path: root/support/dktools/wxdenum.h

/*
Copyright (C) 2018-2020, Dirk Krause
SPDX-License-Identifier: BSD-3-Clause
*/

/*
	WARNING: This file was generated by the dkct program (see
	http://dktools.sourceforge.net/ for details).
	Changes you make here will be lost if dkct is run again!
	You should modify the original source and run dkct on it.
	Original source: wxdenum.ctr
*/

#ifndef WXDENUM_H_INCLUDED
/** Avoid multiple inclusions. */
#define WXDENUM_H_INCLUDED 1


#line 8 "wxdenum.ctr"

/**	@file	wxdenum.h	Enumerations for wxdkraw and wxd2lat.
*/


#ifndef	DK4TYPES_H_INCLUDED
#include "dk4types.h"
#endif

#ifndef	DK4GRA_H_INCLUDED
#include "dk4gra.h"
#endif


/**	Line buffer length.
*/
enum {
	/**	Line buffer length.
	*/
	WXD_LINE_LENGTH	=	1024
};



/**	Line cap, cs component of wxd_style_closed_t.
*/
enum {
					/**	Butted end: cutted at specified point.
					*/
	WXD_LC_BUTTED	=	DK4_GRA_LC_BUTTED ,

					/**	Rounded end: half circle added.
					*/
	WXD_LC_ROUNDED	=	DK4_GRA_LC_ROUNDED ,

					/**	Projecting end: half square added.
					*/
	WXD_LC_PROJECTING =	DK4_GRA_LC_PROJECTING
};



/**	Line join, js component of wxd_object_t.
*/
enum {
					/**	Mitered line join: Outer borders meed in an arrow.
					*/
	WXD_LJ_MITERED	=	DK4_GRA_LJ_MITERED ,

					/**	Rounded line joing.
					*/
	WXD_LJ_ROUNDED	=	DK4_GRA_LJ_ROUNDED ,

					/**	Beveled line join: Arrow from outer borders cutted.
					*/
	WXD_LJ_BEVELED	=	DK4_GRA_LJ_BEVELED
};



/**	Line styles, ls component of wxd_object_t.
*/
enum {
							/**	Draw solid line.
							*/
	WXD_LS_SOLID			=	DK4_GRA_LS_SOLID ,

							/**	Dashed line.
						 	*/
    WXD_LS_DASH				=	DK4_GRA_LS_DASH ,

							/**	Dotted line.
							*/
    WXD_LS_DOT				=	DK4_GRA_LS_DOT ,

							/**	Dash dot line.
							*/
    WXD_LS_DASH_DOT			=	DK4_GRA_LS_DASH_DOT ,

							/**	Dash dot dot line.
							*/
    WXD_LS_DASH_DOT_DOT		=	DK4_GRA_LS_DASH_DOT_DOT ,

							/**	Dash dot dot dot line.
							*/
    WXD_LS_DASH_DOT_DOT_DOT	=	DK4_GRA_LS_DASH_DOT_DOT_DOT
};



enum {
	WXD_COLOR_NONE			= 0 ,
	WXD_COLOR_BLACK ,
	WXD_COLOR_BLUE ,
	WXD_COLOR_GREEN ,
	WXD_COLOR_CYAN ,
	WXD_COLOR_RED ,
	WXD_COLOR_MAGENTA ,
	WXD_COLOR_YELLOW ,
	WXD_COLOR_WHITE ,
	WXD_COLOR_VERY_DARK_BLUE ,
	WXD_COLOR_DARK_BLUE ,
	WXD_COLOR_LIGHT_BLUE ,
	WXD_COLOR_VERY_LIGHT_BLUE ,
	WXD_COLOR_DARK_GREEN ,
	WXD_COLOR_LIGHT_GREEN ,
	WXD_COLOR_VERY_LIGHT_GREEN ,
	WXD_COLOR_DARK_CYAN ,
	WXD_COLOR_LIGHT_CYAN ,
	WXD_COLOR_VERY_LIGHT_CYAN ,
	WXD_COLOR_DARK_RED ,
	WXD_COLOR_LIGHT_RED ,
	WXD_COLOR_VERY_LIGHT_RED ,
	WXD_COLOR_DARK_MAGENTA ,
	WXD_COLOR_LIGHT_MAGENTA ,
	WXD_COLOR_VERY_LIGHT_MAGENTA ,
	WXD_COLOR_DARK_BROWN ,
	WXD_COLOR_BROWN ,
	WXD_COLOR_LIGHT_BROWN ,
	WXD_COLOR_VERY_DARK_PINK ,
	WXD_COLOR_DARK_PINK ,
	WXD_COLOR_LIGHT_PINK ,
	WXD_COLOR_VERY_LIGHT_PINK ,
	WXD_COLOR_GOLD
};


/**	Fill styles and patterns, fs component of wxd_style_open_t.
	From the wxd pattern fill style substract 2 to obtain
	the dk4gra pattern fill style.
*/
enum {
	/**	Do not fill object.
	*/
	WXD_FS_NONE				= 0 ,

	/**	Fill object with pure fill color.
	*/
	WXD_FS_PURE				= 1 ,

	/**	Diagonal lines 30 degrees to the left.
	*/
	WXD_FS_30_DEGREE_LEFT				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_30_DEGREE_LEFT) ,

	/**	Diagonal lines 30 degrees to the right.
	*/
	WXD_FS_30_DEGREE_RIGHT				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_30_DEGREE_RIGHT) ,

	/**	Crosshatch of lines 30 degrees to the left and right.
	*/
	WXD_FS_30_DEGREE_SIEVE				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_30_DEGREE_SIEVE) ,

	/**	Diagonal lines 45 degrees to the left.
	*/
	WXD_FS_45_DEGREE_LEFT				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_45_DEGREE_LEFT) ,

	/**	Diagonal lines 45 degrees to the left.
	*/
	WXD_FS_45_DEGREE_RIGHT				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_45_DEGREE_RIGHT) ,

	/**	Crosshatch of lines 45 degrees to the left and right.
	*/
	WXD_FS_45_DEGREE_SIEVE				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_45_DEGREE_SIEVE) ,

	/**	Horizontal bricks.
	*/
	WXD_FS_HORIZONTAL_BRICKS			=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HORIZONTAL_BRICKS) ,

	/**	Vertical bricks.
	*/
	WXD_FS_VERTICAL_BRICKS				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_VERTICAL_BRICKS) ,

	/**	Horizontal lines.
	*/
	WXD_FS_HORIZONTAL_LINES				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HORIZONTAL_LINES) ,

	/**	Vertical lines.
	*/
	WXD_FS_VERTICAL_LINES				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_VERTICAL_LINES) ,

	/**	Crosshatch of horizontal and vertical lines.
	*/
	WXD_FS_HORIZONTAL_VERTICAL_SIEVE	=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HORIZONTAL_VERTICAL_SIEVE) ,

	/**	Horizontal shingles skewed to the left.
	*/
	WXD_FS_HORIZONTAL_SHINGLES_LEFT		=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HORIZONTAL_SHINGLES_LEFT) ,

	/**	Horizontal shingles skewed to the right.
	*/
	WXD_FS_HORIZONTAL_SHINGLES_RIGHT	=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HORIZONTAL_SHINGLES_RIGHT) ,

	/**	Vertical shingles skewed to one side.
	*/
	WXD_FS_VERTICAL_SHINGLES_1			=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_VERTICAL_SHINGLES_1) ,

	/**	Vertical shingles skewed to the other side.
	*/
	WXD_FS_VERTICAL_SHINGLES_2			=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_VERTICAL_SHINGLES_2) ,

	/**	Large fish scales.
	*/
	WXD_FS_LARGE_FISH_SCALES			=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_LARGE_FISH_SCALES) ,

	/**	Small fish scales.
	*/
	WXD_FS_SMALL_FISH_SCALES			=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_SMALL_FISH_SCALES) ,

	/**	Circles.
	*/
	WXD_FS_CIRCLES						=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_CIRCLES) ,

	/**	Hexagons.
	*/
	WXD_FS_HEXAGONS						=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HEXAGONS) ,

	/**	Octagons.
	*/
	WXD_FS_OCTAGONS						=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_OCTAGONS) ,

	/**	Horizontal tire treads.
	*/
	WXD_FS_HORIZONTAL_TIRES				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_HORIZONTAL_TIRES) ,

	/**	Vertical tire treads.
	*/
	WXD_FS_VERTICAL_TIRES				=
			(WXD_FS_PURE + 1 + DK4_GRA_PATTERN_VERTICAL_TIRES)

};


/**	Image flags.
*/
enum {
	WXD_IMFL_ASPECT		=	0x01,	/**< Keep aspect ratio. */
	WXD_IMFL_USE_ALPHA	=	0x02,	/**< Use alpha channel for mixing. */
	WXD_IMFL_IMG_INT	=	0x04,	/**< Image interpolation. */
	WXD_IMFL_USE_DCT	=	0x08,	/**< Direct re-use of DCT data. */
	WXD_IMFL_DCT_INT	=	0x10,	/**< Image interpolation for DCT data. */
	WXD_IMFL_FORCE_BG	=	0x20,	/**< Force background from WXD file. */
};


/**	Horizontal text alignment, al component of wxd_det_text_t.
*/
enum {
					/**	Left aligned.
					*/
	WXD_TA_LEFT		=	DK4_TEXT_ALIGN_H_LEFT ,

					/**	Centered text.
					*/
	WXD_TA_CENTERED	=	DK4_TEXT_ALIGN_H_CENTERED ,

					/**	Right aligned.
					*/
	WXD_TA_RIGHT	=	DK4_TEXT_ALIGN_H_RIGHT
};



/**	Object types, ot component of wxd_object_t.
*/
enum {
						/**	End of group (only in file).
						*/
	WXD_OT_GROUP_END	= -1 ,

						/**	Configuration line (only in file).
						*/
	WXD_OT_CONFIG		=  0 ,

						/**	Group (in memory), begin of group (in file).
						*/
	WXD_OT_GROUP_BEGIN	=  1 ,

						/**	Text label.
						*/
	WXD_OT_TEXT			=  2 ,

						/**	Polyline.
						*/
	WXD_OT_POLYLINE		=  3 ,

						/**	Open X-spline.
						*/
	WXD_OT_O_SPLINE		=  4 ,

						/**	Open arc.
						*/
	WXD_OT_O_ARC		=  5 ,

						/**	Polygon (closed polyline).
						*/
	WXD_OT_POLYGON		=  6 ,

						/**	Closed X-spline.
						*/
	WXD_OT_C_SPLINE		=  7 ,

						/**	Closed arc.
						*/
	WXD_OT_C_ARC		=  8 ,

						/**	Circle.
						*/
	WXD_OT_CIRCLE		=  9 ,

						/**	Ellipse.
						*/
	WXD_OT_ELLIPSE		= 10 ,

						/**	Rectangular box, optionally with rounded corners.
						*/
	WXD_OT_BOX			= 11 ,

						/**	Embedded image.
						*/
	WXD_OT_IMAGE		= 12 ,

						/**	Dot, filled with colour.
						*/
	WXD_OT_DOT_FILLED	= 13 ,

						/**	White filled dot.
						*/
	WXD_OT_DOT_WHITE	= 14
};



/**	Object classes.
*/
enum {
	WXD_OC_CONTROL		=	0 ,	/**< Control elements (group, config). */
	WXD_OC_CLOSED ,				/**< Closed objects (fill and stroke). */
	WXD_OC_OPEN ,				/**< Open objects (stroke only). */
	WXD_OC_TEXT , 				/**< Text. */
	WXD_OC_IMAGE				/**< Embedded image. */
};


/**	Grid unit.
*/
enum {
	WXD_UNIT_INCH	=	0 ,		/**< Centimeter based grid. */
	WXD_UNIT_CM					/**< Inch based grid. */
};


/**	How many snap grid steps per optical grid step.
*/
enum {
					/**	Use powers of 2.
						At zoom factor 0 use 4 steps per centimeter,
						8 steps per inch.
					*/
	WXD_GRIDBASE_2	=	0 ,

					/**	Multiples of 10.
						At zoom factor 0 use 5 steps per centimeter,
						10 steps per inch.
					*/
	WXD_GRIDBASE_10
};



/**	Which caches need a refresh.
*/
enum {
	WXD_REFRESH_NONE = 0 ,	/**< No rebuilt necessary, all caches up to date. */
	WXD_REFRESH_MARKUP ,	/**< Markup needs refresh. */
	WXD_REFRESH_DRAWING ,	/**< Drawing and markup need refresh. */
	WXD_REFRESH_GRID		/**< Refresh everything. */
};



/**	Markup to apply to an object.
*/
enum {
	WXD_MARKUP_NONE	= 0 ,	/**< No markup, normal object. */
	WXD_MARKUP_COPY ,		/**< Candidate for copy operation. */
	WXD_MARKUP_MOVE ,		/**< Candidate for move or selection change. */
	WXD_MARKUP_DELETE ,		/**< Candidate for deletion. */
	WXD_MARKUP_GROUP ,		/**< Candidate for grouping or style change. */
	WXD_MARKUP_PTMOVE ,		/**< Candidate for moving a point. */
	WXD_MARKUP_IMGRES ,		/**< Image resize. */
};



/* vim: set ai sw=4 ts=4 : */

#endif