#include <WTypes.h>

Macros
#define	DISP_VERTTICKS (1<<0)
	Display vertices as tick marks.

#define	DISP_BEZHANDLES (1<<1)
	Display Bezier handles.

#define	DISP_OBJSELECTED (1<<8)
	Mimics COMP_OBJSELECTED in mesh.h.

#define	DISP_SELVERTS (1<<10)
	Display selected vertices.

#define	DISP_SELFACES (1<<11)
	Display selected faces.

#define	DISP_SELSEGMENTS (1<<11)
	Display selected segments.

#define	DISP_SELPATCHES (1<<11)
	Display selected patches.

#define	DISP_SELEDGES (1<<12)
	Display selected edges.

#define	DISP_SELPOLYS (1<<13)
	Display selected polygons.

#define	DISP_SELHANDLES (1<<14)
	Display selected handles.

#define	DISP_UNSELECTED (1<<14)
	Used by loft – Shape unselected.

#define	DISP_SELECTED (1<<15)
	Used by loft – Shape selected.

#define	DISP_LATTICE (1<<16)
	Display the patch lattice.

#define	DISP_ATSHAPELEVEL (1<<16)
	Used by loft – Shape at current level.

#define	DISP_VERT_NUMBERS (1<<17)
	When this bit is set, and vertex ticks are being displayed, the shape is drawn with vertex numbers in addition to the ticks.

#define	DISP_VERTS (1<<17)
	This is used by the Edit Patch modifier to indicate whether the vertices are displayed or not.

#define	DISP_VERT_NUMBERS_SELONLY (1<<18)
	When this bit is set and the DISP_VERT_NUMBERS bit is set, only the numbers of selected vertices are displayed.

#define	DISP_SPLINES_ORTHOG (1<<25)
	Not displayed, but splines to be created orthogonally.

#define	PSHAPE_BUILTIN_STEPS -2
	Uses the shape's built-in steps/adaptive settings (default)

#define	PSHAPE_ADAPTIVE_STEPS -1
	Forces adaptive steps

#define	SHAPE_OBJECT (1<<0)
	Object level selection.

#define	SHAPE_SPLINE (1<<1)
	Spline level selection (a single polygon within the shape).

#define	SHAPE_SEGMENT (1<<2)
	Segment level selection.

#define	SHAPE_VERTEX (1<<3)
	Vertex level selection.

#define	SUBHIT_SHAPE_SELONLY (1<<0)

#define	SUBHIT_SHAPE_UNSELONLY (1<<2)

#define	SUBHIT_SHAPE_ABORTONHIT (1<<3)

#define	SUBHIT_SHAPE_SELSOLID (1<<4)

#define	SUBHIT_SHAPE_VERTS (1<<24)

#define	SUBHIT_SHAPE_SEGMENTS (1<<25)

#define	SUBHIT_SHAPE_POLYS (1<<26)

#define	SUBHIT_SHAPE_TYPEMASK (SUBHIT_SHAPE_VERTS\|SUBHIT_SHAPE_SEGMENTS\|SUBHIT_SHAPE_POLYS)

#define	IPB_STEPS 0

#define	IPB_OPTIMIZE 1

#define	IPB_ADAPTIVE 2

#define	DEF_STEPS 6

#define	DEF_OPTIMIZE TRUE

#define	DEF_ADAPTIVE FALSE

#define	DEF_RENDERABLE FALSE

#define	DEF_DISPRENDERMESH FALSE

#define	DEF_RENDERABLE_THICKNESS 1.0f

#define	DEF_RENDERABLE_SIDES 12

#define	DEF_RENDERABLE_ANGLE 0.0f

#define	DEF_GENUVS FALSE

#define	PARAM_SIMPLE 0
	Parameter space based on segments.

#define	PARAM_NORMALIZED 1
	Parameter space normalized to curve length.

#define	GW_DRV_RENDERER 0

#define	GW_DRV_DEVICE 1

#define	POINT_RGN 0x0001

#define	RECT_RGN 0x0002

#define	CIRCLE_RGN 0x0004

#define	FENCE_RGN 0x0008

#define	RGN_DIR_UNDEF -1

#define	RGN_DIR_RIGHT 0

#define	RGN_DIR_LEFT 1

#define	AC_DIR_RL_CROSS 0
	Right to left implies crossing (AutoCAD compatible)

#define	AC_DIR_LR_CROSS 1
	Left to right implies crossing (AutoCAD incompatible)

#define	WM_SHUTDOWN (WM_USER+2001)

#define	WM_INIT_COMPLETE (WM_USER+2002)

#define	GW_MAX_FILE_LEN 128

#define	GW_MAX_CAPTION_LEN 128

#define	GW_MAX_VERTS 32

#define	GFX_MAX_STRIP 100

#define	GFX_MAX_TEXTURES 8

#define	GW_NO_ATTS 0x0000000
	No attributes are specified.

#define	GW_WIREFRAME 0x0000001
	The wireframe rendering mode.

#define	GW_ILLUM 0x0000002
	This indicates that you have colors per vertex in your polygons and that they must be used.

#define	GW_FLAT 0x0000004
	Flat (facet) shading mode.

#define	GW_SPECULAR 0x0000008
	This enables the specular highlight display.

#define	GW_TEXTURE 0x0000010
	This enables the texture display.

#define	GW_Z_BUFFER 0x0000020
	When coordinates are specified for drawing primitives, they have x, y, and z values.

#define	GW_PERSP_CORRECT 0x0000040
	In this mode, textures are corrected for the perspective display.

#define	GW_POLY_EDGES 0x0000080
	This mode causes polygon edges (Edged Faces) to be on.

#define	GW_BACKCULL 0x0000100
	Backface culling is used.

#define	GW_TWO_SIDED 0x0000200
	Faces are displayed regardless of their surface normal orientation.

#define	GW_COLOR_VERTS 0x0000400
	This turns on color-per-vertex display.

#define	GW_SHADE_CVERTS 0x0000800
	This modifies GW_COLOR_VERTS.

#define	GW_PICK 0x0001000
	This indicates that hit testing will be performed (not rendering).

#define	GW_BOX_MODE 0x0002000
	Objects are shown using their bounding box.

#define	GW_ALL_EDGES 0x0004000
	All edges of the item are shown (including the hidden ones).

#define	GW_VERT_TICKS 0x0008000
	This mode is actually a pseudo-mode.

#define	GW_SHADE_SEL_FACES 0x0010000

#define	GW_TRANSPARENCY 0x0020000
	Specifies to use Transparency.

#define	GW_TRANSPARENT_PASS 0x0040000
	Specifies a Second pass to perform Blended Transparency.

#define	GW_EMISSIVE_VERTS 0x0080000

#define	GW_ALL_OPAQUE 0x0100000

#define	GW_EDGES_ONLY 0x0200000

#define	GW_CONSTANT 0x0400000

#define	GW_HIDDENLINE 0x0800000
	Similar to GW_CONSTANT but the shade color will be the color of the background.

#define	GW_BLENDING 0x1000000

#define	GW_DEPTHWRITE_DISABLE 0x2000000
	Disables writing into the depth buffer.

#define	GW_GAMMA_CORRECT 0x4000000
	Enable gamma correct.

#define	GW_LIGHTING (GW_ILLUM \| GW_SPECULAR)
	This is the same as GW_ILLUM and GW_SPECULAR.

#define	GW_SHAPE_RECT 0

#define	GW_SHAPE_CIRCULAR 1

#define	GW_TEX_NO_TILING 0

#define	GW_TEX_REPEAT 1

#define	GW_TEX_MIRROR 2

#define	GW_TEX_LEAVE 0
	Use the source pixel value.

#define	GW_TEX_REPLACE 1
	Use the texture pixel value.

#define	GW_TEX_MODULATE 2
	Multiply the source with the texture.

#define	GW_TEX_ADD 3
	Add the source and texture.

#define	GW_TEX_ADD_SIGNED 4
	Add the source and texture with an 0.5 subtraction.

#define	GW_TEX_SUBTRACT 5
	Subtract the source from the texture.

#define	GW_TEX_ADD_SMOOTH 6
	Add the source and the texture then subtract their product.

#define	GW_TEX_ALPHA_BLEND 7
	Alpha blend the texture with the source.

#define	GW_TEX_PREMULT_ALPHA_BLEND 8
	Alpha blend the the source with a premultiplied alpha texture.

#define	GW_TEX_ALPHA_BLEND2 9
	Alpha blend the the source with a premultiplied alpha texture with GL_MODULATE as the tex env instead of GL_DECAL.

#define	GW_TEX_SCALE_1X 0
	Multiply the tex op result by 1.

#define	GW_TEX_SCALE_2X 1
	Multiply the tex op result by 2.

#define	GW_TEX_SCALE_4X 2
	Multiply the tex op result by 4.

#define	GW_TEX_ZERO 0
	Use no alpha value.

#define	GW_TEX_SOURCE 1
	Use the source alpha.

#define	GW_TEX_TEXTURE 2
	Use the texture alpha.

#define	GW_TEX_CONSTANT 3
	Use a constant BGRA color as an alpha.

#define	GW_TEX_PREVIOUS 4
	Use the previous texture stage alpha.

#define	GW_LEFT_PLANE 0x0100

#define	GW_RIGHT_PLANE 0x0200

#define	GW_BOTTOM_PLANE 0x0400

#define	GW_TOP_PLANE 0x0800

#define	GW_FRONT_PLANE 0x1000

#define	GW_BACK_PLANE 0x2000

#define	GW_PLANE_MASK 0x3f00

#define	GW_EDGE_SKIP 0

#define	GW_EDGE_VIS 1

#define	GW_EDGE_INVIS 2

#define	BUF_F_BUFFER 0

#define	BUF_Z_BUFFER 1

#define	GW_DOES_SUPPORT TRUE

#define	GW_DOES_NOT_SUPPORT FALSE

#define	GW_SPT_TXT_CORRECT 0
	Allow perspective correction to be toggled?

#define	GW_SPT_GEOM_ACCEL 1
	Do 3D xforms, clipping, lighting thru driver?

#define	GW_SPT_TRI_STRIPS 2
	Send down strips instead of individual triangles?

#define	GW_SPT_DUAL_PLANES 3
	Allow dual planes to be used?

#define	GW_SPT_SWAP_MODEL 4
	Update viewports with complete redraw on WM_PAINT?

#define	GW_SPT_INCR_UPDATE 5
	Redraw only damaged areas on object move?

#define	GW_SPT_1_PASS_DECAL 6
	Do decaling with only one pass?

#define	GW_SPT_DRIVER_CONFIG 7
	Allow driver config dialog box?

#define	GW_SPT_TEXTURED_BKG 8
	Is viewport background a texture?

#define	GW_SPT_VIRTUAL_VPTS 9
	Are viewports bigger than the window allowed?

#define	GW_SPT_PAINT_DOES_BLIT 10
	Does WM_PAINT cause a backbuffer blit?

#define	GW_SPT_WIREFRAME_STRIPS 11
	Are wireframe objects are sent as tristrips?

#define	GW_SPT_ORG_UPPER_LEFT 12
	Is the device origin at upper left?

#define	GW_SPT_ARRAY_PROCESSING 13
	Can the drive handle vertex array data?

#define	GW_SPT_NUM_LIGHTS 14
	Number of lights supported?

#define	GW_SPT_NUM_TEXTURES 15
	Number of multitexture stages supported?

#define	GW_SPT_WIRE_FACES 16
	Support for wireframe faces with visibility flags?

#define	GW_SPT_TOTAL 17
	The maximum number of support queries.

#define	GW_DISPLAY_MAXIMIZED 1

#define	GW_DISPLAY_WINDOWED 2

#define	GW_DISPLAY_INVISIBLE 3

#define	GW_PASS_ONE 0

#define	GW_PASS_TWO 1

#define	GW_ATTEN_NONE 0x0000

#define	GW_ATTEN_START 0x0001

#define	GW_ATTEN_END 0x0002

#define	GW_ATTEN_LINEAR 0x0010

#define	GW_ATTEN_QUAD 0x0020

#define	SYSTEM_LOCK_RETURN 0x001

#define	SYSTEM_REMOTE_RETURN 0x002

Variables
const double	pi = 3.141592653589793
	The constant PI defined as a double.

const double	piOver180 = 3.141592653589793 / 180.0
	The constant value of PI divided by 180.0 defined as a double.

Macro Definition Documentation

◆ SUBHIT_SHAPE_SELONLY

#define SUBHIT_SHAPE_SELONLY (1<<0)

◆ SUBHIT_SHAPE_UNSELONLY

#define SUBHIT_SHAPE_UNSELONLY (1<<2)

◆ SUBHIT_SHAPE_ABORTONHIT

#define SUBHIT_SHAPE_ABORTONHIT (1<<3)

◆ SUBHIT_SHAPE_SELSOLID

#define SUBHIT_SHAPE_SELSOLID (1<<4)

◆ SUBHIT_SHAPE_VERTS

#define SUBHIT_SHAPE_VERTS (1<<24)

◆ SUBHIT_SHAPE_SEGMENTS

#define SUBHIT_SHAPE_SEGMENTS (1<<25)

◆ SUBHIT_SHAPE_POLYS

#define SUBHIT_SHAPE_POLYS (1<<26)

◆ SUBHIT_SHAPE_TYPEMASK

#define SUBHIT_SHAPE_TYPEMASK (SUBHIT_SHAPE_VERTS|SUBHIT_SHAPE_SEGMENTS|SUBHIT_SHAPE_POLYS)

Macros

Variables