//====================================================================
// This module defines settings for the second expansion module.This 
// module has no analog channels. It is used mainly for the overhead
// panel controls and lights.
//====================================================================

//=====================================================================
// Connectors
//=====================================================================
//--------------------------------------------------------------------------
// Second expansion module ->	Buttons 0 - 355
// 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(ModuleThree)
{
  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(ModuleFour)
{
  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(ModuleFive)
{
  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_ExpMod_2)
{
	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
};

//--------------------------------------------------------------------------
// button (modrow, bit, name)
// Joystick_00 in FS2000.CFG
//--------------------------------------------------------------------------
device(Joystick_00_ExpMod_2)
{
  connector(ModuleThree);
    
  // Module 0, Scanrow 0
  button(0, 0, b_0);				// 
  button(0, 1, b_1);				// 
  button(0, 2, b_2);				// 
  button(0, 3, b_3);				// 
  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_8);				// 
  button(1, 1, b_9);				// 
  button(1, 2, b_10);				// 
  button(1, 3, b_11);				// 
  button(1, 4, b_12);				// 
  button(1, 5, b_13);				// 
  button(1, 6, b_14);				// 
  button(1, 7, b_15);				// 

 // Module 0, Scan row 2
  button(2, 0, b_16);				// 
  button(2, 1, b_17);				// 
  button(2, 2, b_18);				// 
  button(2, 3, b_19);				// 
  button(2, 4, b_20);				// 
  button(2, 5, b_21);				// 
  button(2, 6, b_22);				// 
  button(2, 7, b_23);				// 

  // Module 0, Scan row 4 (FLCS Scan row 1)
  button(4, 0, b_24);
  button(4, 1, b_25);
  button(4, 2, b_26);
  button(4, 3, b_27);
  button(4, 4, b_28);
  button(4, 5, b_29);
  button(4, 6, b_30);
  button(4, 7, b_31);

  // Module 0, Scan row 5 (FLCS Scan row 2)
  button(5, 0, b_32);
  button(5, 1, b_33);
  button(5, 2, b_34);
  button(5, 3, b_35);
  button(5, 4, b_36);
  button(5, 5, b_37);
  button(5, 6, b_38);
  button(5, 7, b_39);

  // Module 0, Scan row 6 (FLCS Scan row 2)
  button(6, 0, b_40);
  button(6, 1, b_41);
  button(6, 2, b_42);
  button(6, 3, b_43);
  button(6, 4, b_44);
  button(6, 5, b_45);
  button(6, 6, b_46);
  button(6, 7, b_47);
};

//==========================================================================
// 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
//==========================================================================
//--------------------------------------------------------------------------
// Joystick_01 in FS2000.CFG
//--------------------------------------------------------------------------
device(X_Panel)
{
  connector(ModuleFour);

  // Module 4, Scan row 0
  button(0, 0, b_48);
  button(0, 1, b_49);
  button(0, 2, b_50);
  button(0, 3, b_51);
  button(0, 4, b_52);
  button(0, 5, b_53);  
  button(0, 6, b_54);
  button(0, 7, b_55);

  // Module 4, Scan row 1
  button(1, 0, b_56);
  button(1, 1, b_57);
  button(1, 2, b_58);
  button(1, 3, b_59);
  button(1, 4, b_60);
  button(1, 5, b_61);
  button(1, 6, b_62);
  button(1, 7, b_63);  

  // Module 4, Scan row 2
  button(2, 0, b_64);
  button(2, 1, b_65);
  button(2, 2, b_66);
  button(2, 3, b_67);
  button(2, 4, b_68);
  button(2, 5, b_69);
  button(2, 6, b_APU_Bleed);
  button(2, 7, b_71);   
};

//--------------------------------------------------------------------------
// Module 5, device AIR_Panel
//--------------------------------------------------------------------------
device(AIR_Panel)
{
  connector(ModuleFive);

  // Module 5, Scan row 0
  button(0, 0, b_5_0);
  button(0, 1, b_5_1);
  button(0, 2, b_5_2);
  button(0, 3, b_5_3);
  button(0, 4, b_5_4);
  button(0, 5, b_5_5);  
  button(0, 6, b_5_6);
  button(0, 7, b_5_7);

  // Module 5, Scan row 1
  button(1, 0, b_5_8);
  button(1, 1, b_5_9);
  button(1, 2, b_5_10);
  button(1, 3, b_5_11);
  button(1, 4, b_5_12);
  button(1, 5, b_5_13);
  button(1, 6, b_5_14);
  button(1, 7, b_5_15);  
  
  // Module 5, Scan row 2
  button(2, 0, b_5_16);
  button(2, 1, b_5_17);
  button(2, 2, b_5_18);
  button(2, 3, b_5_19);
  button(2, 4, b_5_20);
  button(2, 5, b_5_21);
  button(2, 6, b_APU_Bleed);
  button(2, 7, b_5_23);   
};

//==========================================================================
// 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_ExpMod_2)
{
	//display(disp_ALT, 		BITOUTPUT, 	0, 	"00000", 	true);	// 5 digits, decimal point disabled

//--------------------------------------------------------------------
// 7-segment display Module 2
//--------------------------------------------------------------------
  	//display(disp_VHF1stby_d, 	BITOUTPUT, 	32,	"00",		true);	// 2 digits, decimal part
  
//------------------------------------------------------------------------------------------
// 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  
};

//==========================================================================
// 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_ExpMod_2)
{
// 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;
//	};
};

//==========================================================================
// Rotary Encoders (module 7)
// Joystick_11 in FS2000_CFG
//==========================================================================
device(Rotaries_ExpMod_2)
{
  connector(Rotary_ExpMod_2);

  // 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
};