//====================================================================
// Analogue Axis setup (this applies to Joysticks 0 - 3. All other Axis
// are "soft axis" (Vitual axis)
//
// Windows Axis	Analogue Channel  Real/Virtual		Normal usage
// ------------   ----------------  ------------		------------ 
// 	X			0		Real				Aileron
// 	Y			1		Real				Elevator
// 	R			2		Real				Rudder
// 	Z			3		Real				Throttle
// 	U			4		Virtual (Soft Axis)	free
// 	V			6		Virtual (Soft Axis)	free
//====================================================================

//=====================================================================
// Connectors
//=====================================================================
//--------------------------------------------------------------------------
// First expansion module ->	Analogs 0 - 15
//					Buttons 0 - 355
// Analogs 0,1,2,3 are duplicates of the base card analogs
// buttons-> button(<relative mod, row>,<bit>,<name>);
// buttons 0 to 47 are the same as defined in the connector(xxxx) definitions
// and can be referenced via both connectors.
//--------------------------------------------------------------------------
connector(ModuleZero)
{
  	analog(0);
  	analog(1);
  	analog(2);
  	analog(3);
  	analog(4);
  	analog(5);
  	analog(6);
  	analog(7);
  	analog(8);
  	analog(9);
  	analog(10);
  	analog(11);
  	analog(12);
  	analog(13);
  	analog(14);
  	analog(15);

  	modrow(0,0);	// A db15 connector, rel. modrow 0,  buttons 0 - 7	
  	modrow(0,1);	// B db15 connector, rel. modrow 1,  buttons 8 - 15	
  	modrow(0,2);	// RUDDER db15 connector, rel. modrow 2,  buttons 16 - 23  
  	modrow(0,3);	// modrow 3 does not exist, but is defined here anyway to keep from getting confused with relative row numbers
  	modrow(0,4);	// FLCS, rel. modrow 4,  buttons 24 - 31  
  	modrow(0,5);	// FLCS, rel. modrow 5,  buttons 32 - 39	
  	modrow(0,6);	// FLCS, rel. modrow 6,  buttons 40 - 47  
};

connector(ModuleOne)
{
  	analog(0);
  	analog(1);
  	analog(2);
  	analog(3);
  	analog(4);
  	analog(5);
  	analog(6);
  	analog(7);
  	analog(8);
  	analog(9);
  	analog(10);
  	analog(11);
  	analog(12);
  	analog(13);
  	analog(14);
  	analog(15);

  	modrow(1,0);	// rel. ModRow 0
	modrow(1,1);	// rel. ModRow 1
	modrow(1,2);	// rel. ModRow 2
	modrow(1,3);	// rel. ModRow 3
	modrow(1,4);	// rel. ModRow 4
	modrow(1,5);	// rel. ModRow 5
	modrow(1,6);	// rel. ModRow 6
	modrow(1,7);	// rel. ModRow 7
	modrow(1,8);	// rel. ModRow 8
	modrow(1,9);	// rel. ModRow 9
	modrow(1,10);	// rel. ModRow 10
	modrow(1,11);	// rel. ModRow 11
	modrow(1,12);	// rel. ModRow 12
	modrow(1,13);	// rel. ModRow 13
	modrow(1,14);	// rel. ModRow 14
	modrow(1,15);	// rel. ModRow 15
};

connector(ModuleTwo)
{
  	modrow(2,0);	// rel. ModRow 0
  	modrow(2,1);	// rel. ModRow 1
  	modrow(2,2);	// rel. ModRow 2
  	modrow(2,3);	// rel. ModRow 3
  	modrow(2,4);	// rel. ModRow 4
  	modrow(2,5);	// rel. ModRow 5
  	modrow(2,6);	// rel. ModRow 6
  	modrow(2,7);	// rel. ModRow 7
  	modrow(2,8);	// rel. ModRow 8
  	modrow(2,9);	// rel. ModRow 9
  	modrow(2,10);	// rel. ModRow 10
  	modrow(2,11);	// rel. ModRow 11
  	modrow(2,12);	// rel. ModRow 12
  	modrow(2,13);	// rel. ModRow 13
  	modrow(2,14);	// rel. ModRow 14
  	modrow(2,15);	// rel. ModRow 15
};

//---------------------------------------------------------------------
// Connector: Rotary (module 7)
// module & analog references are relative to selected connector
//---------------------------------------------------------------------
connector(Rotary)
{
	modrow(7,0);				// rel. modrow 0	
	modrow(7,1);				// rel. modrow 1
	modrow(7,2);				// rel. modrow 2
	modrow(7,3);				// rel. modrow 3
	modrow(7,4);				// rel. modrow 4
};

//==========================================================================
// Devices
// This will show up in gaming option as devices if there are analogs,
// POV's or buttons. The first one described here will be the first
// in the gaming options list for the EPIC USBs
// module & analog references are relative to selected connector
//==========================================================================
//--------------------------------------------------------------------------
// Sidestick Pilot
// button (modrow, bit, name)
// Joystick_00 in FS2000.CFG
// Axis:
// X   Y    Z    Rx    Ry    Rz	new in EPICINFO correspond to
// X   Y    Z    U     V     R	old names of the axis
//--------------------------------------------------------------------------
device(Joystick_00)
{
  connector(ModuleZero);
  
  analog(0, AileronP, X);			// Ailerons Pilot sidestick
  analog(1, ElevatorP, Y);			// Elevators Pilot sidestick
  analog(2, AileronCP,Z);			// Ailerons CoPilot sidestick
  analog(3, ElevatorCP,Rx);			// Elevatores CoPilot sidestick
   
  // Module 0, Scanrow 0
  button(0, 0, b_Brake);			// Brakes (provisory)
  button(0, 1, b_ElevTrimUp);			// Elevator trim up
  button(0, 2, b_ElevTrimDn);			// Elevator trim down
  button(0, 3, b_AP_Dis);			// Auto Pilot disconnect
  button(0, 4, b_4);
  button(0, 5, b_5);
  button(0, 6, b_6);
  button(0, 7, b_7);

  // Module 0, Scan row 1
  button(1, 0, b_eng1_master);		// Virtual button (Button 8)
  button(1, 1, b_eng2_master);		// Virtual button (Button 9)
  button(1, 2, b_eng3_master);		// Virtual button (Button 10)
  button(1, 3, b_eng4_master);		// Virtual button (Button 11)
  button(1, 4, b_12);				// Button 12
  button(1, 5, b_13);				// Button 13
  button(1, 6, b_14);				// Button 14
  button(1, 7, b_15);				// Button 15

 // Module 0, Scan row 2
  button(2, 0, b_VORADF1OFF_P);		// Virtual button (Button 16)
  button(2, 1, b_VORADF2OFF_P);		// Virtual button (Button 17)
  button(2, 2, b_VORADF1OFF_CP);		// Virtual button (Button 18)
  button(2, 3, b_VORADF2OFF_CP);		// Virtual button (Button 19)
  button(2, 4, b_managed_SPD);		// Virtual button (Button 20)
  button(2, 5, b_21);				// Button 21
  button(2, 6, b_22);				// Button 22
  button(2, 7, b_23);				// Button 23

  // Module 0, Scan row 4 (FLCS Scan row 1)
  button(4, 0, b_LdgGear);			// Button 24
  button(4, 1, b_AutoBrakeLow);		// Button 25
  button(4, 2, b_AutoBrakeMed);		// Button 26
  button(4, 3, b_AutoBrakeMax);		// Button 27
  button(4, 4, b_BrakeFan);			// Button 28
  button(4, 5, b_Askid_NW);			// Button 29
  button(4, 6, b_30);				// Button 30
  button(4, 7, b_31);				// Button 31
};

//--------------------------------------------------------------------------
// Joystick_01 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_01)
{
  connector(ModuleZero);

  analog(4, Engine1_Throttle, X);	// Throttle 1						
  analog(5, Engine2_Throttle, Y);	// Throttle 2
  analog(6, Engine3_Throttle, Rx);	// Throttle 3
  analog(7, Engine4_Throttle, Z);	// Throttle 4

  // Module 0, Scan row 5 (FLCS Scan row 2)
  button(5, 0, b_ParkBrk);		// Button 32
  button(5, 1, b_SpdBrkArm);		// Button 33
  button(5, 2, b_SpdBrkUp);		// Button 34
  button(5, 3, b_SpdBrk1);		// Button 35
  button(5, 4, b_SpdBrk2);		// Button 36
  button(5, 5, b_SpdBrk3);		// Button 37
  button(5, 6, b_SpdBrk4);		// Button 38
  button(5, 7, b_AT_Dis);		// Button 39

  // Module 0, Scan row 6 (FLCS Scan row 2)
  button(6, 0, b_FlapsUp);		// Button 40
  button(6, 1, b_Flaps1);		// Button 41
  button(6, 2, b_Flaps2);		// Button 42
  button(6, 3, b_Flaps3);		// Button 43
  button(6, 4, b_FlapsFull);		// Button 44
  button(6, 5, b_45);			// Button 45
  button(6, 6, b_46);			// Button 46
  button(6, 7, b_47);			// Button 47
};

//--------------------------------------------------------------------------
// Joystick_02 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_02)
{
  connector(ModuleOne);

  analog(8, Engine1_Reverser, X);	// Throttle 1						
  analog(9, Engine2_Reverser, Y);	// Throttle 2
  analog(10, Engine3_Reverser, Z);	// Throttle 3
  analog(11, Engine4_Reverser, Rx);	// Throttle 4

  // Module 1, Scan row 0
  button(0, 0, b_SPD_MACH);		// toggle between SPD and MACH display 	-> Button 48		
  button(0, 1, b_sel_SPD);		// select SELECTED or MANAGED SPD		-> Button 49		
  button(0, 2, b_sel_HDG);		// select SELECTED or MANAGED HDG		-> Button 50
  button(0, 3, b_LOC);			// Localizer engage 				-> Button 51
  button(0, 4, b_HDG_FPA);		// toggle HDG/TRK and FPA/VS modes		-> Button 52
  button(0, 5, b_AP1);			// AutoP 1						-> Button 53
  button(0, 6, b_AP2);			// AutoP 2						-> Button 54
  button(0, 7, b_AT);			// Auto throttle engage				-> Button 55

  // Module 1, Scan row 1
  button(1, 0, b_sel_ALT);		// select SELECTED or MANAGED ALT		-> Button 56
  button(1, 1, b_ALT);			// Altitude hold					-> Button 57
  button(1, 2, b_metric_ALT);		// toggle metric and feet altitude disp	-> Button 58
  button(1, 3, b_range_ALT);		// select ALT range 10/100 			-> Button 59
  button(1, 4, b_sel_VS);		// Level off at current altitude		-> Button 60
  button(1, 5, b_APP);			// engage Approach mode (Aut			-> Button 61
//  button(1, 6, b_managed_HDG);	// engage managed HDG mode			-> Button 62
//  button(1, 7, b_managed_ALT);	// engage managed ALT mode			-> Button 63
};

//--------------------------------------------------------------------------
// Joystick_03 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_03)
{
  connector(ModuleOne);

  analog(12, Rudder, X);		// Rudder pedals			
  analog(13, RightBrakes, Y);		// Right Brakes 
  analog(14, LeftBrakes, Z);		// Left Brakes
  analog(15, NoseWheelTiller, Rx);	// Nose wheel tiller

  // Module 1, Scan row 2
  button(2, 0, b_ADF1_P); 		// ADF1 enable, Pilot side 			-> Button 64
  button(2, 1, b_VOR1_P); 		// VOR1 enable, Pilot side 			-> Button 65
  button(2, 2, b_ADF2_P); 		// ADF2 enable, Pilot side			-> Button 66
  button(2, 3, b_VOR2_P); 		// VOR2 enable, Pilot side 			-> Button 67
  button(2, 4, b_LS_P); 		// LS enable, Pilot side 			-> Button 68
  button(2, 5, b_FD_P);			// Flight director enable, Pilot side	-> Button 69
  button(2, 6, b_InHg_hPa_P); 	// Switch between HG and hPA, Pilot Side	-> Button 70
  button(2, 7, b_BaroStd_P); 		// Baro standard enable, Pilot side 	-> Button 71

  // Module 1, Scan Row 3
  button(3, 0, b_ND_10_P); 		// ND range 10, Pilot side 			-> Button 72
  button(3, 1, b_ND_20_P); 		// ND range 20, Pilot side 			-> Button 73
  button(3, 2, b_ND_40_P); 		// ND range 40, Pilot side 			-> Button 74
  button(3, 3, b_ND_80_P); 		// ND range 80, Pilot side 			-> Button 75
  button(3, 4, b_ND_160_P); 		// ND range 160, Pilot side 			-> Button 76
  button(3, 5, b_ND_320_P); 		// ND range 320, Pilot side 			-> Button 77
  button(3, 6, b_ARPT_P); 		// ND ARPT toggle, Pilot side 		-> Button 78
  button(3, 7, b_NDB_P);		// ND NDB togle, Pilot side 			-> Button 79

  // Module 1, Scan Row 4
  button(4, 0, b_ND_ILS_P); 		// ND ILS mode, Pilot side 			-> Button 80
  button(4, 1, b_ND_VOR_P); 		// ND VOR mode, Pilot side 			-> Button 81
  button(4, 2, b_ND_NAV_P); 		// ND NAV mode, Pilot side 			-> Button 82
  button(4, 3, b_ND_ARC_P); 		// ND ARC mode, Pilot side 			-> Button 83
  button(4, 4, b_ND_PLN_P); 		// ND PLN mode, Pilot side 			-> Button 84
  button(4, 5, b_ND_ENG_P); 		// ND ENG mode, Pilot side 			-> Button 85
  button(4, 6, b_VORD_P); 		// ND VOR toggle, Pilot side 			-> Button 86
  button(4, 7, b_WPT_P); 		// ND WPT toggle, Pilot side 			-> Button 87

  // Module 1, Scan Row 5
  button(5, 0, b_CSTR_P);		// ND CSTR toggle, Pilot side			-> Button 88
};

//--------------------------------------------------------------------------
// Device Glareshield Wings (Pilot Side) 
// Joystick_04 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_04)
{
  connector(ModuleOne);

  // Module 1, Scan Row 5 (cont'd)
  button(5, 1, b_StickPrio_P);	// Sidestick priority, Pilot side		-> Button 89
  button(5, 2, b_MastWarn_P);		// Master Warning, Pilot side			-> Button 90
  button(5, 3, b_MastCaut_P);		// Master Caution, Pilot side			-> Button 91
  button(5, 4, b_AutoLand_P);		// AutoLand, Pilot side				-> Button 92
  button(5, 5, b_Chrono_P);		// Chrono, Pilot side				-> Button 93
  button(5, 6, b_TOGA);			// Virtual Button, TOGA				-> Button 94
  //button(5. 7, b_95);			// free						-> Button 95
};

//--------------------------------------------------------------------------
// Device EICAS (CoPilot Side) 
// Joystick_05 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_05)
{
  connector(ModuleOne);
	
  // Module 1, Scan row 6
  button(6, 0, b_ADF1_CP); 		// ADF1 enable, Pilot side 			-> Button 96
  button(6, 1, b_VOR1_CP); 		// VOR1 enable, Pilot side 			-> Button 97
  button(6, 2, b_ADF2_CP); 		// ADF2 enable, Pilot side			-> Button 98
  button(6, 3, b_VOR2_CP); 		// VOR2 enable, Pilot side 			-> Button 99
  button(6, 4, b_LS_CP); 		// LS enable, Pilot side 			-> Button 100
  button(6, 5, b_FD_CP);		// Flight director enable, Pilot side	-> Button 101
  button(6, 6, b_InHg_hPa_CP); 	// Switch between HG and hPA, Pilot Side	-> Button 102
  button(6, 7, b_BaroStd_CP);		// Baro standard enable, Pilot side	-> Button 103

  // Module 1, Scan Row 7
  button(7, 0, b_ND_10_CP); 		// ND range 10, Pilot side 			-> Button 104
  button(7, 1, b_ND_20_CP); 		// ND range 20, Pilot side 			-> Button 105
  button(7, 2, b_ND_40_CP); 		// ND range 40, Pilot side 			-> Button 106
  button(7, 3, b_ND_80_CP); 		// ND range 80, Pilot side 			-> Button 107
  button(7, 4, b_ND_160_CP);		// ND range 160, Pilot side 			-> Button 108
  button(7, 5, b_ND_320_CP);		// ND range 320, Pilot side 			-> Button 109
  button(7, 6, b_ARPT_CP); 		// ND ARPT toggle, Pilot side			-> Button 100
  button(7, 7, b_NDB_CP);		// ND NDB togle, Pilot side 			-> Button 111

  // Module 1, Scan Row 8
  button(8, 0, b_ND_ILS_CP);		// ND ILS mode, Pilot side 			-> Button 112
  button(8, 1, b_ND_VOR_CP);		// ND VOR mode, Pilot side 			-> Button 113
  button(8, 2, b_ND_NAV_CP);		// ND NAV mode, Pilot side 			-> Button 114
  button(8, 3, b_ND_ARC_CP);		// ND ARC mode, Pilot side 			-> Button 115
  button(8, 4, b_ND_PLN_CP);		// ND PLN mode, Pilot side 			-> Button 116
  button(8, 5, b_ND_ENG_CP);		// ND ENG mode, Pilot side 			-> Button 117
  button(8, 6, b_VORD_CP); 		// ND VOR toggle, Pilot side 			-> Button 118
  button(8, 7, b_WPT_CP); 		// ND WPT toggle, Pilot side 			-> Button 119

  // Module 1, Scan Row 9
  button(9, 0, b_CSTR_CP);		// ND CSTR toggle, Pilot side			-> Button 120
};

//--------------------------------------------------------------------------
// Device EICAS (CoPilot Side) 
// Joystick_06 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_06)
{
  connector(ModuleOne);

  // Module 1, Scan Row 9 (cont'd)
  button(9, 1, b_StickPrio_CP);	// Sidestick priority, Pilot side		-> Button 121
  button(9, 2, b_MastWarn_CP);	// Master Warning, Pilot side			-> Button 122
  button(9, 3, b_MastCaut_CP);	// Master Caution, Pilot side			-> Button 123
  button(9, 4, b_AutoLand_CP);	// AutoLand, Pilot side				-> Button 124
  button(9, 5, b_Chrono_CP);		// Chrono, Pilot side				-> Button 125
  button(9, 6, b_126);			// free			 			-> Button 126
  button(9, 7, b_127);			// free						-> Button 127
};

//--------------------------------------------------------------------------
// Device MCDU Pilot (buttons on module one)
// Joystick_07 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_07)
{
  connector(ModuleOne);

  // Module 1, Scan Row 10
  button(10, 0, b_CDU_LSK1L_P);	// Line select Key 1 left			-> Button 128
  button(10, 1, b_CDU_LSK2L_P);	// Line select Key 2 left			-> Button 129
  button(10, 2, b_CDU_LSK3L_P);	// Line select Key 3 left			-> Button 130
  button(10, 3, b_CDU_LSK4L_P);	// Line select Key 4 left			-> Button 131
  button(10, 4, b_CDU_LSK5L_P);	// Line select Key 5 left			-> Button 132
  button(10, 5, b_CDU_LSK6L_P);	// Line select Key 6 left			-> Button 133
  button(10, 6, b_CDU_ARPT_P);  	// ARPT: Airport page key			-> Button 134
  button(10, 7, b_CDU_DIR_P);		// DIR:  Direct to page key			-> Button 135

  // Module 1, Scan Row 11
  button(11, 0, b_CDU_LSK1R_P);	// Line select Key 1 right			-> Button 136
  button(11, 1, b_CDU_LSK2R_P);	// Line select Key 2 right			-> Button 137
  button(11, 2, b_CDU_LSK3R_P);	// Line select Key 3 right			-> Button 138
  button(11, 3, b_CDU_LSK4R_P);	// Line select Key 4 right			-> Button 139
  button(11, 4, b_CDU_LSK5R_P);	// Line select Key 5 right			-> Button 140
  button(11, 5, b_CDU_LSK6R_P);	// Line select Key 6 right			-> Button 141
  button(11, 6, b_CDU_DATA_P);	// DATA: Data page key				-> Button 142
  button(11, 7, b_CDU_INIT_P);	// INIT: Init page key				-> Button 143

  // Module 1, Scan Row 12
  button(12, 0, b_CDU_PROG_P);	// PROG: Progress page key			-> Button 144
  button(12, 1, b_CDU_PERF_P);	// PERF: Performance page key			-> Button 145
  button(12, 2, b_CDU_NXTPG_P);	// NEXT PAGE: Next Page key			-> Button 146
  button(12, 3, b_CDU_FPLN_P);	// F-PLN: Flight Plan page key		-> Button 147
  button(12, 4, b_CDU_RADNAV_P);	// RAD-NAV: Radio/Navigation page key	-> Button 148
  button(12, 5, b_CDU_FPRED_P);	// FUEL PRED: Fuel Prediction key		-> Button 149
  button(12, 6, b_CDU_SFPLN_P);	// SEC F-PLAN: Secondary Flight Plan key	-> Button 150
  button(12, 7, b_CDU_VOID_P);	// empty key, no function (so far)		-> Button 151

  // Module 1, Scan Row 13
  button(13, 0, b_CDU_MENU_P);	// MENU: Menu Page Key				-> Button 152
  button(13, 1, b_CDU_A_P);		// A key 						-> Button 153
  button(13, 2, b_CDU_B_P);		// B key						-> Button 154
  button(13, 3, b_CDU_C_P);		// C key						-> Button 155
  button(13, 4, b_CDU_D_P);		// D key						-> Button 156
  button(13, 5, b_CDU_E_P);		// E key						-> Button 157
  button(13, 6, b_CDU_F_P);		// F key						-> Button 158
  button(13, 7, b_CDU_G_P);		// G key						-> Button 159

  // Module 1, Scan Row 14
  button(14, 0, b_CDU_H_P);		// H key						-> Button 160
  button(14, 1, b_CDU_I_P);		// I key						-> Button 161
  button(14, 2, b_CDU_J_P);		// J key						-> Button 162
  button(14, 3, b_CDU_K_P);		// K key						-> Button 163
  button(14, 4, b_CDU_L_P);		// L key						-> Button 164
  button(14, 5, b_CDU_M_P);		// M key						-> Button 165
  button(14, 6, b_CDU_N_P);		// N key						-> Button 166

  button(14, 7, b_CDU_O_P);		// O key						-> Button 167

  // Module 1, Scan Row 15
  button(15, 0, b_CDU_P_P);		// P key						-> Button 168
  button(15, 1, b_CDU_Q_P);		// Q key						-> Button 169
  button(15, 2, b_CDU_R_P);		// R key						-> Button 170
  button(15, 3, b_CDU_S_P);		// S key						-> Button 171
  button(15, 4, b_CDU_T_P);		// T key						-> Button 172
  button(15, 5, b_CDU_U_P);		// U key						-> Button 173
  button(15, 6, b_CDU_V_P);		// V key						-> Button 174
  button(15, 7, b_CDU_W_P);		// W key						-> Button 175
};

//--------------------------------------------------------------------------
// Device MCDU Pilot (buttons on module two)
// Joystick_08 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_08)
{
  connector(ModuleTwo);

  // Module 2, Scan Row 0
  button(0, 0, b_CDU_X_P);		// X key						-> Button 176
  button(0, 1, b_CDU_Y_P);		// Y key						-> Button 177
  button(0, 2, b_CDU_Z_P);		// Z key						-> Button 178
  button(0, 3, b_CDU_SLASH_P);  	// /: Slash key					-> Button 179
  button(0, 4, b_CDU_SPACE_P);	// _: Space key					-> Button 180
  button(0, 5, b_CDU_OVFY_P);		// OVFY: Overfly key				-> Button 181
  button(0, 6, b_CDU_CLEAR_P);	// CLR: Clear key					-> Button 182
  button(0, 7, b_CDU_SIGN_P);		// +-: Sign key					-> Button 183
	
  // Module 2, Scan Row 1
  button(1, 0, b_CDU_LEFT_P);		// <: Left arrow key				-> Button 184
  button(1, 1, b_CDU_UP_P);		// ^: Up arrow key				-> Button 185
  button(1, 2, b_CDU_RIGHT_P);	// >: right arrow key				-> Button 186
  button(1, 3, b_CDU_DOWN_P);		// v: Down arrow key				-> Button 187
  button(1, 4, b_CDU_1_P);		// 1 key						-> Button 188
  button(1, 5, b_CDU_2_P);		// 2 key						-> Button 189
  button(1, 6, b_CDU_3_P);		// 3 key						-> Button 190
  button(1, 7, b_CDU_4_P);		// 4 key						-> Button 191

  // Module 3, Scan Row 2
  button(2, 0, b_CDU_5_P);		// 5 key						-> Button 192
  button(2, 1, b_CDU_6_P);		// 6 key						-> Button 193
  button(2, 2, b_CDU_7_P);		// 7 key						-> Button 194
  button(2, 3, b_CDU_8_P);		// 8 key						-> Button 195
  button(2, 4, b_CDU_9_P);		// 9 key						-> Button 196
  button(2, 5, b_CDU_0_P);		// 0 key						-> Button 197
  button(2, 6, b_CDU_POINT_P);	// .: Decimal point key				-> Button 198
};

//--------------------------------------------------------------------------
// Device RMP (Pilot Side) 
// Joystick_09 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_09)
{
  connector(ModuleTwo);

  // Module 2, Scan Row 2 (cont'd)
  button(2, 7, b_RMP_XFER_P);		// XFER VHF1 freq. act - stby			-> Button 199

  // Module 2, Scan Row 3
  button(3, 0, b_RMP_VHF1_P);		// VHF1 selector					-> Button 200
  button(3, 1, b_RMP_VHF2_P);		// VHF2 selector					-> Button 201
  button(3, 2, b_RMP_VHF3_P);		// VHF3 selector					-> Button 202
  button(3, 3, b_RMP_HF1_P);		// HF1 selector					-> Button 203
  button(3, 4, b_RMP_SEL_P);		// SEL light					-> Button 204
  button(3, 5, b_RMP_HF2_P);		// HF2 selector					-> Button 205
  button(3, 6, b_RMP_AM_P);		// AM selector					-> Button 206
  button(3, 7, b_RMP_NAV_P);		// NAV backup mode selector			-> Button 207

  // Module 2, Scan Row 4
  button(4, 0, b_RMP_VOR_P);		// VOR frequency select enable		-> Button 208
  button(4, 1, b_RMP_ILS_P);		// ILS frequency select enable		-> Button 209
  button(4, 2, b_RMP_MLS_P);		// MLS frequency select enable		-> Button 210
  button(4, 3, b_RMP_ADF_P);		// ADF frequency select enable		-> Button 211
  button(4, 4, b_RMP_BFO_P);		// BFO frequency select enable		-> Button 212
  button(4, 5, b_RMP_OnOff_P);	// On/Off button RMP pilot			-> Button 213
  button(4, 6, b_RudderTrim_L);	// Rudder trim left on				-> Button 214
  button(4, 7, b_RudderTrim_R);	// Rudder trim right on				-> Button 215

};

//--------------------------------------------------------------------------
// Device ECAM display select panel
// Joystick_10
//--------------------------------------------------------------------------
device(Joystick_10)
{
  connector(ModuleTwo);

 // Module 2, Scan Row 5
  button(5, 0, b_TO_CFG);		// Take off config				-> Button 214
  button(5, 1, b_EMER_CANC);		// Emergency cancel				-> Button 215
  button(5, 2, b_ENG_PAGE);		// Engine page					-> Button 216
  button(5, 3, b_BLEED_PAGE);		// Bleed page					-> Button 217
  button(5, 4, b_PRESS_PAGE);		// Pressure page					-> Button 218
  button(5, 5, b_ELEC_AC_PAGE);	// Electric AC page				-> Button 220
  button(5, 6, b_ELEC_DC_PAGE);	// Electric DC page				-> Button 221
  button(5, 7, b_HYD_PAGE);		// Hydraulic page					-> Button 222
  
  // Module 2, Scan Row 6
  button(6, 0, b_CIRCUIT_BREAKER_PAGE);	// Circuit breaker page					-> Button 223
  button(6, 1, b_APU_PAGE);		// APU page						-> Button 224
  button(6, 2, b_AIR_COND_PAGE);	// Air condition page				-> Button 225
  button(6, 3, b_DOOR_PAGE);		// Door page					-> Button 226
  button(6, 4, b_WHEEL_PAGE);		// Wheel page					-> Button 227
  button(6, 5, b_FLIGHT_CTL_PAGE);	// Flight control page				-> Button 228
  button(6, 6, b_FUEL_PAGE);		// Fuel page					-> Button 229
  button(6, 7, b_ALL_PAGES_BTN);	// All pages sequentially displayed		-> Button 230
  
  // Module 2, Scan Row 7
  button(7, 0, b_CLEAR_LEFT_BTN);	// Left clear button				-> Button 231
  button(7, 1, b_STATUS_PAGE);	// ECAM status page				-> Button 232
  button(7, 2, b_RECALL_BTN);		// Recall button					-> Button 233
  button(7, 3, b_CLEAR_RIGHT_BTN);	// Right clear button				-> Button 234
  button(7, 4, b_UPPER_ECAM);		// Upper ecam on/off				-> Button 235
  button(7, 5, b_LOWER_ECAM);		// Lower ecam on/off				-> Button 236
};

//--------------------------------------------------------------------------
// Device Engine start, WXR, EFIS DMC
// Joystick_11
//--------------------------------------------------------------------------
device(Joystick_11)
{
  connector(ModuleTwo);

 // Module 2, Scan Row 8
  button(8, 0, b_ENG_1_STARTER);		// Engine 1 start switch		-> Button 239
  button(8, 1, b_ENG_2_STARTER);		// Engine 2 start switch		-> Button 240
  button(8, 2, b_ENG_3_STARTER);		// Engine 3 start switch		-> Button 241
  button(8, 3, b_ENG_4_STARTER);		// Engine 4 start switch 		-> Button 242
  button(8, 4, b_ENG_NORM);			// Engine master start : Normal	-> Button 243	
  button(8, 5, b_ENG_IGN_START);		// Engine master start : Ign/start	-> Button 244
  button(8, 6, b_ENG_CRANK);			// Engine master start : crank	-> Button 245
  button(9, 7, b_mod2_row8_free);		// free					-> Button 246
  
  // Module 2, Scan Row 9
  button(9, 0, b_LDSPKR_CPT_ON_OFF);	// Captains loudspeaker on/off	-> Button 247
  button(9, 1, b_CPT_EFIS_DMC_2);		// EFIS DMC position 2			-> Button 248
  button(9, 2, b_CPT_EFIS_DMC_3);		// EFIS DMC position 3 			-> Button 249
  button(9, 3, b_CPT_EFIS_DMC_NORM);	// EFIS DMC position normal 		-> Button 250
  button(9, 4, b_CPT_PFD_ND_SWAP);		// Swap PFD/ND Displays			-> Button 251	
  button(9, 5, b_CPT_ND_ON_OFF);		// ND Display on/off			-> Button 252
  button(9, 6, b_CPT_PFD_ON_OFF);		// PFD Display on/off			-> Button 253
  button(9, 7, b_mod2_row9_free);		// free					-> Button 254

  // Module 2, Scan Row 10
  button(10, 0, b_LDSPKR_FO_ON_OFF);	// First officer loudspeaker on/off	-> Button 255
  button(10, 1, b_FO_EFIS_DMC_1);		// EFIS DMC position 2			-> Button 256
  button(10, 2, b_FO_EFIS_DMC_3);		// EFIS DMC position 3 			-> Button 257
  button(10, 3, b_FO_EFIS_DMC_NORM);	// EFIS DMC position normal 		-> Button 258
  button(10, 4, b_FO_PFD_ND_SWAP);		// Swap PFD/ND Displays			-> Button 259	
  button(10, 5, b_FO_ND_ON_OFF);		// ND Display on/off			-> Button 260
  button(10, 6, b_FO_PFD_ON_OFF);		// PFD Display on/off			-> Button 261
  button(10, 7, b_mod2_row10_free);		// free					-> Button 262

  // Module 2, Scan Row 11
  button(11, 0, b_WXR_SYS2);			// Weather radar system 1		-> Button 255
  button(11, 1, b_WXR_SYS1);			// Weather radar system 2		-> Button 256
  button(11, 2, b_WXR_WX);			// Weather radar WXR			-> Button 257
  button(11, 3, b_WXR_WX_TURB);		// Weather radar WXR/TURB 		-> Button 258
  button(11, 4, b_WXR_MAP);			// Weather radar MAP			-> Button 259	
  button(11, 5, b_WXR_GAIN_ON_OFF);		// Weather radar gain on/off		-> Button 260
  button(11, 6, b_mod2_row11_B6_free);	// free					-> Button 261
  button(11, 7, b_mod2_row11_B7_free);	// free					-> Button 262

};

//--------------------------------------------------------------------------
// ATC, XPDR
// Joystick_12
//--------------------------------------------------------------------------
device(Joystick_12)
{
  connector(ModuleTwo);

 // Module 2, Scan Row 12
  button(12, 0, b_ATC_Ident);			// ATC Ident				-> Button 263
  button(12, 1, b_ATC_SYS2);			// ATC System 1				-> Button 264
  button(12, 2, b_ATC_SYS1);			// ATC System2				-> Button 265
  button(12, 3, b_StrobeOff);			// Strobe off (when button on, when off -> AUTO) 	-> Button 266
  button(12, 4, b_Beacon);			// Beacon					-> Button 267	
  button(12, 5, b_WingLights);		// Wing lights				-> Button 268
  button(12, 6, b_NavLogoOff);		// Nav logo off (when button on, when off -> AUTO) 	-> Button 269
  button(12, 7, b_NavLogoOn);			// Nav logo on  (when button on, when off -> AUTO)	-> Button 270
  
  // Module 2, Scan Row 13
  button(13, 0, b_TCAS_Below);		// TCAS below				-> Button 271
  button(13, 1, b_TCAS_Above);		// TCAS above				-> Button 272
  button(13, 2, b_TCAS_Mode_TFC);		// TCAS mode TFC	 			-> Button 273  
  button(13, 3, b_TCAS_Mode_TA_RA);		// TCAS mode TA/RA	 		-> Button 274  
  button(13, 4, b_TCAS_Mode_TA);		// TCAS mode TA				-> Button 275
  button(13, 5, b_TCAS_Mode_DEACT);		// TCAS mode DEAcT			-> Button 276  
  button(13, 6, b_TCAS_Mode_STBY);		// TCAS mode STBY				-> Button 277  
  button(13, 7, b_TCAS_Mode_XPDR);		// TCAS mode XPDR				-> Button 278
  
  // Module 2, Scan Row 14
  button(14, 0, b_RwyTurnOff);		// Runway turnoff lights		-> Button 279
  button(14, 1, b_LandingLights);		// Landing lights				-> Button 280
  button(14, 2, b_NoseLightTO);		// Nose light T.O. (when button on, when off-> TAXI)	-> Button 282  
  button(14, 3, b_NoseLightTaxi);		// Nose light off (when button on, when off -> TAXI)	-> Button 281  
  button(14, 4, b_ApuMaster);			// APU master switch			-> Button 283
  button(14, 5, b_ApuStart);			// APU start switch			-> Button 284  
  button(14, 6, b_SeatBeltsSignOff);	// seat belts off (when button on, when off -> AUTO)	-> Button 285  
  button(14, 7, b_SeatBeltsSignOn);		// seat belts on (when button on, when off -> AUTO) 	-> Button 286
  
    // Module 2, Scan Row 15
  button(15, 0, b_NoSmokingSignOn);		// no smoking on (when button off, when on -> AUTO)			-> Button 287
  button(15, 1, b_NoSmokingSignOff);	// no smoking off (when button off, when on -> AUTO)			-> Button 288
  button(15, 2, b_AnnLight_Test);		// Annunciator lights test (when button on, when off -> BRT) 	-> Button 290  
  button(15, 3, b_AnnLight_Bright);		// Annunciator lights bright (when button on, when off -> BRT)	-> Button 289  
  button(15, 4, b_291);				//
  button(15, 5, b_292);				//
  button(15, 6, b_293);				// 
  button(15, 7, b_294);				// 
};

//==========================================================================
// Display Devices
// Display in FS2000.CFG
//==========================================================================
//--------------------------------------------------------------------------
// 7-segment displays Module 1
// display(name, module, start_digit, format)
// display(two, 2, 4, "0000", true)		zeroes shown
// display(two, 2, 4, "99.99", true)   	zeroes supressed, decimal point enabled
//--------------------------------------------------------------------------
device(Display)
{
	display(disp_ALT, 		BITOUTPUT, 	0, 	"00000", 	true);	// 5 digits, decimal point disabled
	display(disp_ALT_00, 		BITOUTPUT, 	0, 	"00", 	true);	// 2 digits, decimal point disabled
	display(disp_ALT_000, 		BITOUTPUT, 	2, 	"000", 	true);	// 3 digits, decimal point disabled
  	display(disp_ALT_mngd,		BITOUTPUT,  0, 	"00.", 	true);	// 2 digits, last decimal point enabled
  	display(disp_SPD,			BITOUTPUT, 	5, 	"000", 	true);	// 3 digits, decimal point disabled
  	display(disp_MACH_blank,	BITOUTPUT, 	7, 	"9.", 	true);	// 1 digits, decimal point enabled
  	display(disp_MACH,		BITOUTPUT,	5,	"00",		true);	// 2 digits, decimal point disabled
  	display(disp_VS, 			BITOUTPUT, 	8, 	"0000", 	true);	// 4 digits, decimal point disabled
  	display(disp_sign_VS, 		BITOUTPUT, 	12, 	"9", 		true);	// 1 digit, decimal point disabled, leading 0 blanking
  	display(disp_FPA,			BITOUTPUT, 	8, 	"0.0", 	true);	// 2 digits, decimal point enabled
  	display(disp_sign_FPA, 		BITOUTPUT, 	10, 	"9", 		true);	// 1 digit, decimal point disabled, leading 0 blanking  	
  	display(disp_FPA_BLANK,		BITOUTPUT, 	11, 	"00",		true);	// 2 digit, decimal point disabled, all 0 blanking  	
  	display(disp_HDG,			BITOUTPUT, 	13, 	"000", 	true);	// 3 digits, decimal point disabled
  	display(disp_BaroInHg_CP, 	BITOUTPUT, 	16, 	"00.00", 	true);	// decimal point enabled
  	display(disp_BarohPa_CP, 	BITOUTPUT, 	16, 	"0000", 	true);	// decimal point disabled
  	display(disp_BaroInHg_P, 	BITOUTPUT, 	20, 	"00.00", 	true);	// decimal point enabled
  	display(disp_BarohPa_P, 	BITOUTPUT, 	20, 	"0000", 	true);	// decimal point disabled
  	display(disp_XPDR,		BITOUTPUT, 	24, 	"0000",	true);	// 4 digits, decimal point disabled
  	display(disp_XPDR_1_10,		BITOUTPUT, 	24, 	"00",		true);	// 2 digits, decimal point disabled
  	display(disp_XPDR_100_1000,	BITOUTPUT, 	26, 	"00",		true);	// 2 digits, decimal point disabled
  	display(disp_RudTrimPos, 	BITOUTPUT, 	28, 	"0.00", 	true);	// 3 digits Rudder Trim display, decimal point enabled
  	display(disp_RudTrimPos_LR,	BITOUTPUT, 	31, 	"0", 		true);	// 1 digit Rudder Trim display L/R, decimal point disabled
//TEST  	
  	display(disp_ElevTrimPos, 	BITOUTPUT, 	28, 	"0000", 	true);	// 3 digits Rudder Trim display, decimal point enabled
//TEST
//--------------------------------------------------------------------
// 7-segment display Module 2
//--------------------------------------------------------------------
  	display(disp_VHF1stby_d, 	BITOUTPUT, 	32,	"00",		true);	// 2 digits, decimal part
  	display(disp_VHF1stby_h, 	BITOUTPUT, 	34, 	"999.", 	true);	// 3 digits, hundreds part, leading zero blanking
  	display(disp_ADF1stby_d, 	BITOUTPUT, 	32, 	"00", 	true);	// 2 digit, decimal point not set 
  	display(disp_ADF1stby_h, 	BITOUTPUT, 	34, 	"999.", 	true);	// 3 digits, decimal point set, leading zero blanking
  	display(disp_VOR1crs, 		BITOUTPUT, 	32, 	"99999", 	true);	// 5 digits, no decimal point
	display(disp_VHF1act,		BITOUTPUT,	40,	"999.00",	true);
	display(disp_ADF1act,		BITOUTPUT, 	40,	"0000.0",	true);  	
  	display(disp_VHF2stby_d, 	BITOUTPUT, 	48, 	"00", 	true);	// 2 digits, decimal part
  	display(disp_VHF2stby_h, 	BITOUTPUT, 	50, 	"999.", 	true);	// 3 digits, hundreds part, leading zero blanking
  	display(disp_ADF2stby_d, 	BITOUTPUT, 	48, 	"00", 	true);	// 2 digit, decimal point not set 
  	display(disp_ADF2stby_h, 	BITOUTPUT, 	50, 	"999.", 	true);	// 3 digits,
  	display(disp_VOR2crs, 		BITOUTPUT, 	48, 	"99999", 	true);	// 5 digits, no decimal point
  	display(disp_VHF2act,	 	BITOUTPUT, 	56, 	"999.00", 	true);	// 2 digits, decimal part
	display(disp_ADF2act,		BITOUTPUT, 	56,	"0000.0",	true);  	
  
//------------------------------------------------------------------------------------------
// Redefinition of all displays for "bulb test". When the "Test" button is pressed, all 
// lights should light up, including the 7-segment displays with all decimal points and 
// segments lit up. Groups of 4 digits are defined, because this way it's easy to send
// a word variable with the figure '8888' to light up all segments of the digit.
//------------------------------------------------------------------------------------------
  	display(disp_SegTest0, 		BITOUTPUT, 	0, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest1, 		BITOUTPUT, 	4, 	"0000", true);	// all decimal points enabled  
  	display(disp_SegTest2, 		BITOUTPUT, 	8, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest3, 		BITOUTPUT, 	12, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest4, 		BITOUTPUT, 	16, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest5, 		BITOUTPUT, 	20, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest6, 		BITOUTPUT, 	24, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest7,		BITOUTPUT, 	28, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest8, 		BITOUTPUT, 	32, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest9, 		BITOUTPUT, 	36, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest10, 	BITOUTPUT, 	40, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest11, 	BITOUTPUT, 	44, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest12, 	BITOUTPUT, 	48, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest13, 	BITOUTPUT, 	52, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest14, 	BITOUTPUT, 	56, 	"0000", true);	// all decimal points enabled
  	display(disp_SegTest15, 	BITOUTPUT, 	60, 	"0000", true);	// all decimal points enabled
};

//==========================================================================
// Define Output module lights and LED's, output module 0, rows 0 to 3
// The output statement has the following parameter:
// output(name, module number, row number)
//==========================================================================
device(LEDs)
{
// Module 0, row 0
	output(LEDs_0, 0, 0)
  	{
		led_LOC 			= 0b00000001;
		led_AP1			= 0b00000010;
		led_AP2 			= 0b00000100;
		led_AT  			= 0b00001000;
		led_ALT 			= 0b00010000;
		led_APP 			= 0b00100000;
		led_mngd_SPD 		= 0b01000000;
		led_mngd_HDG 		= 0b10000000;
	};
// Module 0, row 1
	output(LEDs_1, 0, 1)
	{
		led_mngd_ALT 			= 0b00000001;
		led_StickPrio_RedArrow_P 	= 0b00000010;
		led_MastWarn_P 			= 0b00000100;
		led_MastCaut_P			= 0b00001000;
		led_AutoLand_P 			= 0b00010000;
		led_StickPrio_RedArrow_CP	= 0b00100000;
		led_MastWarn_CP			= 0b01000000;
		led_MastCaut_CP			= 0b10000000;
	};	
// Module 0, row 2
  output(LEDs_2, 0, 2)
  	{
		led_AutoLand_CP		= 0b00000001;
		led_BrakeFan		= 0b00000010;
		led_AutoBrakeMax		= 0b00000100;
		led_AutoBrakeMed		= 0b00001000;
		led_AutoBrakeLow 		= 0b00010000;
		led_AutoBrakeFan		= 0b00100000;
		led_free_01			= 0b01000000;
		led_free_02			= 0b10000000;
	};
// Module 0, row 3
	output(LEDs_3, 0, 3)
	{
		led_LdgGearNoseUnlck	= 0b00000001;
		led_LdgGearNoseLock	= 0b00000010;
		led_LdgGearLeftUnlck	= 0b00000100;
		led_LdgGearLeftLock	= 0b00001000;
		led_LdgGearCenterUnlck 	= 0b00010000;
		led_LdgGearCenterLock	= 0b00100000;
		led_LdgGearRightUnlck	= 0b01000000;
		led_LdgGearRightLock	= 0b10000000;
	};  

//==========================================================================
// Define Output module lights and LED's, output module 0, rows 4 to 7
// The output statement has the following parameter:
// output(name, module number, row number)
//==========================================================================
// Module 0, row 4
	output(LEDs_4, 0, 4)
  	{
		led_00 		= 0b00000001;
		led_01		= 0b00000010;
		led_02 		= 0b00000100;
		led_03  		= 0b00001000;
		led_04 		= 0b00010000;
		led_05 		= 0b00100000;
		led_06	 	= 0b01000000;
		led_07	 	= 0b10000000;
	};
// Module 0, row 5
	output(LEDs_5, 0, 5)
	{
		led_07 		= 0b00000001;
		led_09		= 0b00000010;
		led_10		= 0b00000100;
		led_11		= 0b00001000;
		led_12 		= 0b00010000;
		led_13		= 0b00100000;
		led_14		= 0b01000000;
		led_15		= 0b10000000;
	};	
// Module 0, row 6
  	output(LEDs_6, 0, 6)
  	{
		led_16		= 0b00000001;
		led_17		= 0b00000010;
		led_18		= 0b00000100;
		led_19		= 0b00001000;
		led_20 		= 0b00010000;
		led_21		= 0b00100000;
		led_APU_Start	= 0b01000000;
		led_APU_Master	= 0b10000000;
	};
// Module 0, row 7
	output(LEDs_7, 0, 7)
	{
		led_24		= 0b00000001;
		led_25		= 0b00000010;
		led_26		= 0b00000100;
		led_27		= 0b00001000;
		led_28 		= 0b00010000;
		led_29		= 0b00100000;
		led_30		= 0b01000000;
		led_31		= 0b10000000;
	};  
};

//==========================================================================
// Rotary Encoders (module 7)
// Joystick_11 in FS2000_CFG
//==========================================================================
device(Rotaries)
{
  connector(Rotary);

  // Module 7, Scan Row 0
  button(0, 0, r_cnt_SPD);		// Speed setting count				-> Button 700
  button(0, 1, r_dir_SPD); 		// Speed setting direction			-> Button 701
  button(0, 2, r_cnt_HDG); 		// Heading setting count			-> Button 702
  button(0, 3, r_dir_HDG); 		// Deading setting direction			-> Button 703
  button(0, 4, r_cnt_ALT); 		// Altitude setting count			-> Button 704
  button(0, 5, r_dir_ALT); 		// Altitude setting direction			-> Button 705
  button(0, 6, r_cnt_VS); 		// Vertical Speed count				-> Button 706
  button(0, 7, r_dir_VS); 		// Veritcal Speed direction			-> Button 707

  // Module 7, Scan Row 1
  button(1, 0, r_cnt_Baro_P); 	// Baro pilot count				-> Button 708
  button(1, 1, r_dir_Baro_P); 	// Baro pilot turn direction			-> Button 709
  button(1, 2, r_cnt_Baro_CP); 	// Baro copilot count				-> Button 710
  button(1, 3, r_dir_Baro_CP); 	// Baro copilot turn direction		-> Button 711	
  button(1, 4, r_cnt_VHF1_h);		// COM pilot hundreds count			-> Button 712
  button(1, 5, r_dir_VHF1_h);		// COM pilot hundreds direction		-> Button 713
  button(1, 6, r_cnt_VHF1_d);		// COM pilot decimals count			-> Button 714
  button(1, 7, r_dir_VHF1_d);		// COM pilot decimals direction		-> Button 715

  // Module 7, Scan Row 2
  button(2, 0, r_cnt_VHF2_h);		// COM copilot hundreds count			-> Button 716
  button(2, 1, r_dir_VHF2_h);		// COM copilot hundreds direction		-> Button 717
  button(2, 2, r_cnt_VHF2_d);		// COM copilot decimals count			-> Button 718
  button(2, 3, r_dir_VHF2_d);		// COM copilot decimals direction		-> Button 719
  button(2, 4, r_cnt_XPDR_high);	// Transponder upper two digits count	-> Button 720
  button(2, 5, r_dir_XPDR_high);	// Transponder upper two digits turn direction	-> Buton 721
  button(2, 6, r_cnt_XPDR_low);	// Transponder lower two digits count		-> Buton 722
  button(2, 7, r_dir_XPDR_low);	// Transponder lower two digits turn direction	-> Buton 723
};