text: #include	<Afx.h>			// force link order http://support.microsoft.com/kb/q148652/
  #include	"mydata.h"
  #pragma once
  
  // Definition of the order of products in the product array.
  // This order is always maintained for all data formats.
  enum Elements	{
  				PRODS_VELCTY	= 0,
  				PRODS_POWER		= 1,
  				PRODS_NCP		= 2,
  				PRODS_WIDTH		= 3,
  				PRODS_DBZ		= 4,
  				PRODS_COHER_DBZ	= 5,
  				PRODS_ZDR		= 6,	// DP
  				PRODS_PHIDP		= 7,	// DP
  				PRODS_RHOHV		= 8,	// DP
  				PRODS_KDPKEY	= 9,
  				PRODS_VPOWER	= 10,
  				PRODS_VDBZ		= 11,
  				PRODS_UNFLDV	= 12
  				};
  #ifdef IS_DUAL_POL
  	#define PRODS_ELEMENTS  9		// 0 indexed number of ACTIVE elements in products array.
  #else
  	#define PRODS_ELEMENTS  6		// 0 indexed number of ACTIVE elements in products array.
  #endif
  
  #define DP_PRODS_ELEMENTS	3	// for use in determining how many Dual Pol products are calculated (from H & V IQ data).
  
  /*
  // Corresponding base engineering display Product name in english.
  #define VELCTY_TEXT	= "Velocity"
  #define HPOWER_TEXT	= "Horizontal_Power"
  #define NCP_TEXT	= "Normalized_Coherent_Power"
  #define WIDTH_TEXT	= "Spectrum_Width"
  #define HDBZ_TEXT	= "Horizontal_Reflectivity"
  #define COHERZ_TEXT = "Coherent_Reflectivity"
  #define ZDR_TEXT	= "Differential_Reflectivity"
  #define PHIDP_TEXT	= "Differential_Phase"
  #define RHO_HV_TEXT	= "Horz_Vert_Correlation"		
  #define KDPKEY_TEXT	= "Specific_Diff Phase"
  #define VPOWER_TEXT	= "Vertical_Power"
  #define VDBZ_TEXT	= "Vertical_Reflectivity"
  #define UNFLDV_TEXT	= "Unfolded_Velocity"
  */
  
  // Display text, ordered to MATCH the enumeration order.
  // These are the keywords for enabling various display planes
  // This must match the known order of products in the product array (see definition)
  static char *Products[] = { "Velocity",
  							"Horizontal_Power",
  							"Normalized_Coherent_Power",
  							"Spectrum_Width",
  							"Horizontal_Reflectivity",
  							"Coherent_Reflectivity",
  							"Differential_Reflectivity",
  							"Differential_Phase",
  							"Horz_Vert_Correlation",
  							"Specific_Diff_Phase",
  							"Vertical_Power",
  							"Vertical_Reflectivity",
  							"Unfolded_Velocity",
  							""};
  