L 17 //define H4P 18 //define H1U 29 // 4 virtual keys generated by the joystick HAT //define H1R 30 //define H1D 31 //define H1L 32 //define JOYX IN_POSITION_AXIS_X //define JOYY IN_POSITION_AXIS_Y //define POV IN_POSITION_HAT define T1 18 // throttle buttons define T2 19 define T3 20 define T4 21 define T5 22 define T6 23 define T7 24 define T8 25 define T9 26 define T10 27 define DFM 28 // 2 virtual buttons //define SPDM 47 define THROTTLE IN_POSITION_AXIS_Z define RDR_X IN_POSITION_AXIS_RX define RDR_Y IN_POSITION_AXIS_RY define RUDDER IN_POSITION_AXIS_RZ define MAN_RNG IN_POSITION_AXIS_SLIDER1 define ANT_ELEV IN_POSITION_AXIS_THROTTLE // ----------------------------------- T16000 interface -------------------------------- define TS1 0 define TS2 1 define TS3 2 define TS4 3 define B5 4 define B6 5 define B7 6 define B8 7 define B9 8 define B10 9 define B11 10 define B12 11 define B13 12 define B14 13 define B15 14 define B16 15 //define H1U 29 // 4 virtual keys generated by the joystick HAT //define H1R 30 //define H1D 31 //define H1L 32 //define JOYX IN_POSITION_AXIS_X //define JOYY IN_POSITION_AXIS_Y //define RUDDER IN_POSITION_AXIS_RZ define THR IN_POSITION_AXIS_SLIDER1 define HAT IN_POSITION_HAT // ----------------------------------- MFD interface -------------------------------- define OSB01 0 define OSB02 1 define OSB03 2 define OSB04 3 define OSB05 4 define OSB06 5 define OSB07 6 define OSB08 7 define OSB09 8 define OSB10 9 define OSB11 10 define OSB12 11 define OSB13 12 define OSB14 13 define OSB15 14 define OSB16 15 define OSB17 16 define OSB18 17 define OSB19 18 define OSB20 19 define SYMU 20 define SYMD 21 define CONU 22 define COND 23 define BRTU 24 define BRTD 25 define GAINU 26 define GAIND 27 // ------------------------------------------- Other constants ------------------------------------------ define AMAX 32767 // axis values are between -AMAX and AMAX define AMAXF 32768. define POVU 0 // POV control possible values (clockwise angles in degrees) define POVUR 45 define POVR 90 define POVDR 135 define POVD 180 define POVDL 225 define POVL 270 define POVUL 315 define POVCENTER -1 define AXIS_NORMAL 1 define AXIS_REVERSED -1 define MAP_ABSOLUTE 0 define MAP_RELATIVE 1

sys.tmh

Code:

define SEEK_SET 0 define SEEK_CUR 1 define SEEK_END 2 define MAP_NORMAL 1 define MAP_IPTR 2 define MAP_IPTR_VPN 3 define MAP_THISCALL 4 define VAR_NONE 0 define VAR_CHAR 1 define VAR_BYTE 2 define VAR_SHORT 3 define VAR_WORD 4 define VAR_INT 5 define VAR_ALIAS 6 define VAR_FLOAT 7 define VAR_STRUCT 8 // Mapped functions int VARSIZE; int putchar(char c){} // display a character at console int sizeof(alias var){} // return the size of the variable, in bytes int elements(alias var){} // returns the number of elements in an array float eval(alias s){} // evaluate an expression in a char[] variable and returns the float result (0 if error) int ieval(alias s){} // evaluate an expression in a char[] variable and returns the int result (0 if error) float execute(alias s){} // execute a statement in a char[] and return the <return> float value float iexecute(alias s){} // execute a statement in a char[] and return the <return> int value int defined(alias name){} // 0 if variable is not defined. name is a Char array int input(alias s){} // input a string from keyboard int dis(alias var){} // dissasemble a function int strname(alias var, alias str){}; // place the var name in a string int strlen(alias s){} // returns the lenght of the string int strcat(alias dst, alias src){} // concatenate 2 strings int strsub(alias dst, alias src, int start, int end){} // get substring int strchr(alias s, char c){} // return char first occurence in string int strdel(alias s, int start, int end){} // delete characters between start and end int strins(alias dst, alias src, int pos){} // insert dst in src at pos int strcmp(alias s1, alias s2){} int printf(){} // VPN mapped int sprintf(){} // VPN mapped float sin(float f){} float cos(float f){} float tan(float f){} float asin(float f){} float acos(float f){} float atan(float f){} float atan2(float x, float y){} float exp(float f){} float ln(float f){} // base e float log(float f){} // base 10 float pow(float base, float exp){} float sqrt(float f){} int getmem(int addr, int size){} // 0< size <=4 int setmem(int addr, int size, int val){} // 0< size <=4 int gettype(int var){} // returns 0:NOVAR, 1:CHAR, 2:BYTE, 3:SHORT, 4:WORD, 5:INT, 6:ALIAS, 7:FLOAT, 8:STRUCT int Dim(alias var, int dim){} // returns actual set dimension (<MAX_ARRAY_SIZE). Do not initialize the extension, keeps the initial data int fopen(alias name, alias mode){} // returns file handle, NULL if error int fclose(int handle){} // returns 0 if OK, -1 on error int fgetc(int handle){} // returns the character read, or -1 on error or EOF int fputc(int c, int handle){} // returns the written character, -1 on error int fread(alias buffer, int size, int count, int handle){} // returns number of items read int fwrite(alias buffer, int size, int count, int handle){} // returns number of items written int ftell(int handle){} // returns the file position int fseek(int handle, int offset, int origin){} // origin: 0=set, 1=cur, 2=end. Returns 0 on success, -1 else int feof(int handle){} // returns != 0 if EOF int LoadLibrary(alias filename){} int FreeLibrary(int handle){} int GetProcAddress(int dll, alias name){} int Map(alias object, int address, int mode=1){} // returns object. mode:MAP_NORMAL=1, MAP_IPTR=2, MAP_IPTR_VPN=3, MAP_THISCALL=4 int MakeProcInstance(alias proc, int thisAdjust=0){}// returns the instance, or 0 on error. The procedure is seen as _stdcall or _thiscall( if thisAdjust<0). thisAdjust (or ~thisAdjust if <0) substracted from <this> for multiple derivation int FreeProcInstance(int instance){} // returns 1 if OK, 0 else alias ProcInstCallback; // (int psInterpreter, alias fn) - debugging purpose float abs(float i) { if(i<0) return -i; return i; } int sgn(int i) { if(i<0) return 0xffffffff; return !!i; } int malloc(int size){} int realloc(int addr, int size){} int free(int addr){} int msize(int addr){} // returns -1 if addr is not allocated int memcpy(int dst, int src, int size){} // use with care, can crash the application int system(alias cmd){}

hid.tmh

Code:

define SEEK_SET 0 define SEEK_CUR 1 define SEEK_END 2 define MAP_NORMAL 1 define MAP_IPTR 2 define MAP_IPTR_VPN 3 define MAP_THISCALL 4 define VAR_NONE 0 define VAR_CHAR 1 define VAR_BYTE 2 define VAR_SHORT 3 define VAR_WORD 4 define VAR_INT 5 define VAR_ALIAS 6 define VAR_FLOAT 7 define VAR_STRUCT 8 // Mapped functions int VARSIZE; int putchar(char c){} // display a character at console int sizeof(alias var){} // return the size of the variable, in bytes int elements(alias var){} // returns the number of elements in an array float eval(alias s){} // evaluate an expression in a char[] variable and returns the float result (0 if error) int ieval(alias s){} // evaluate an expression in a char[] variable and returns the int result (0 if error) float execute(alias s){} // execute a statement in a char[] and return the <return> float value float iexecute(alias s){} // execute a statement in a char[] and return the <return> int value int defined(alias name){} // 0 if variable is not defined. name is a Char array int input(alias s){} // input a string from keyboard int dis(alias var){} // dissasemble a function int strname(alias var, alias str){}; // place the var name in a string int strlen(alias s){} // returns the lenght of the string int strcat(alias dst, alias src){} // concatenate 2 strings int strsub(alias dst, alias src, int start, int end){} // get substring int strchr(alias s, char c){} // return char first occurence in string int strdel(alias s, int start, int end){} // delete characters between start and end int strins(alias dst, alias src, int pos){} // insert dst in src at pos int strcmp(alias s1, alias s2){} int printf(){} // VPN mapped int sprintf(){} // VPN mapped float sin(float f){} float cos(float f){} float tan(float f){} float asin(float f){} float acos(float f){} float atan(float f){} float atan2(float x, float y){} float exp(float f){} float ln(float f){} // base e float log(float f){} // base 10 float pow(float base, float exp){} float sqrt(float f){} int getmem(int addr, int size){} // 0< size <=4 int setmem(int addr, int size, int val){} // 0< size <=4 int gettype(int var){} // returns 0:NOVAR, 1:CHAR, 2:BYTE, 3:SHORT, 4:WORD, 5:INT, 6:ALIAS, 7:FLOAT, 8:STRUCT int Dim(alias var, int dim){} // returns actual set dimension (<MAX_ARRAY_SIZE). Do not initialize the extension, keeps the initial data int fopen(alias name, alias mode){} // returns file handle, NULL if error int fclose(int handle){} // returns 0 if OK, -1 on error int fgetc(int handle){} // returns the character read, or -1 on error or EOF int fputc(int c, int handle){} // returns the written character, -1 on error int fread(alias buffer, int size, int count, int handle){} // returns number of items read int fwrite(alias buffer, int size, int count, int handle){} // returns number of items written int ftell(int handle){} // returns the file position int fseek(int handle, int offset, int origin){} // origin: 0=set, 1=cur, 2=end. Returns 0 on success, -1 else int feof(int handle){} // returns != 0 if EOF int LoadLibrary(alias filename){} int FreeLibrary(int handle){} int GetProcAddress(int dll, alias name){} int Map(alias object, int address, int mode=1){} // returns object. mode:MAP_NORMAL=1, MAP_IPTR=2, MAP_IPTR_VPN=3, MAP_THISCALL=4 int MakeProcInstance(alias proc, int thisAdjust=0){}// returns the instance, or 0 on error. The procedure is seen as _stdcall or _thiscall( if thisAdjust<0). thisAdjust (or ~thisAdjust if <0) substracted from <this> for multiple derivation int FreeProcInstance(int instance){} // returns 1 if OK, 0 else alias ProcInstCallback; // (int psInterpreter, alias fn) - debugging purpose float abs(float i) { if(i<0) return -i; return i; } int sgn(int i) { if(i<0) return 0xffffffff; return !!i; } int malloc(int size){} int realloc(int addr, int size){} int free(int addr){} int msize(int addr){} // returns -1 if addr is not allocated int memcpy(int dst, int src, int size){} // use with care, can crash the application int system(alias cmd){}

target.tmh

Code:

// TARGET definitions include "hid.tmh" include "defines.tmh" alias Throttle = "VID_044F&PID_0404", Joystick = "VID_044F&PID_0402", LMFD = "VID_044F&PID_b351"; alias RMFD = "VID_044F&PID_b352", HCougar = "VID_044F&PID_0400", T16000 = "VID_044F&PID_B10A"; define KDATASIZE 13 define MAXKEYDATA 52*KDATASIZE // max 52 physical+virtual keys for each device define AXDATASIZE 64 // sizeof(sAxis) define MAXAXDATA 16*AXDATASIZE // max 16 physical axis for each device struct sAxis { char dxmap; char dir; int curvemode; // 0=none, 1=S, 2=J, else=custom char lower, center, upper, curve; // S curve parameters float ab; // J curve parameter, zoom for Scurve char locked; char relative; int trim; int val, relpos; int key[6]; // ou, iu, om, im, od, id } struct sDevice { int keymap[MAXKEYDATA]; // int array char axmap[MAXAXDATA]; // sAxis array of 16 } sAxis axdata; sDevice devicedata[16], devdata; // Virtual keyboard interface int KeyD(int c){ _key(c, OUT_VALUE_BUTTON_PRESS, 0); } int KeyU(int c){ _key(c, OUT_VALUE_BUTTON_RELEASE, 0); } int Key(int c, int delay=0){ _key(c, OUT_VALUE_BUTTON_PRESS_RELEASE, delay); } int AutoRepeat(int handler, int delay, alias proc, int param){ PostEvent(EV_USR+1+handler, &proc, param, -delay); } int StopAutoRepeat(int handler){ RemoveEvent(EV_USR+1+handler); } int DeferCall(int delay, alias proc, int param){ PostEvent(EV_USR, &proc, param, delay); } int PulseKey(int key, int i=0){ Key(key, kb_pulse); } int HoldKey(int key, int press) { if(press) KeyD(key); else KeyU(key); return press; } int DX(int index, int value=2){ VirtualOutput(OUT_TYPE_GAME, index, value); } // <index> may be DX button index - 1, axis or POV int kb_pulse=32, kb_delay=48; int SetKBRate(int pulse_ms=32, int delay_ms=48){ kb_pulse = pulse_ms; kb_delay = delay_ms; } int KBLayout[] = {&ASCE, &ASCF, &ASCG}; define KB_ENG 0 define KB_FR 1 define KB_GER 2 int SetKBLayout(int layout){ &ASC = KBLayout[layout]; } int layer_sw[9], layer; //(&&dev[btn], flag, status) * 3 define L_SHIFT 0x00010000 define R_SHIFT 0x00020000 define L_ALT 0x00040000 define R_ALT 0x00080000 define L_CTL 0x00100000 define R_CTL 0x00200000 define L_WIN 0x00400000 define R_WIN 0x00800000 define PULSE 0x01000000 define DOWN 0x02000000 define UP 0x04000000 define PROC 0x08000000 define JUMP 0x10000000 define DELAY 0x20000000 define LOCK 0x40000000 define KEYON 0x80000000 int ActKey(int k, int x=0x7fffffff) { alias hk; if(k & PROC) { &hk = keyalloc[k & 0xffff]; if(x > AMAX) return hk(&keyalloc, k); else return hk(&keyalloc, k, x); } int press = k<0; if((k & (PULSE | DOWN | UP)) == PULSE) if(!press) return 0; else &hk = &PulseKey; else if(k & 0xffffff) &hk = &HoldKey; else return 0; if(press | !(k & (DOWN | UP))) { press = press & !(k & UP); kb_pulse = kb_pulse + 1; LockPulseTimestamps(OUT_TYPE_KEYBOARD, 1); if(k & L_SHIFT) hk(LSHF, press); if(k & R_SHIFT) hk(RSHF, press); if(k & L_ALT) hk(LALT, press); if(k & R_ALT) hk(RALT, press); if(k & L_CTL) hk(LCTL, press); if(k & R_CTL) hk(RCTL, press); if(k & L_WIN) hk(LWIN, press); if(k & R_WIN) hk(RWIN, press); kb_pulse = kb_pulse - 1; if(k & 0xffff) hk(k & 0xffff, press); LockPulseTimestamps(OUT_TYPE_KEYBOARD, 0); } } int DefaultMapping(alias o, int x) { int i, k, ktbl; alias a; while(i < 9) if(&&o[x] == layer_sw[i]) { layer_sw[i+2] = layer_sw[i+2] & layer_sw[i+1] ^ o[x]; if(i>0 & layer_sw[i+2]) layer_sw[11-i] = 0; break; } else i = i+3; k = k + layer_sw[2] + ((layer_sw[8] + !layer_sw[5]) << 1); GetDeviceData(&o); if(x < IN_POSITION_AXES) { i = x*KDATASIZE; Map(&ktbl, &&devdata.keymap); Dim(&ktbl, MAXKEYDATA); if(o[x]) ktbl[i + KDATASIZE - 1] = k; else { k = ktbl[i + KDATASIZE - 1]; ActKey(ktbl[i + k]); // key release k = k + 6; // /R } ActKey(ktbl[i + k] | KEYON); // key press } else if(x < IN_POSITION_HAT) { GetAxisData(&o, x); axdata.val = AxisVal(o[x], &axdata); if(&o == &Throttle & (x == THR_LEFT | x == THR_RIGHT)) axdata.val = -axdata.val; if(!!axdata.dxmap & !axdata.locked & !axdata.relative) DXAxis(axdata.dxmap, axdata.val); Map(&ktbl, &&axdata.key); Dim(&ktbl, 6); i = 0; while(i<6) { if(ktbl[i]) if(i == k) ActKey(ktbl[i], o[x]); else if(ktbl[i] != ktbl[k]) ActKey(ktbl[i], -AMAX*3); i = i+1; } } else; // ignore HAT input } short joy0[296]; // non present joystick dummy int GetIndexJoy(int index) { if(index < 0) return &joy0; char t; Dim(&t, 64); sprintf(&t, "&joy%u", index+1); return ieval(&t); } define MODE_EXCLUDED 0 define MODE_KEEPENABLED 1 define MODE_FILTERED 2 int Exclude(alias a){ Configure(&a, MODE_EXCLUDED); } int Configure(alias a, int mode){ a[0] = mode; } int Select(alias id) { int i = id[0]; id[0] = 'V'; if(i == MODE_EXCLUDED) return -1; else if(i == MODE_KEEPENABLED) return SelectUsbDevice(&id, 1); else if(i == MODE_FILTERED) return SelectUsbDevice(&id, 2); return SelectUsbDevice(&id); // 0 } // BUT HAT X Y Z Rx Ry Rz Thrtl SLD1 SLD2 SLD3 SLD4 stGameCfg virtualj = { 32, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0}; define CREATE_JOYSTICK 1 define CREATE_KEYBOARD 2 define CREATE_MOUSE 4 int Init(alias h, int cfg=CREATE_JOYSTICK+CREATE_KEYBOARD+CREATE_MOUSE) { &Throttle = GetIndexJoy(Select(&Throttle)); // expect a Warthog Throttle to be plugged on USB &Joystick = GetIndexJoy(Select(&Joystick)); // expect a Warthog Stick to be plugged on USB &LMFD = GetIndexJoy(Select(&LMFD)); // expect a LMFD to be plugged on USB &RMFD = GetIndexJoy(Select(&RMFD)); // expect a RMFD to be plugged on USB &HCougar = GetIndexJoy(Select(&HCougar)); // expect a Hotas Cougar to be plugged on USB &T16000 = GetIndexJoy(Select(&T16000)); // expect a T16000 to be plugged on USB if(cfg & CREATE_JOYSTICK) PlugGame(&virtualj, "Thrustmaster Combined"); // create a Virtual device if(cfg & CREATE_KEYBOARD) PlugKeyboard(); if(cfg & CREATE_MOUSE) PlugMouse(1); &_evh = &h; SetEventHandler(&DefEventHandler); SEQ(); // initialize SEQ function as VPN CHAIN(); // initialize CHAIN function as VPN AXMAP2(); int i; while(i<256) { USB[i] = i+1000; i = i+1; } // fill the USB table MapList(&Joystick, &JoystickMap); // default DX buttons mapping for all devices MapList(&Throttle, &ThrottleMap); MapList(&HCougar, &JoystickMap); MapList(&HCougar, &HCougarMap); MapList(&LMFD, &MFDMap); MapList(&RMFD, &MFDMap); MapList(&T16000, &T16000Map); i=elements(&vbtntbl); while(i>0) // initialize Throttle virtual buttons with 1 { i = i-1; if(vbtntbl[i]) Throttle[vbtntbl[i]] = 1; } HCougar[DFM] = 1; // initialize Cougar virtual buttons with 1 HCougar[SPDM] = 1; DXAxis(MOUSE_X_AXIS, 0); DXAxis(MOUSE_Y_AXIS, 0); } int _gch; // game callback handler int RegisterGameCallback(int TCPPort, alias GameCallback) { _gch = &GameCallback; return InitSocketServer(TCPPort); } alias _evh; char h2blookup[9] = {0,1,3,2,6,4,12,8,9}, csStatus[4], h1Status[4], h1cStatus[4], h16000Status[4]; char vbtntbl[32]={0,0,0,0,0,0,SPDM,SPDM,BSM,BSM,CHM,CHM,PSM,PSM,0,EFLOVER,EFROVER,EOLNORM,EORNORM,APUOFF,0,FLAPM,FLAPM,EACOFF,RDRDIS,APDIS,APAH,APAH,IDLEROFF,IDLELOFF,EOLNORM,EORNORM}; int DefEventHandler(int e, alias dev, int event) // must be called before any processing in the event handler { alloc_locked = 1; if(e >= EV_USR) return dev(event); if(e == EV_GAME_DATA) { if(!_gch) return 0; e = dev; &dev = _gch; return dev(e, event); } if(&dev == &Throttle & (event == THR_LEFT | event == THR_RIGHT)) dev[event] = -dev[event]; _evh(EV_HID_INPUT_DATA, &dev, event); if(&dev == &Throttle) if(event <= EORIGN) if(vbtntbl[event]) // generate virtual keys { dev[vbtntbl[event]] = !dev[event]; _evh(EV_HID_INPUT_DATA, &dev, vbtntbl[event]); } else; else if(event == CS) Hat2Btn(&dev, CS, CSU, &csStatus); // throttle HAT else; else if(&dev == &Joystick) if(event == POV) Hat2Btn(&dev, POV, H1U, &h1Status); else; else if(&dev == &HCougar) if(event == T7 | event == T8){ dev[DFM] = !dev[event]; _evh(EV_HID_INPUT_DATA, &dev, DFM); } else if(event == T9 | event == T10){ dev[SPDM] = !dev[event]; _evh(EV_HID_INPUT_DATA, &dev, SPDM); } else if(event == POV) Hat2Btn(&dev, POV, H1U, &h1cStatus); else; else if(&dev == &T16000) if(event == HAT) Hat2Btn(&dev, HAT, H1U, &h16000Status); else; } int Hat2Btn(alias dev, int hat, int e, alias status) { int i; while(i < 4) // 4 virtual keys - release { dev[e+i] = 1 & h2blookup[(dev[hat]+45)/45] >> i; if(!dev[e+i] & status[i]) { _evh(EV_HID_INPUT_DATA, &dev, e+i); status[i] = 0; } i = i + 1; } while(i) // 4 virtual keys - press { i = i - 1; if(dev[e+i] & !status[i]) {_evh(EV_HID_INPUT_DATA, &dev, e+i); status[i] = 1; } } } int GetDeviceData(alias dev) // fill global devdata alias based on device name (joy1, joy2,...) { char t; Dim(&t, 16); strname(&dev, &t); Map(&devdata, &&devicedata[t[3]-'0']); } define IOTOGGLE 1 define UDTOGGLE 2 int SetShiftButton(int devI=0, int indexI=0, int devUMD=0, int indexU=0, int indexD=0, int flag=0) { alias io = devI, umd = devUMD; layer_sw = 0; if(devI) layer_sw[0] = &&io + (indexI << 1); layer_sw[1] = flag & 1; if(devUMD) layer_sw[3] = &&umd + (indexU << 1); layer_sw[4] = flag >> 1; if(devUMD) layer_sw[6] = &&umd + (indexD << 1); layer_sw[7] = layer_sw[4]; } int MapKey(alias dev, int btnidx, int key=0, int layer=0) { if(dev[btnidx]){ dev[btnidx] = 0; _evh(EV_HID_INPUT_DATA, &dev, btnidx); } layer = GetLayerBits(layer); GetDeviceData(&dev); Map(&btnidx, &&devdata.keymap+btnidx*KDATASIZE*4 + 24*!!(layer & 0x40)); Dim(&btnidx, 6); int i=6; while(i) { i = i-1; if(layer & 1) btnidx[i] = key; layer = layer >> 1; } } int MapKeyIO(alias dev, int btnidx, int keyI=0, int keyO=0){ MapKeyIOUMD(&dev, btnidx, keyI, keyO, keyI, keyO, keyI, keyO); } int MapKeyUMD(alias dev, int btnidx, int keyU=0, int keyM=0, int keyD=0){ MapKeyIOUMD(&dev, btnidx, keyU, keyU, keyM, keyM, keyD, keyD); } int MapKeyIOUMD(alias dev, int btnidx, int keyIU=0, int keyOU=0, int keyIM=0, int keyOM=0, int keyID=0, int keyOD=0) { if(dev[btnidx]){ dev[btnidx] = 0; _evh(EV_HID_INPUT_DATA, &dev, btnidx); } GetDeviceData(&dev); Map(&btnidx, &&devdata.keymap+btnidx*KDATASIZE*4); Dim(&btnidx, 6); btnidx[0] = keyOU; btnidx[1] = keyIU; btnidx[2] = keyOM; btnidx[3] = keyIM; btnidx[4] = keyOD; btnidx[5] = keyID; } int MapKeyR(alias dev, int btnidx, int key=0){ MapKeyRIOUMD(&dev, btnidx, key, key, key, key, key, key); } int MapKeyRIO(alias dev, int btnidx, int keyI=0, int keyO=0){ MapKeyRIOUMD(&dev, btnidx, keyI, keyO, keyI, keyO, keyI, keyO); } int MapKeyRUMD(alias dev, int btnidx, int keyU=0, int keyM=0, int keyD=0){ MapKeyRIOUMD(&dev, btnidx, keyU, keyU, keyM, keyM, keyD, keyD); } int MapKeyRIOUMD(alias dev, int btnidx, int keyIU=0, int keyOU=0, int keyIM=0, int keyOM=0, int keyID=0, int keyOD=0) { GetDeviceData(&dev); Map(&btnidx, &&devdata.keymap+btnidx*KDATASIZE*4 + 24); Dim(&btnidx, 7); btnidx[0] = PULSE | keyOU; btnidx[1] = PULSE | keyIU; btnidx[2] = PULSE | keyOM; btnidx[3] = PULSE | keyIM; btnidx[4] = PULSE | keyOD; btnidx[5] = PULSE | keyID; btnidx[6] = 0; // shift status } int keyalloc[16384], kpos, alloc_locked, tmp[4]; int SEQ(){ Map(&SEQ, MakeProcInstance(&_SEQ), MAP_IPTR_VPN); } int _SEQ(int i, int np, int p){ return ASMAlloc(np, p, &seqproc); } int CHAIN(){ Map(&CHAIN, MakeProcInstance(&_CHAIN), MAP_IPTR_VPN); } int _CHAIN(int i, int np, int p){ return ASMAlloc(np, p, &chainproc); } int D(word ms=0){ if(!ms) ms = kb_delay; return ms | DELAY; } int TEMPO(int x, int y, int d = 200){ tmp[0]=x; tmp[1]=y; tmp[2]=d; return ASMAlloc(3, &&tmp, &tempoproc); } int AXIS(int x, int d, int ms){ tmp[0]=x; tmp[1]=d; tmp[2]=ms; return ASMAlloc(3, &&tmp, &axisproc); } int EXEC(alias cmdon, int cmdoff=0){ tmp[0]=&cmdon; tmp[1]=cmdoff; return ASMAlloc(2, &&tmp, &execproc); } int execproc(alias v, int p){ p = v[(p+2 & 0xffff) + !(p&KEYON)]; if(p) execute(p); } define RNOSTOP 0 int REXEC(int h, word t, alias cmdon, int rstop=1){ tmp[0]=h; tmp[1]=t; tmp[2]=&cmdon; tmp[3]=rstop; return ASMAlloc(4, &&tmp, &rexecproc); } define LED_ONOFF 0 define LED_INTENSITY 1 define LED_CURRENT 0x55555555 define LED0 0x3 define LED1 0x30 define LED2 0x300 define LED3 0x3000 define LED4 0x30000 define LED5 0x300000 int LED(alias dev, int mode, int led){ tmp[0]=&dev; tmp[1]=mode; tmp[2] = led; return ASMAlloc(3, &&tmp, &ledproc); } int ASMAlloc(int np, int p, alias proc) { int v, x; // if(alloc_locked) return 0 & printf("WARNING: you can declare compound key statements (SEQ, CHAIN, EXEC, TEMPO, AXIS) only inside main() call, and not during an event.\xa"); v = elements(&keyalloc) - kpos - 3; if(v < np | !np) return 0; // not enough allocation space or no parameters Map(&v, p); Dim(&v, np); // v = params array keyalloc[kpos] = &proc; // function keyalloc[kpos+1] = kpos + 1 + np; // parameters index while(x < np) { keyalloc[kpos+2+x] = v[x]; x = x+1; } keyalloc[kpos+2+np] = kpos + 2 | JUMP; x = ASMFind(kpos); if(x == kpos) kpos = kpos + np + 3; return x | PROC; } int ASMFind(int x) { int i, j, k; while(i < x) { k = keyalloc[i+1]; if(keyalloc[i] == keyalloc[x]) if(k-i == keyalloc[x+1]-x) { j = x-i; i = i+2; while(keyalloc[i] == keyalloc[j+i]) i = i+1; if((keyalloc[i] & 0xffff0000) == JUMP) return x-j; } i = k+2; } return x; } int seqproc(alias v, int p) // key sequence procedure { int flag = p & (PULSE | KEYON); p = (p & 0xffff) + 1; // params index if(flag & KEYON) { v[p] = v[p] + 1; if(v[v[p]] & JUMP) v[p] = v[v[p]] & 0xffff; } p = v[v[p]] | flag; if(p & LOCK) chainlock = !chainlock; return ActKey(p); } int chainlock; int chaincall(int p){ chainproc(&keyalloc, p); } int chainproc(alias v, int p) { int k, press = p & KEYON; p = p + 1; do { p = p + 1; k = v[p & 0xffff]; if(!!(k & LOCK) & !!press) chainlock = !chainlock; if(k & DELAY) if(chainlock) Sleep(k & 0xffff); else return DeferCall(k & 0xffff, &chaincall, p-1 | press); else if(k & JUMP) break; // end chain else ActKey(k | p & PULSE | press); } while(1); chainlock = 0; } int tempo1(int p){ Map(&p, p); Dim(&p, 3); p[0] = 0; ActKey(p[2] | KEYON); } int tempoproc(alias v, int p) { int i = p+1 & 0xffff; v[i+2] = v[i+2] | (p & PULSE); if(p & KEYON) { v[i] = 1 | PostEvent(EV_USR+100+i, &tempo1, &&v[i], v[i+3]); } else { RemoveEvent(EV_USR+100+i); if(v[i]) ActKey(v[i+1] | KEYON | PULSE); else ActKey(v[i+2]); } } int rexecproc(alias v, int p) { int i = p+2 & 0xffff; if(p & KEYON) AutoRepeat(v[i], v[i+1], &execute, v[i+2]); else if(v[i+3]) StopAutoRepeat(v[i]); } int axis1(int p){ Map(&p, p); Dim(&p, 2); DXAxis(p[0], clip(Axis[p[0]].pos + p[1], -AMAX, AMAX)); } int axisproc(alias v, int p) { int i = p+2 & 0xffff; StopAutoRepeat(v[i]+32768+8); if(p & KEYON) AutoRepeat(v[i]+32768+8, v[i+2], &axis1, &&v[i]); } char ledcmd[16]={3,3,3,2,3,0,1,0,3,3,3,3,3,1,3,3}; int ledproc(alias v, int p) { int k, j, i = p+2 & 0xffff; if(p & KEYON) if(v[i+1] == LED_INTENSITY) GameOutput(v[i], OUT_ID_LED_INTENSITY, v[i+2]); else if(v[i+1] == LED_ONOFF) { k = v[i+2] & 0xffffff ^ 0x555555; while(k) { p = ledcmd[k & 0xf]; if(p < 3) GameOutput(v[i], OUT_ID_LED_BACKLIGHT+j, p); k = k >> 4; j = j+1; } } } int X(int list, int x) { if(!(list & PROC)) return 0; list = list+1 & 0xffff; int n = keyalloc [list] - list; if(x < 0) return n; // returns elements number if(x >= n) return 0; return keyalloc [list+x+1]; } //x=-1..1, lower=0..1, center=0..1, upper=0..1, trim=-1..1, curve=-32..32 float fcurve(float x, float lower, float center, float upper, float trim, int curve) { float m, M, cM, cm; m = lower+lower - 1; M = 1 - upper-upper; cM = center; cm = -cM; if(x < m) x = -1; else if(x < cm) if(!curve) x = (x-cm)/(cm-m); else x = (1 - exp((cm-x)*curve))/(exp((cm-m)*curve) - 1); else if(x < cM) x = 0; else if(x < M) if(abs(curve) < 0.01) x = (x-cM)/(M-cM); else x =(exp((x-cM)*curve) - 1)/(exp((M-cM)*curve) - 1); else x = 1; x = x + trim; if(x < -1) x = -1; else if(x > 1) x = 1; return x; } float P2Curve(float x, float a, float b, float c){ return a*x*x + b*x + c; } float LI(float x, float y, float X, float Y, float v) { return ((Y-y)*v + X*y - x*Y) / (X-x); } // linear interpolate int clip(int i, int down, int up) { if(i<down) return down; else if(i>up) return up; else return i; } int hatstatus, hatlkup[16]={POVCENTER, POVU, POVR, POVUR, POVD, POVCENTER, POVDR, POVCENTER, POVL, POVUL, POVCENTER, POVCENTER, POVDL, POVCENTER, POVCENTER, POVCENTER}; int HatUp(int p){ hatstatus = hatstatus & (p ^ 0xffffffff); VirtualOutput(OUT_TYPE_GAME, OUT_ID_HAT, hatlkup[hatstatus]); } int _key(int c, int mode, int delay=0) { if(c >= MOUSE_LEFT) VirtualOutput(OUT_TYPE_MOUSE, c-MOUSE_LEFT, mode, delay); else if(c >= DX1) // DX key if(c < DXHATUP) VirtualOutput(OUT_TYPE_GAME, c-DX1, mode, delay); else { c = h2blookup[c-DXHATUP+1]; if(mode) hatstatus = hatstatus | c; else hatstatus = hatstatus & (c ^ 0xffffffff); VirtualOutput(OUT_TYPE_GAME, OUT_ID_HAT, hatlkup[hatstatus]); if(mode == OUT_VALUE_BUTTON_PRESS_RELEASE) DeferCall(delay, &HatUp, c); } else if(c) { if(c<256) return _key(ASC[c], mode, delay); if(mode != OUT_VALUE_BUTTON_RELEASE) if(c > 2500) _key(RALT, mode, delay+1); else if(c > 2000) _key(SHF, mode, delay+1); VirtualOutput(OUT_TYPE_KEYBOARD, c%500, mode, delay); if(mode == OUT_VALUE_BUTTON_RELEASE) if(c > 2500) _key(RALT, OUT_VALUE_BUTTON_RELEASE); else if(c > 2000) _key(SHF, OUT_VALUE_BUTTON_RELEASE); } } // ------------------------------------------- Axis functions ----------------------------- struct DXAxisStatus { int pos, trim; char coupling; char lock; float cos, sin; } DXAxisStatus Axis[12]; int DXAxis(int index, int value) { if(index < DX_X_AXIS | index > MOUSE_Z_AXIS) return 0; if(index == MOUSE_Z_AXIS) return DXSetAxis(index, value); // MOUSE_Z_AXIS is relative Axis[index].pos = value; value = Axis[index].coupling; if(value) { DXSetAxis(index, Axis[index].pos*Axis[index].cos + Axis[value].pos*Axis[index].sin + Axis[index].trim); DXSetAxis(value, -Axis[index].pos*Axis[index].sin + Axis[value].pos*Axis[index].cos + Axis[value].trim); } else DXSetAxis(index, Axis[index].pos + Axis[index].trim); } int DXSetAxis(int index, int value) { value = clip(value, -AMAX, AMAX); if(!Axis[index].lock) if(index < MOUSE_X_AXIS) DX(index-1+OUT_ID_AXIS, value); else VirtualOutput(OUT_TYPE_MOUSE, index-MOUSE_X_AXIS+OUT_ID_AXIS, value); } int RotateDXAxis(int XAxis, int YAxis, float angle) // clockwise angle, in degrees { angle = angle * 3.1415926 / 180; Axis[XAxis].coupling = YAxis; Axis[XAxis].cos = cos(angle); Axis[XAxis].sin = -sin(angle); Axis[YAxis].coupling = XAxis; Axis[YAxis].cos = cos(angle); Axis[YAxis].sin = sin(angle); } define CURRENT 0x20000 int SET(int i){ return i & 0xffff | 0x10000; } int TrimDXAxis(int index, int value) // 1024 values { short t = value; if(abs(value) < 0x3ff) Axis[index].trim = Axis[index].trim + (t << 5); else if(value > 0) if(value & 0x10000) Axis[index].trim = t << 5; else if(value & CURRENT) Axis[index].trim = Axis[index].pos + Axis[index].trim; Axis[index].trim = clip(Axis[index].trim, -AMAX, AMAX); DXAxis(index, Axis[index].pos); } int LockDXAxis(int index, char lock) { Axis[index].lock = lock; if(!lock) DXAxis(index, Axis[index].pos); } int GetAxisData(alias o, int x) // maps the global <axdata> { if(x >= IN_POSITION_AXES & x < IN_POSITION_HAT) { GetDeviceData(&o); Map(&axdata, &&devdata.axmap + (x-IN_POSITION_AXES)*AXDATASIZE); return 1; } } int MapAxis(alias o, int x, int dx=0, int dir=AXIS_NORMAL, int relative=MAP_ABSOLUTE) { if(!GetAxisData(&o, x)) return 0; if(!!axdata.dxmap & axdata.relative) StopAutoRepeat(32767+axdata.dxmap); axdata.dxmap = dx; axdata.dir = dir - 1; axdata.relative = relative; // axdata.relpos = 0; if(!!dx & relative) AutoRepeat(32767+dx, 20, &RJLoop, &&axdata); } int SetSCurve(alias o, int x, int lower=0, int center=0, int upper=0, int curve=0, float zoom=0) // all percents, curve = -32..32 { if(!GetAxisData(&o, x)) return 0; axdata.curvemode = 1; axdata.lower = lower; axdata.center = center; axdata.upper = upper; axdata.curve = curve; axdata.ab = zoom; axdata.val = AxisVal(o[x], &axdata); } int SetJCurve(alias o, int x, float in, float out) // in, out = percents { if(!GetAxisData(&o, x)) return 0; axdata.curvemode = 2; axdata.ab = 50*(in - out) / (in*(in - 100)); axdata.val = AxisVal(o[x], &axdata); } int SetCustomCurve(alias o, int x, int list) { if(!GetAxisData(&o, x)) return 0; if(list & PROC) axdata.curvemode = list; else axdata.curvemode = 0; axdata.val = AxisVal(o[x], &axdata); } float GetCustomCurveValue(int p, float v) { p = p + 1 & 0xffff; int n = keyalloc[p]; // list end int i = p+1; if(i>=n) return v; while(i<n) if(keyalloc[i] < v) i=i+2; else if(i == p+1) return LI(0, 0, keyalloc[i], keyalloc[i+1], v); else return LI(keyalloc[i-2], keyalloc[i-1], keyalloc[i], keyalloc[i+1], v); return LI(keyalloc[i-2], keyalloc[i-1], 100, 100, v); } int LockAxis(alias o, int x, int lock){ if(GetAxisData(&o, x)) axdata.locked = lock; } int AxisVal(int v, alias d) { if(d.curvemode == 0); // no curve, keeps v unchanged else if(d.curvemode == 1) v = AMAX*pow(1.41, d.ab)*fcurve(v/AMAXF, d.lower*0.01, d.center*0.01, d.upper*0.01, 0, d.curve); else if(d.curvemode == 2) v = AMAX*P2Curve(v/AMAXF, -d.ab, 1, d.ab); else v = AMAX*GetCustomCurveValue(d.curvemode, v*50/AMAXF + 50)/50 - AMAX; // custom curve return v*(1 + axdata.dir); } int RJLoop(int p) { Map(&axdata, p); p = axdata.val * !axdata.locked; axdata.relpos = clip(axdata.relpos + p, -AMAX*10, AMAX*10); if(p) DXAxis(axdata.dxmap, axdata.relpos/10); } char gllk[32] = {0x3f, 3, 0xc, 0xf, 0x30, 0x33, 0x3c, 0x3f, 0x2a, 2, 8, 0xa, 0x20, 0x22, 0x28, 0x2a, 0x15, 1, 4, 5, 0x10, 0x11, 0x14, 0x15, 0x3f, 3, 0xc, 0xf, 0x30, 0x33, 0x3c, 0x3f}; int GetLayerBits(int layer) // layer is a word constant, containing i,o,u,m,d, like 'i', or 'iu' { layer = layer & 0x7fffffff; char c, mask = 0; do { c = layer & 0xff; mask = mask | (1 << strchr("dmuoir", c)); layer = layer >> 8; } while(layer); return gllk[mask & 0x1f] | ((mask & 0x20) << 1); } int KeyAxis(alias o, int x, int layer, int mode) { if(!GetAxisData(&o, x)) return 0; layer = GetLayerBits(layer) & 0x3f; // ignore 'r' bit Map(&x, &&axdata.key + 20); while(layer) { if(layer & 1) x = mode; layer = layer >> 1; Map(&x, &&x-4); } } int AXMAP1(int n, int u, int d, int c=-1){ Dim(&n, 4); n[1]=u; n[2]=d; n[3]=c; return ASMAlloc(4, &&n, &axmap1proc); } int axmap1proc(alias v, int p, int x) { Map(&p, &&v[p + 1 & 0xffff]); Dim(&p, 5); int n = p[1], center=p[4]>=0; if(n & PROC) { n = n + 1 & 0xffff; n = v[n] - n - 1; // list size - 1 center = center & n; x = GetListPos(&v, p[1], (x+AMAX)*100 / (AMAX+AMAX+1)) - 1; } else { center = center & (n + 1); n = n + center; x = ((x + AMAX)*(n + 1) + AMAX) / (AMAX+AMAX+1) - 1; } int y = -p[0] >> 1; // last position int up = p[0] & 1; if(center) center = n >> 1; else center = -1; while(y != x) { if(y>=0 & y<n) if(y==center) ActKey(p[4]); else ActKey(p[3-up]); if(x < -1) break; up = y < x; if(y < -1) y = x; else y = y + (up << 1) - 1; if(y>=0 & y<n) if(y==center) ActKey(p[4] | KEYON); else ActKey(p[3-up] | KEYON); } p[0] = -((x << 1) + up); } define LIST AXMAP2 int AXMAP2(){ Map(&AXMAP2, MakeProcInstance(&_AXMAP2), MAP_IPTR_VPN); } int _AXMAP2(int i, int np, int p){ return ASMAlloc(np, p, &axmap2proc); } int axmap2proc(alias v, int p, int x) { int i = p + 1 & 0xffff; Map(&p, &&v[i]); Dim(&p, v[i+1]+2); if(p[1] & PROC) x = GetListPos(&v, p[1], (x+AMAX)*100 / (AMAX+AMAX+1)) - 1; else x = (x + AMAX) * p[1] / (AMAX+AMAX+1); int y = -v[p[0]+1]; while(y != x) { if(y>=0 & 1+y<p[0]-i) ActKey(p[2+y]); if(x < -1) break; if(y < -1) y = x; else y = y + ((y<x) << 1) - 1; if(y>=0 & 1+y<p[0]-i) ActKey(p[2+y] | KEYON); } v[p[0]+1] = -x; } int GetListPos(alias v, int p, short x) { p = (p & 0xffff) + 2; if(x < 0) return -1; int pos; while(v[p+pos] <= x) pos = pos+1; return pos; } // ------------------------------------------- Default button mapping ----------------------------- int JoystickMap[]={TG1,DX1, S2,DX2, S3,DX3, S4,DX4, S1,DX5, TG2,DX6, H2U,DX7, H2R,DX8, H2D,DX9, H2L,DX10, H3U,DX11, H3R,DX12, H3D,DX13, H3L,DX14, H4U,DX15, H4R,DX16, H4D,DX17, H4L,DX18, H4P,DX19, H1U,DXHATUP, H1R,DXHATRIGHT, H1D,DXHATDOWN, H1L,DXHATLEFT}; int ThrottleMap[]={LTB,DX20, SC,DX21, CSU,DX22, CSR,DX23, CSD,DX24, CSL,DX25, MSP,DX26, MSU,DX27, MSR,DX28, MSD,DX29, MSL,DX30, SPDF,DX31, SPDB,DX32}; int HCougarMap[] ={T1,DX19, T3,DX20, T2,DX21, T4,DX22, T5,DX23, T6,DX24, T7,DX25, T8,DX26, T9,DX27, T10,DX28}; int MFDMap[] ={OSB01,DX1, OSB02,DX2, OSB03,DX3, OSB04,DX4, OSB05,DX5, OSB06,DX6, OSB07,DX7, OSB08,DX8, OSB09,DX9, OSB10,DX10, OSB11,DX11, OSB12,DX12, OSB13,DX13, OSB14,DX14, OSB15,DX15, OSB16,DX16, OSB17,DX17, OSB18,DX18, OSB19,DX19, OSB20,DX20, SYMU,DX21, SYMD,DX22, CONU,DX23, COND,DX24, BRTU,DX25, BRTD,DX26, GAINU,DX27, GAIND,DX28}; int T16000Map[] ={TS1,DX1, TS2,DX2, TS3,DX3, TS4,DX4, B5,DX5, B6,DX6, B7,DX7, B8,DX8, B9,DX9, B10,DX10, B11,DX11, B12,DX12, B13,DX13, B14,DX14, B15,DX15, B16,DX16}; int MapList(alias dev, alias list) { int i, e = elements(&list); while(i<e) { MapKey(&dev, list[i], list[i+1]); i = i+2; } }

The comment behind some lines suggest it's ok for people to tinker with the code. Just be carefull with it when you do, it says on several places.

I already changed HAT (at the stGameCfg virtualj part) from 1 to 2 in both Hid.tmh, and target.tmh, in the hope I got my second POV HAT activated in the software. But alas...there seems to be more to it then just adjusting these two values... And I clearly lack skills here... :confused:

I got a tingling feeling I should have posted this in the C-stuff chapter instead of at the gaming part...
Should it be relocated?

Two hats on two T16000

Quote:

Originally Posted by SeaBreak

I got a tingling feeling I should have posted this in the C-stuff chapter instead of at the gaming part...
Should it be relocated?

(Sorry in advance, I don't know how to embed code here)

It's a kludge, but I got two hats (sort of) recognized.

Because we use the &T16001 alias, the hat switch checker on line 258 of target.tmh misses the second hat's call.

It should be set to
else if(&dev == &T16000 | &dev == &T16001)

from

else if(&dev == &T16000)

Now, Direct X only recognizes a single hat, so what I had to do was map the second hat to keys.

so in your script_name.tmc file, you need to do something like this

MapKey(&T16000, H1U,DXHATUP);
MapKey(&T16000, H1R,DXHATRIGHT);
MapKey(&T16000, H1D,DXHATDOWN);
MapKey(&T16000, H1L,DXHATLEFT);

MapKey(&T16001, H1U,UARROW);
MapKey(&T16001, H1R,RARROW);
MapKey(&T16001, H1D,DARROW);
MapKey(&T16001, H1L,LARROW);

You should be able to sort it out from here.

Cheers

Quote:

Originally Posted by KrakkenSmacken

(Sorry in advance, I don't know how to embed code here)
Now, Direct X only recognizes a single hat, so what I had to do was map the second hat to keys.

I was wondering about that....Does this also apply if one has three or more Thrustmaster stuff USBed?
HOTAS and flightsticks also have hats, right? Only one of them all goes in Direct X?

I thought TARGET was flexible about using different stuff with it?

They (Thrustmaster) got weird logic anyway, lol...
Make ambidex joysticks, but make it hard in their software to use two of them?? Whatthe...?? :confused: It...just....makes...no... sense! And when people ask them about it...no updates in their software, manuals or not even replying to help out?? Now there's customer' faced for yah...

But if you're their underground customer service...nothing but thumbsup for you . You solved a major puzzelpiece.
You went code...:cool: