//
//	MODULES.HPL
//
//	Standard module EPL header file

#ifndef MODULES

  #define MODULES

  #include <modtypes.hpl>

  //--------------------------------------------------------------------
  // Modules of first expansion module
  //--------------------------------------------------------------------
  #define BUTTON_0_FIRSTEXP 	0			// Buttons module 0
  #define BUTTON_1_FIRSTEXP	1			// Buttons module 1
  #define BUTTON_2_FIRSTEXP	2			// Buttons module 2
  #define OUTPUT_0_FIRSTEXP	0			// Output module 0
  #define OUTPUT_1_FIRSTEXP	1			// Output module 1
  #define DISPLAY_0_FIRSTEXP	0			// 7 Segment display module 0
  #define DISPLAY_1_FIRSTEXP	1			// 7 Segment display module 1
  #define ROTARY_0_FIRSTEXP	7			// rotary encoder module type
  #define SERVO_0_FIRSTEXP	9			// Servo control module type
  
  definemodule(BUTTON_0_FIRSTEXP,SLOWSCAN,0,8)		// button module 0, rows 0 - 7
  definemodule(BUTTON_1_FIRSTEXP,SLOWSCAN,0,16)		// button module 1, rows 0 - 15
  definemodule(BUTTON_2_FIRSTEXP,SLOWSCAN,0,16)		// button module 2, rows 0 - 15
  definemodule(OUTPUT_0_FIRSTEXP,BITOUTPUT,0,8)		// output module 0, rows 0 - 8 (bits 0 - 63)
  //definemodule(OUTPUT_1_FIRSTEXP,BITOUTPUT,4,4)	// output module 1, rows 4 - 7 (bits 32 - 63)
  definemodule(ROTARY_0_FIRSTEXP,FASTSCAN,0,5)		// rotary module 7, rows 0 - 4, rotary encoder module
  definemodule(ROTARY_0_FIRSTEXP,BITOUTPUT,0,3)		// rotary module 7, output, setting of rotary encoder bits
  definemodule(SERVO_0_FIRSTEXP,BITOUTPUT,0,16)		// servo control module 9, output

  //--------------------------------------------------------------------
  // Modules of second expansion module
  //--------------------------------------------------------------------
  #define BUTTON_3_SECONDEXP	3			// Buttons module 0
  #define BUTTON_4_SECONDEXP 	4			// Buttons module 1
  #define BUTTON_5_SECONDEXP	5			// Buttons module 2
  #define OUTPUT_2_SECONDEXP	2			// Output module 0
  #define OUTPUT_3_SECONDEXP	3			// Output module 1
  #define DISPLAY_2_SECONDEXP	2			// 7 Segment display module 0
  #define DISPLAY_3_SECONDEXP	3			// 7 Segment display module 1
  #define ROTARY_1_SECONDEXP	8			// rotary encoder module type
  
  //====================================================================
  // Module definitions
  // definemodule(mod #, type, start row, number of rows to scan starting with startrow)
  //====================================================================
  definemodule(BUTTON_3_SECONDEXP,SLOWSCAN,0,8)		// button module 0, rows 0 - 7
  definemodule(BUTTON_4_SECONDEXP,SLOWSCAN,0,16)	// button module 1, rows 0 - 15
  definemodule(BUTTON_5_SECONDEXP,SLOWSCAN,0,16)	// button module 2, rows 0 - 15
  definemodule(OUTPUT_2_SECONDEXP,BITOUTPUT,0,8)	// output module 0, rows 0 - 8 (bits 0 - 63)
  //definemodule(OUTPUT_3_SECONDEXP,BITOUTPUT,4,4)	// output module 1, rows 4 - 7 (bits 32 - 63)
  definemodule(ROTARY_1_SECONDEXP,FASTSCAN,0,5)		// rotary module 7, rows 0 - 4, rotary encoder module
  definemodule(ROTARY_1_SECONDEXP,BITOUTPUT,0,3)	// rotary module 7, output, setting of rotary encoder bits

#endif