hic.h

Content

Macro definitions

`HIC_API`
`HIC_DEFINED`

Functions

`HIC_Abort_Update()`
`HIC_Abort_Selection()`
`HIC_Exit_Update()`
`HIC_Begin_Occlusion_Query()`
`HIC_End_Occlusion_Query()`
`HIC_Get_Occlusion_Query()`
`HIC_Delete_Occlusion_Query()`
`HIC_Occlusion_Query_Available()`
`HIC_Add_Cutting_Plane()`
`HIC_Remove_Cutting_Planes()`
`HIC_Clear_Cutting_Planes()`
`HIC_Can_Save_And_Restore_Regions()`
`HIC_Create_Region()`
`HIC_Save_Region()`
`HIC_Restore_Region()`
`HIC_Destroy_Region()`
`HIC_Snapshot()`
`HIC_Can_Snapshot()`
`HIC_Driver_Snapshot_Texture()`
`HIC_Driver_Snapshot_Depth_Texture()`
`HIC_Set_Geometry_Interesting()`
`HIC_UnSet_Geometry_Interesting()`
`HIC_Check_Geometry_Interesting()`
`HIC_Set_Current_Geometry_Interesting()`
`HIC_UnSet_Current_Geometry_Interesting()`
`HIC_Check_Current_Geometry_Interesting()`
`HIC_Set_Segment_Interesting()`
`HIC_UnSet_Segment_Interesting()`
`HIC_Check_Segment_Interesting()`
`HIC_Clear_Z_Buffer()`
`HIC_Show_Z_Buffering()`
`HIC_Compute_Transformed_Text_Position()`
`HIC_Copy_Segment_Info()`
`HIC_Free_Segment_Info()`
`HIC_Disable_Shadows()`
`HIC_Enable_Shadows()`
`HIC_Draw_3D_Geometry()`
`HIC_Draw_3D_Marker()`
`HIC_Draw_3D_Polyline()`
`HIC_Draw_3D_Infinite_Line()`
`HIC_Draw_3D_Polygon()`
`HIC_Draw_3D_Text()`
`HIC_Draw_3D_Stenciled_Quad()`
`HIC_Draw_3D_Tristrip()`
`HIC_Draw_3D_Polyhedron()`
`HIC_Draw_3D_Shell()`
`HIC_Draw_3D_Mesh()`
`HIC_Draw_3D_Polyedge()`
`HIC_Draw_3D_Polymarker()`
`HIC_Draw_3D_Polyedge_From_Tristrip()`
`HIC_Draw_3D_Ellipse()`
`HIC_Draw_3D_Elliptical_Arc()`
`HIC_Draw_3D_NURBS_Curve()`
`HIC_Draw_3D_NURBS_Surface()`
`HIC_Draw_3D_Cylinder()`
`HIC_Draw_3D_PolyCylinder()`
`HIC_Draw_3D_Sphere()`
`HIC_Draw_3D_Grid()`
`HIC_Draw_3D_Image()`
`HIC_Draw_DC_Bit_Rasters()`
`HIC_Draw_DC_Gray8_Rasters()`
`HIC_Draw_DC_Mapped8_Rasters()`
`HIC_Draw_DC_Mapped16_Rasters()`
`HIC_Draw_DC_RGB32_Rasters()`
`HIC_Draw_DC_Line()`
`HIC_Draw_DC_Colorized_Line()`
`HIC_Draw_DC_Gouraud_Line()`
`HIC_Draw_DC_Reshaded_Line()`
`HIC_Draw_DC_Marker()`
`HIC_Draw_DC_Colorized_Marker()`
`HIC_Draw_DC_Polymarker()`
`HIC_Draw_DC_Colorized_Polymarker()`
`HIC_Draw_DC_Polydot()`
`HIC_Draw_DC_Colorized_Polydot()`
`HIC_Draw_DC_Polyline()`
`HIC_Draw_DC_Colorized_Polyline()`
`HIC_Draw_DC_Gouraud_Polyline()`
`HIC_Draw_DC_Phong_Polyline()`
`HIC_Draw_DC_Textured_Polyline()`
`HIC_Draw_DC_Triangle()`
`HIC_Draw_DC_Colorized_Triangle()`
`HIC_Draw_DC_Gouraud_Triangle()`
`HIC_Draw_DC_Reshaded_Triangle()`
`HIC_Draw_DC_Dot()`
`HIC_Draw_DC_Ellipse()`
`HIC_Draw_DC_Elliptical_Arc()`
`HIC_Draw_DC_Face()`
`HIC_Draw_DC_Colorized_Face()`
`HIC_Draw_DC_Image()`
`HIC_Draw_DC_Image_Block()`
`HIC_Draw_DC_Image_Block_Z()`
`HIC_Draw_DC_Polygon()`
`HIC_Draw_DC_Outline_Ellipse()`
`HIC_Draw_DC_Rectangle()`
`HIC_Draw_DC_Stenciled_Quad()`
`HIC_Draw_Text()`
`HIC_Draw_DC_Text()`
`HIC_Draw_Simple_Text()`
`HIC_Draw_Segment()`
`HIC_Draw_Window()`
`HIC_Draw_Window_Frame()`
`HIC_Driver_Get_Window_Width()`
`HIC_Driver_Get_Window_Height()`
`HIC_Driver_Is_Double_Buffering()`
`HIC_Driver_Get_HDC()`
`HIC_Driver_Tristrip_Has_Valid_DL()`
`HIC_Driver_glActiveTextureARB()`
`HIC_Driver_ENSURE_ALPHA_TEST_ON()`
`HIC_Driver_ENSURE_ALPHA_TEST_OFF()`
`HIC_Driver_ENSURE_TEXTURES_ON()`
`HIC_Driver_ENSURE_TEXTURES_OFF()`
`HIC_Driver_FORCE_TEXTURE_GEN_OFF()`
`HIC_Driver_Bind_Image_As_Texture()`
`HIC_Driver_Show_Projection_Matrix()`
`HIC_Driver_Draw_Clear_Window()`
`HIC_Driver_Get_Surface()`
`HIC_Init_Picture()`
`HIC_Finish_Picture()`
`HIC_New_Convex_Clip_Region()`
`HIC_Free_Convex_Clip_Region()`
`HIC_Set_Convex_Clip_Region()`
`HIC_New_Polygonal_Clip_Region()`
`HIC_Free_Polygonal_Clip_Region()`
`HIC_Set_Polygonal_Clip_Region()`
`HIC_New_Complex_Clip_Region()`
`HIC_Free_Complex_Clip_Region()`
`HIC_Set_Complex_Clip_Region()`
`HIC_Free_Geometry()`
`HIC_New_Tristrip()`
`HIC_Free_Tristrip()`
`HIC_New_Polyedge()`
`HIC_Free_Polyedge()`
`HIC_New_Polymarker()`
`HIC_Free_Polymarker()`
`HIC_New_Marker()`
`HIC_New_Polyline()`
`HIC_New_Polygon()`
`HIC_New_Rendition()`
`HIC_Free_Rendition()`
`HIC_Show_Segment_Path()`
`HIC_Free_Segment_Path()`
`HIC_New_Stencil_Bitmap()`
`HIC_Free_Stencil_Bitmap()`
`HIC_New_Text_Info()`
`HIC_Free_Text_Info()`
`HIC_Draw_DC_Polytriangle()`
`HIC_Draw_DC_Colorized_Polytriangle()`
`HIC_Draw_DC_Gouraud_Polytriangle()`
`HIC_Draw_DC_Phong_Polytriangle()`
`HIC_Draw_DC_Textured_Polytriangle()`
`HIC_New_User_Face_Pattern()`
`HIC_Free_User_Face_Pattern()`
`HIC_Set_User_Face_Pattern()`
`HIC_New_User_Line_Pattern()`
`HIC_New_User_Line_Pattern2()`
`HIC_Free_User_Line_Pattern()`
`HIC_New_User_Shell()`
`HIC_Free_User_Shell()`
`HIC_Get_Bounding_Cuboid()`
`HIC_Get_Geometry_Key()`
`HIC_Get_Image_Block()`
`HIC_Key_To_Geometry_Pointer()`
`HIC_Partial_Erasing()`
`HIC_Polyhedron_Face_Normals_Valid()`
`HIC_Polyhedron_Assemble_Face_Normals()`
`HIC_Polyhedron_Generate_Face_List()`
`HIC_Record_Selection()`
`HIC_Restrict_Clipping()`
`HIC_Select_Segment()`
`HIC_Select_Window()`
`HIC_Select_Geometry()`
`HIC_Show_Selection_Point()`
`HIC_Show_Selection_Volume()`
`HIC_Show_Selection_Proximity_Sq()`
`HIC_Show_Selection_Status()`
`HIC_Show_Selection_Action()`
`HIC_Show_Face_Opacity()`
`HIC_Show_Face_DirectRGB_Red()`
`HIC_Show_Face_DirectRGB_Green()`
`HIC_Show_Face_DirectRGB_Blue()`
`HIC_Show_Face_DirectRGB_Alpha()`
`HIC_Has_Face_Material()`
`HIC_Face_Mat_Has_Enviro_Txr()`
`HIC_Face_Mat_Has_Diffuse_Txr()`
`HIC_Face_Mat_Set_Diffuse_Txr_Tint()`
`HIC_Show_Face_Mat_Mirror_Txr_R()`
`HIC_Show_Face_Mat_Mirror_Txr_G()`
`HIC_Show_Face_Mat_Mirror_Txr_B()`
`HIC_Show_Face_Mat_Opacity()`
`HIC_Show_Face_Mat_Trans_R()`
`HIC_Show_Face_Mat_Trans_G()`
`HIC_Show_Face_Mat_Trans_B()`
`HIC_Show_Current_Arc_Start()`
`HIC_Show_Current_Arc_End()`
`HIC_Show_Diffuse_Textures_Name_Length()`
`HIC_Show_Diffuse_Textures_Name_Text()`
`HIC_Show_Diffuse_Texture_Source_Name_Length()`
`HIC_Show_Diffuse_Texture_Source_Name_Text()`
`HIC_Show_Mirroring()`
`HIC_Get_Geometry_Owner()`
`HIC_Set_Attribute_Locks()`
`HIC_Show_Attribute_Locks()`
`HIC_Set_Clipping()`
`HIC_Show_Clipping()`
`HIC_UnSet_Clipping_Not_Needed()`
`HIC_Set_Color_Front_Locks()`
`HIC_Set_Color_Back_Locks()`
`HIC_Set_Color_Face_Contrast_Locks()`
`HIC_Set_Color_Edge_Locks()`
`HIC_Set_Color_Edge_Contrast_Locks()`
`HIC_Set_Color_Line_Locks()`
`HIC_Set_Color_Line_Contrast_Locks()`
`HIC_Set_Color_Marker_Locks()`
`HIC_Set_Color_Marker_Contrast_Locks()`
`HIC_Set_Color_Vertex_Locks()`
`HIC_Set_Color_Vertex_Contrast_Locks()`
`HIC_Set_Color_Text_Locks()`
`HIC_Set_Color_Text_Contrast_Locks()`
`HIC_Set_Color_Window_Locks()`
`HIC_Set_Color_Window_Contrast_Locks()`
`HIC_Set_Color_Cut_Face_Locks()`
`HIC_Set_Color_Cut_Edge_Locks()`
`HIC_Set_Color_Locks()`
`HIC_Show_Color_Front_Locks()`
`HIC_Show_Color_Back_Locks()`
`HIC_Show_Color_Face_Contrast_Locks()`
`HIC_Show_Color_Edge_Locks()`
`HIC_Show_Color_Edge_Contrast_Locks()`
`HIC_Show_Color_Line_Locks()`
`HIC_Show_Color_Line_Contrast_Locks()`
`HIC_Show_Color_Marker_Locks()`
`HIC_Show_Color_Marker_Contrast_Locks()`
`HIC_Show_Color_Vertex_Locks()`
`HIC_Show_Color_Vertex_Contrast_Locks()`
`HIC_Show_Color_Text_Locks()`
`HIC_Show_Color_Text_Contrast_Locks()`
`HIC_Show_Color_Window_Locks()`
`HIC_Show_Color_Window_Contrast_Locks()`
`HIC_Show_Color_Cut_Face_Locks()`
`HIC_Show_Color_Cut_Edge_Locks()`
`HIC_Show_Color_Locks()`
`HIC_Show_Visibility_Locks()`
`HIC_Set_Visibility_Locks()`
`HIC_Set_Color_Map_Start()`
`HIC_Set_Line_Equal_Edge_Rendition()`
`HIC_Set_Edge_Weight()`
`HIC_Set_Variable_Edge_Weight()`
`HIC_Set_Edge_Pattern()`
`HIC_Set_Edge_Style()`
`HIC_Set_User_Edge_Pattern()`
`HIC_Set_Edge_Color()`
`HIC_Set_Edge_Contrast_Color()`
`HIC_Set_Cut_Edge_Color()`
`HIC_Set_Internal_Edge_Color()`
`HIC_Set_Cut_Face_Color()`
`HIC_Set_Face_Pattern()`
`HIC_Set_Face_Color()`
`HIC_Set_Face_Mirror_Color()`
`HIC_Set_Internal_Face_Color()`
`HIC_Set_Face_Back_Color()`
`HIC_Set_Internal_Face_Back_Color()`
`HIC_Set_Face_Contrast_Color()`
`HIC_Set_Internal_Face_Contrast_Color()`
`HIC_Set_Face_Transmission_Color()`
`HIC_Set_Face_Displacement()`
`HIC_Set_General_Displacement()`
`HIC_Show_General_Displacement()`
`HIC_Set_Marker_Symbol()`
`HIC_Set_Marker_Name()`
`HIC_Set_Marker_Size()`
`HIC_Set_Variable_Marker_Size()`
`HIC_Set_Marker_Color()`
`HIC_Set_Marker_Contrast_Color()`
`HIC_Set_Internal_Marker_Color()`
`HIC_Set_Text_Transform()`
`HIC_Set_Text_Size()`
`HIC_Set_Text_Size_Units()`
`HIC_Set_Text_Size_Tolerance()`
`HIC_Set_Text_Size_Tolerance_Units()`
`HIC_Set_Text_Extra_Space()`
`HIC_Set_Text_Extra_Space_Units()`
`HIC_Set_Text_Alignment()`
`HIC_Set_Text_Spacing()`
`HIC_Set_Text_Path()`
`HIC_Set_Text_Rotation()`
`HIC_Set_Text_Rotation_Follow_Path()`
`HIC_Set_Text_Width_Scale()`
`HIC_Set_Text_Slant()`
`HIC_Set_Text_Color()`
`HIC_Set_Text_Contrast_Color()`
`HIC_Set_Internal_Text_Color()`
`HIC_Set_Text_Position()`
`HIC_Set_Text_Reference()`
`HIC_Set_3D_Text_Position()`
`HIC_Set_Text_Font_Index()`
`HIC_Set_Text_KIndex()`
`HIC_Set_Text_KInfo()`
`HIC_Set_Text_Line_Index()`
`HIC_Set_Text_String()`
`HIC_Set_Text_Length()`
`HIC_Set_KInfo_Position()`
`HIC_Set_KInfo_Point()`
`HIC_Set_KInfo_String_Width()`
`HIC_Set_KInfo_String_Height()`
`HIC_Set_KInfo_String_X()`
`HIC_Set_KInfo_String_Y()`
`HIC_Set_KInfo_Screen_Width()`
`HIC_Set_KInfo_Screen_Height()`
`HIC_Set_KInfo_Screen_X()`
`HIC_Set_KInfo_Screen_Y()`
`HIC_Set_KInfo_Flags()`
`HIC_Set_Vertex_Symbol()`
`HIC_Set_Vertex_Name()`
`HIC_Set_Vertex_Size()`
`HIC_Set_Variable_Vertex_Size()`
`HIC_Set_Vertex_Color()`
`HIC_Set_Vertex_Contrast_Color()`
`HIC_Set_Internal_Vertex_Color()`
`HIC_Set_Window_Pattern()`
`HIC_Set_User_Window_Pattern()`
`HIC_Set_Window_Color()`
`HIC_Set_Internal_Window_Color()`
`HIC_Set_Window_Contrast_Color()`
`HIC_Set_Internal_Window_Contrast_Color()`
`HIC_Set_Line_Weight()`
`HIC_Set_Variable_Line_Weight()`
`HIC_Set_Line_Pattern()`
`HIC_Set_Line_Style()`
`HIC_Set_User_Line_Pattern()`
`HIC_Set_Line_Color()`
`HIC_Set_Line_Contrast_Color()`
`HIC_Set_Internal_Line_Color()`
`HIC_Set_LOD_Clamp()`
`HIC_Show_LOD_Clamp()`
`HIC_LOD_Enable()`
`HIC_LOD_Disable()`
`HIC_Set_Modelling_Matrix()`
`HIC_Set_Polyedge_Vertex_Normals()`
`HIC_Set_Polyedge_Vertex_Parameters()`
`HIC_Set_Polyedge_Findex_Color_Interpolation()`
`HIC_Set_Polyedge_Vertex_Parameter_Width()`
`HIC_Set_Polyedge_Points()`
`HIC_Set_Polyedge_Strips()`
`HIC_Set_Polyedge_Lengths()`
`HIC_Set_Polyedge_Vertex_Indices()`
`HIC_Set_Polyedge_Edge_Normals()`
`HIC_Set_Polyedge_Vertex_Findices()`
`HIC_Set_Polyedge_Edge_Indices()`
`HIC_Set_Polyedge_Edge_Colors()`
`HIC_Set_Polyedge_Vertex_Colors()`
`HIC_Show_Polyedge_Points()`
`HIC_Show_Polyedge_Vertex_Normals()`
`HIC_Show_Polyedge_Lengths()`
`HIC_Show_Polyedge_Vertex_Parameters()`
`HIC_Show_Polyedge_Vertex_Parameter_Width()`
`HIC_Show_Polyedge_Findex_Color_Interpolation()`
`HIC_Show_Polyedge_Vertex_Indices()`
`HIC_Show_Polyedge_Point_Count()`
`HIC_Show_Polyedge_Edge_Count()`
`HIC_Show_Polyedge_Strips()`
`HIC_Show_Polyedge_Edge_Indices()`
`HIC_Show_Polyedge_Edge_Colors()`
`HIC_Show_Polyedge_Edge_Normals()`
`HIC_Show_Polyedge_Vertex_Colors()`
`HIC_Show_Polyedge_Vertex_Findices()`
`HIC_Show_Polyedge_Isoline_Index()`
`HIC_Show_Polymarker_Points()`
`HIC_Show_Polymarker_Point_Count()`
`HIC_Show_Polymarker_Length()`
`HIC_Show_Polymarker_Vertex_Indices()`
`HIC_Show_Polymarker_Vertex_Colors()`
`HIC_Show_Polymarker_Vertex_Findices()`
`HIC_Show_Polymarker_Vertex_Normals()`
`HIC_Show_Polymarker_Vertex_Parameters()`
`HIC_Show_Polymarker_Vertex_Parameter_Width()`
`HIC_Show_Polymarker_Findex_Color_Interpolation()`
`HIC_Set_Polymarker_Points()`
`HIC_Set_Polymarker_Length()`
`HIC_Set_Polymarker_Vertex_Indices()`
`HIC_Set_Polymarker_Vertex_Colors()`
`HIC_Set_Polymarker_Vertex_Findices()`
`HIC_Set_Polymarker_Vertex_Normals()`
`HIC_Set_Polymarker_Vertex_Parameters()`
`HIC_Set_Polymarker_Vertex_Parameter_Width()`
`HIC_Set_Polymarker_Findex_Color_Interpolation()`
`HIC_Set_Tristrip_Points()`
`HIC_Set_Tristrip_Strips()`
`HIC_Set_Tristrip_Lengths()`
`HIC_Set_Tristrip_Vertex_Indices()`
`HIC_Set_Tristrip_Face_Indices()`
`HIC_Set_Tristrip_Face_Colors()`
`HIC_Set_Tristrip_Face_Normals()`
`HIC_Set_Tristrip_Vertex_Colors()`
`HIC_Set_Tristrip_Vertex_Findices()`
`HIC_Set_Tristrip_Vertex_Normals()`
`HIC_Set_Tristrip_Vertex_Parameters()`
`HIC_Set_Tristrip_Findex_Color_Interpolation()`
`HIC_Set_Tristrip_Vertex_Parameter_Width()`
`HIC_PShow_One_Net_User_Option()`
`HIC_Show_One_User_Option_By_Key()`
`HIC_PShow_One_Net_User_Data()`
`HIC_Show_One_User_Data_By_Key()`
`HIC_Show_User_Index()`
`HIC_Set_User_Index()`
`HIC_Show_User_Option_By_Index()`
`HIC_Set_User_Option_By_Index()`
`HIC_Set_Visibility()`
`HIC_Show_Visibility()`
`HIC_Set_Selectability()`
`HIC_Show_Selectability()`
`HIC_Set_Selectability_Even_Invisible()`
`HIC_Show_Selectability_Even_Invisible()`
`HIC_Set_Z_Range()`
`HIC_Show_Callback_Data()`
`HIC_Ignore_Proxy()`
`HIC_Set_Cylinder_Radius()`
`HIC_Set_Cylinder_Basis_Axis0()`
`HIC_Set_Cylinder_Basis_Axis1()`
`HIC_Set_Cylinder_Axis0()`
`HIC_Set_Cylinder_Axis1()`
`HIC_Show_Cylinder_Radius()`
`HIC_Show_Cylinder_Basis_Axis0()`
`HIC_Show_Cylinder_Basis_Axis1()`
`HIC_Show_Cylinder_Axis0()`
`HIC_Show_Cylinder_Axis1()`
`HIC_Set_PolyCylinder_Basis_Axis0()`
`HIC_Set_PolyCylinder_Basis_Axis1()`
`HIC_Set_PolyCyliner_Points()`
`HIC_Set_PolyCylinder_Radii()`
`HIC_Show_PolyCylinder_Basis_Axis0()`
`HIC_Show_PolyCylinder_Basis_Axis1()`
`HIC_Show_PolyCylinder_Points()`
`HIC_Show_PolyCylinder_Radii()`
`HIC_Show_PolyCylinder_Point_Count()`
`HIC_Set_Sphere_Radius()`
`HIC_Show_Sphere_Radius()`
`HIC_Show_Camera_Field_Width()`
`HIC_Show_Camera_Field_Height()`
`HIC_Show_Camera_Oblique_X()`
`HIC_Show_Camera_Oblique_Y()`
`HIC_Show_Camera_Eye_Distance()`
`HIC_Show_Camera_Position()`
`HIC_Show_Camera_Target()`
`HIC_Show_Camera_Up_Vector()`
`HIC_Show_Camera_Projection()`
`HIC_Show_Camera_Positioning_Matrix()`
`HIC_Show_Camera_Projection_Matrix()`
`HIC_Show_Camera_Aspect()`
`HIC_Show_Camera_Near_Limit()`
`HIC_Show_Current_Z_Max()`
`HIC_Show_Device_Type()`
`HIC_Show_Actor_Name()`
`HIC_Show_Device_Driver()`
`HIC_Show_Device_Windowing_System()`
`HIC_Show_Device_Locater()`
`HIC_Show_Device_Locater_Button_Count()`
`HIC_Show_Device_Locater_Type()`
`HIC_Show_Device_Plane_Count()`
`HIC_Show_Device_Colors()`
`HIC_Show_Device_Max_Colors()`
`HIC_Show_Device_Pixels_X()`
`HIC_Show_Device_Pixels_Y()`
`HIC_Show_Device_Max_Pixels_X()`
`HIC_Show_Device_Max_Pixels_Y()`
`HIC_Show_Device_Size_X()`
`HIC_Show_Device_Size_Y()`
`HIC_Show_Device_Max_Size_X()`
`HIC_Show_Device_Max_Size_Y()`
`HIC_Show_Device_Resolution_X()`
`HIC_Show_Device_Resolution_Y()`
`HIC_Show_Device_Pixel_Aspect_Ratio()`
`HIC_Show_Device_Window_Aspect_Ratio()`
`HIC_Show_Device_Window_ID()`
`HIC_Show_Device_Window_ID2()`
`HIC_Show_Device_Colormap_ID()`
`HIC_Show_Device_Z_Buffer_Depth()`
`HIC_Show_Device_Hardware_Lights()`
`HIC_Show_Device_Gouraud_Shading()`
`HIC_Show_Device_Phong_Shading()`
`HIC_Show_Edge_Pattern()`
`HIC_Show_Edge_Style()`
`HIC_Show_Edge_Weight()`
`HIC_Show_Edge_Color_Red()`
`HIC_Show_Edge_Color_Green()`
`HIC_Show_Edge_Color_Blue()`
`HIC_Show_Edge_Color_Alpha()`
`HIC_Show_Internal_Edge_Color()`
`HIC_Show_Edge_Contrast_Color_Red()`
`HIC_Show_Edge_Contrast_Color_Green()`
`HIC_Show_Edge_Contrast_Color_Blue()`
`HIC_Show_Internal_Edge_Contrast_Color()`
`HIC_Show_Face_Displacement()`
`HIC_Show_Face_Pattern()`
`HIC_Show_Face_Material_Diffuse_Color()`
`HIC_Show_Face_Color_Red()`
`HIC_Show_Face_Color_Green()`
`HIC_Show_Face_Color_Blue()`
`HIC_Show_Face_Color_Alpha()`
`HIC_Show_Internal_Face_Color()`
`HIC_Show_Face_Back_Color_Red()`
`HIC_Show_Face_Back_Color_Green()`
`HIC_Show_Face_Back_Color_Blue()`
`HIC_Show_Face_Back_Color_Alpha()`
`HIC_Show_Internal_Face_Back_Color()`
`HIC_Show_Face_Contrast_Color_Red()`
`HIC_Show_Face_Contrast_Color_Green()`
`HIC_Show_Face_Contrast_Color_Blue()`
`HIC_Show_Internal_Face_Contrast_Color()`
`HIC_Show_Full_Hard_Clip()`
`HIC_Show_Buffer_Size()`
`HIC_Show_Geometry()`
`HIC_Show_Geometry_Key()`
`HIC_Show_Original_Geometry_Key()`
`HIC_Show_Geometry_Type()`
`HIC_Show_Geometry_Owner()`
`HIC_Show_Hidden_Surfaces()`
`HIC_Using_Hidden_Line_HSRA()`
`HIC_Show_Line_Pattern()`
`HIC_Show_Line_Style()`
`HIC_Show_Line_Weight()`
`HIC_Show_Line_Color_Red()`
`HIC_Show_Line_Color_Green()`
`HIC_Show_Line_Color_Blue()`
`HIC_Show_Line_Color_Alpha()`
`HIC_Show_Internal_Line_Color()`
`HIC_Show_Line_Contrast_Color_Red()`
`HIC_Show_Line_Contrast_Color_Green()`
`HIC_Show_Line_Contrast_Color_Blue()`
`HIC_Show_Internal_Line_Contrast_Color()`
`HIC_Show_Marker_Symbol()`
`HIC_Show_Marker_Name()`
`HIC_Show_Marker_Size()`
`HIC_Show_Marker_Color_Red()`
`HIC_Show_Marker_Color_Green()`
`HIC_Show_Marker_Color_Blue()`
`HIC_Show_Marker_Color_Alpha()`
`HIC_Show_Internal_Marker_Color()`
`HIC_Show_Marker_Contrast_Color_Red()`
`HIC_Show_Marker_Contrast_Color_Green()`
`HIC_Show_Marker_Contrast_Color_Blue()`
`HIC_Show_Internal_Marker_Contrast_Color()`
`HIC_Show_Marker_Position()`
`HIC_Show_Marker_X_Size()`
`HIC_Show_Marker_Y_Size()`
`HIC_Show_Modelling_Matrix()`
`HIC_Show_Modelling_Matrix_Adjoint()`
`HIC_Get_Polyhedron_Point_Count()`
`HIC_Get_Polyhedron_Points()`
`HIC_Get_Polyhedron_Shell_Face_List()`
`HIC_Get_Polyhedron_Shell_Face_List_Length()`
`HIC_Get_Polyhedron_Face_Count()`
`HIC_Show_Object_To_Screen_Matrix()`
`HIC_Show_Object_To_Screen_Adjoint()`
`HIC_Set_Object_To_Screen_Matrix()`
`HIC_Show_Current_Near_Limit()`
`HIC_Show_Driver_Segment_Key()`
`HIC_Show_Original_Driver_Segment_Key()`
`HIC_Show_Segment_Key()`
`HIC_Show_Original_Segment_Key()`
`HIC_Show_Polygon_Visibility()`
`HIC_Show_Polygon_Count()`
`HIC_Show_Polygon_Points()`
`HIC_Show_Polyline_Count()`
`HIC_Show_Polyline_Points()`
`HIC_Show_Transform_Matrix()`
`HIC_Using_Analytic_HSRA()`
`HIC_Tristrip_Has_DL()`
`HIC_Tristrip_Mark_Texture_Prebound()`
`HIC_Using_Double_Buffer_Swap()`
`HIC_Pack_RGBAS32()`
`HIC_Unpack_RGBAS32_Red()`
`HIC_Unpack_RGBAS32_Green()`
`HIC_Unpack_RGBAS32_Blue()`
`HIC_Unpack_RGBAS32_Alpha()`
`HIC_Show_Vertex_Color_Red()`
`HIC_Show_Vertex_Color_Green()`
`HIC_Show_Vertex_Color_Blue()`
`HIC_Show_Vertex_Color_Alpha()`
`HIC_Show_Internal_Vertex_Color()`
`HIC_Show_Vertex_Contrast_Color_Red()`
`HIC_Show_Vertex_Contrast_Color_Green()`
`HIC_Show_Vertex_Contrast_Color_Blue()`
`HIC_Show_Internal_Vertex_Contrast_Color()`
`HIC_Show_Text_Alignment()`
`HIC_Show_Text_Path()`
`HIC_Show_Text_Font_Size_Units()`
`HIC_Show_Text_Font_Size_Tol_Units()`
`HIC_Show_Text_Font_Extra_Space_Units()`
`HIC_Show_Text_Font_ID()`
`HIC_Show_Text_Font_Name()`
`HIC_Show_Text_Font_Transform()`
`HIC_Show_Text_Font_Index()`
`HIC_Show_Text_Color_Red()`
`HIC_Show_Text_Color_Green()`
`HIC_Show_Text_Color_Blue()`
`HIC_Show_Text_Color_Alpha()`
`HIC_Show_Internal_Text_Color()`
`HIC_Show_Text_String()`
`HIC_Show_Text_Length()`
`HIC_Show_Text_Char_Encoding()`
`HIC_Show_Text_Line_Count()`
`HIC_Show_Text_Line_Index()`
`HIC_Show_Text_Counts()`
`HIC_Show_Text_Position()`
`HIC_Show_Text_Reference()`
`HIC_Show_3D_Text_Position()`
`HIC_Show_Text_Baseline()`
`HIC_Show_Text_Longest_Baseline()`
`HIC_Show_Text_Char_Horizontal()`
`HIC_Show_Text_Char_Vertical()`
`HIC_Show_Text_Next_Line()`
`HIC_Show_Text_Char_Position()`
`HIC_Show_Text_Char_Width()`
`HIC_Show_Text_KIndex()`
`HIC_Show_Text_KInfo_At_Index()`
`HIC_Show_Text_KInfo()`
`HIC_Show_KInfo_Net_Rendition()`
`HIC_Show_KInfo_Position()`
`HIC_Show_KInfo_Point()`
`HIC_Show_KInfo_Width()`
`HIC_Show_KInfo_Height()`
`HIC_Show_Text_Spacing()`
`HIC_Show_Text_Font_Size()`
`HIC_Show_Text_Font_Size_Tolerance()`
`HIC_Show_Text_Final_Font_Size()`
`HIC_Show_Text_Font_Extra_Space()`
`HIC_Show_Text_Font_Rotation()`
`HIC_Show_Text_Font_Slant()`
`HIC_Show_Text_Is_Outlined()`
`HIC_Show_Text_Width_Scale()`
`HIC_Show_Text_Specified_Text()`
`HIC_Has_Text_Names_Ref()`
`HIC_Has_Text_Names_Ref_Names()`
`HIC_Is_Text_GFN_Specified()`
`HIC_Show_Image_Position()`
`HIC_Show_World_To_Screen_Matrix()`
`HIC_Show_World_To_Screen_Adjoint()`
`HIC_Show_Window_Extent()`
`HIC_Show_Window_Color_Red()`
`HIC_Show_Window_Color_Green()`
`HIC_Show_Window_Color_Blue()`
`HIC_Show_Internal_Window_Color()`
`HIC_Show_Window_Contrast_Color_Red()`
`HIC_Show_Window_Contrast_Color_Green()`
`HIC_Show_Window_Contrast_Color_Blue()`
`HIC_Show_Internal_Window_Contrast_Color()`
`HIC_Show_Window_Pattern()`
`HIC_Show_Window_Texture()`
`HIC_Show_Tristrip_Points()`
`HIC_Show_Tristrip_Point_Count()`
`HIC_Show_Tristrip_Face_Count()`
`HIC_Show_Tristrip_Strips()`
`HIC_Show_Tristrip_Lengths()`
`HIC_Show_Tristrip_Vertex_Indices()`
`HIC_Show_Tristrip_Face_Indices()`
`HIC_Show_Tristrip_Face_Colors()`
`HIC_Show_Tristrip_Face_Normals()`
`HIC_Show_Tristrip_Vertex_Colors()`
`HIC_Show_Tristrip_Vertex_Findices()`
`HIC_Show_Tristrip_Vertex_Normals()`
`HIC_Show_Tristrip_Vertex_Parameters()`
`HIC_Show_Tristrip_Vertex_Parameter_Width()`
`HIC_Show_Tristrip_Findex_Color_Interpolation()`
`HIC_Get_Update_Stat()`
`HIC_Is_Selection()`
`HIC_Show_Time()`
`HIC_Compute_Transformed_Points()`
`HIC_Find_Relative_Segment()`
`HIC_Show_Owner_Key_By_Key()`
`HIC_Show_Owner_Original_Key_By_Key()`
`HIC_Compute_Transform_By_Path()`
`HIC_Show_Shell_Size()`
`HIC_Show_Shell()`
`HIC_Compute_Identity_Matrix()`
`HIC_Compute_Scale_Matrix()`
`HIC_Compute_Matrix_Product()`
`HIC_Compute_Matrix_Inverse()`
`HIC_Unsafe_Threading()`
`HIC_Show_Effective_Thread_ID()`
`HIC_Show_Bounding_Sphere_By_Key()`
`HIC_Show_Bounding_Cuboid_By_Key()`
`HIC_Show_Camera_By_Key()`
`HIC_Get_Current_Segment_Extent()`
`HIC_Prune_Segment()`
`HIC_Driver_Draw_Textured_Background()`
`HIC_Driver_Get_Graphics_Context()`
`HIC_Driver_Set_Stereo_Matrix()`
`HIC_Driver_Set_Render_Surface()`

Macro definitions

HIC_API

HIC_DEFINED

Functions

void HIC_Abort_Update(HIC_Rendition *nr)

This function interrupts tree traversal and ends the update.

Parameters: nr – A pointer to a const HIC_Rendition.

void HIC_Abort_Selection(HIC_Rendition *nr)

This function interrupts tree traversal and ends the selection.

Parameters: nr – A pointer to a const HIC_Rendition.

void HIC_Exit_Update(HIC_Rendition *nr)

This function checks for conditions that would cause the update to exit.

Parameters: nr – A pointer to a const HIC_Rendition.

void *HIC_Begin_Occlusion_Query(HIC_Rendition *nr, int disable_write)

This function begins an occlusion query.

Parameters

nr – A pointer to a const HIC_Rendition.
disable_write – A boolean.

Returns

A void pointer.

void HIC_End_Occlusion_Query(HIC_Rendition *nr, void *id)

This function ends an occlusion query.

Parameters

nr – A pointer to a const HIC_Rendition.
id – A void pointer.

int HIC_Get_Occlusion_Query(HIC_Rendition *nr, void *id)

This function returns the occlusion query.

Parameters

nr – A pointer to a const HIC_Rendition.
id – A void pointer.

Returns

An int.

void HIC_Delete_Occlusion_Query(HIC_Rendition *nr, void *id)

This function deletes the occlusion query.

Parameters

nr – A pointer to a const HIC_Rendition.
id – A void pointer.

int HIC_Occlusion_Query_Available(HIC_Rendition *nr)

This function returns a boolean which is true if the occlusion query is available and false if the occlusion query is not available.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A boolean.

void HIC_Add_Cutting_Plane(HIC_Rendition *nr, HIC_Plane *pln)

This function adds a cutting plane.

Parameters

nr – A pointer to a const HIC_Rendition.
pln – A pointer to a HIC_Plane.

void HIC_Remove_Cutting_Planes(HIC_Rendition *nr)

This function removes all cutting planes.

Parameters: nr – A pointer to a const HIC_Rendition.

void HIC_Clear_Cutting_Planes(HIC_Rendition *nr)

This function clears all cutting planes.

Parameters: nr – A pointer to a const HIC_Rendition.

int HIC_Can_Save_And_Restore_Regions(HIC_Rendition *nr)

This function returns a boolean which is true if you can save and restore regions and false if you cannot save and restore regions.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A boolean.

void HIC_Create_Region(HIC_Rendition *nr, HIC_Int_Rectangle *area, void **image_buffer, void **z_buffer)

This function creates a region.

Parameters

nr – A pointer to a const HIC_Rendition.
area – A pointer to a const HIC_Int_Rectangle.
image_buffer – A pointer to a void pointer.
z_buffer – A pointer to a void pointer.

void HIC_Save_Region(HIC_Rendition *nr, HIC_Int_Rectangle *area, void *image_buffer, void *z_buffer)

This function saves a region.

Parameters

nr – A pointer to a const HIC_Rendition.
area – A pointer to a const HIC_Int_Rectangle.
image_buffer – A void pointer.
z_buffer – A void pointer.

void HIC_Restore_Region(HIC_Rendition *nr, HIC_Int_Rectangle *area, void *image_buffer, void *z_buffer)

This function restores a region.

Parameters

nr – A pointer to a const HIC_Rendition.
area – A pointer to a const HIC_Int_Rectangle.
image_buffer – A void pointer.
z_buffer – A void pointer.

void HIC_Destroy_Region(HIC_Rendition *nr, void *image_buffer, void *z_buffer)

This function destroys a region.

Parameters

nr – A pointer to a const HIC_Rendition.
image_buffer – A void pointer.
z_buffer – A void pointer.

int HIC_Snapshot(HIC_Rendition *nr, int width, int height, unsigned char *data)

This function takes a snapshot whose dimensions are the passed in width and height parameters.

Parameters

nr – A pointer to a const HIC_Rendition.
width – An int.
height – An int.
data – A pointer to an unsigned char.

Returns

A boolean, true if snapshot was taken, otherwise false.

int HIC_Can_Snapshot(HIC_Rendition *nr)

This function returns a boolean which is true if the driver supports snapshotting and false otherwise.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A boolean.

long HIC_Driver_Snapshot_Texture(HIC_Rendition *nr, long id)

long HIC_Driver_Snapshot_Depth_Texture(HIC_Rendition *nr, long id)

void HIC_Set_Geometry_Interesting(HIC_Rendition *nr, HIC_Marker *geo)

This function sets a geometry to interesting.

Parameters

nr – A pointer to a const HIC_Rendition.
geo – A pointer to a const HIC_Marker.

void HIC_UnSet_Geometry_Interesting(HIC_Rendition *nr, HIC_Marker *geo)

This function sets geometry to not interesting.

Parameters

nr – A pointer to a const HIC_Rendition.
geo – A pointer to a const HIC_Marker.

int HIC_Check_Geometry_Interesting(HIC_Rendition *nr, HIC_Marker *geo)

This function returns a boolean, true if geometry is interesting, false if geometry is not interesting.

Parameters

nr – A pointer to a const HIC_Rendition.
geo – A pointer to a const HIC_Marker.

Returns

A boolean, true if geometery is interesting, otherwise false.

void HIC_Set_Current_Geometry_Interesting(HIC_Rendition *nr)

This function sets current geometry to interesting.

Parameters: nr – A pointer to a const HIC_Rendition.

void HIC_UnSet_Current_Geometry_Interesting(HIC_Rendition *nr)

This function sets current geometry to not interesting.

Parameters: nr – A pointer to a const HIC_Rendition.

int HIC_Check_Current_Geometry_Interesting(HIC_Rendition *nr)

This function returns a boolean, true if current geometry is interesting, false if current geometry is not interesting.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A boolean, true if current geometry is interesting, otherwise false.

void HIC_Set_Segment_Interesting(HIC_Rendition *nr, HIC_Segment_Info *si)

This function sets a segment to interesting.

Parameters

nr – A pointer to a const HIC_Rendition.
si – A pointer to a const HIC_Segment_Info.

void HIC_UnSet_Segment_Interesting(HIC_Rendition *nr, HIC_Segment_Info *si)

This function sets a segment to not interesting.

Parameters

nr – A pointer to a const HIC_Rendition.
si – A pointer to a const HIC_Segment_Info.

int HIC_Check_Segment_Interesting(HIC_Rendition *nr, HIC_Segment_Info *si)

This function returns a boolean, true if segment is interesting, false if segment is not interesting.

Parameters

nr – A pointer to a const HIC_Rendition.
si – A pointer to a const HIC_Segment_Info.

Returns

A boolean, true if segment is interesting, otherwise false.

void HIC_Clear_Z_Buffer(HIC_Rendition *nr)

This function clears the Z-buffer.

Parameters: nr – A pointer to a const HIC_Rendition.

int HIC_Show_Z_Buffering(HIC_Rendition *nr)

This function returns a boolean, true if Z-buffering is in effect, false if Z-buffering is not in effect.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A boolean, true if Z-buffering is in effect, otherwise false.

HIC_Point *HIC_Compute_Transformed_Text_Position(HIC_Rendition *nr, HIC_Text_Info *ti, HIC_DC_Point *pt)

This function computes transformed text position.

Parameters

nr – A pointer to a const HIC_Rendition.
ti – A pointer to a const HIC_Text_Info.
pt – A pointer to a HIC_DC_Point.

Returns

A pointer to a const HIC_Point.

HIC_Segment_Info *HIC_Copy_Segment_Info(HIC_Segment_Info *si)

This function copies segment information.

Parameters: si – A pointer to a const HIC_Segment_Info.
Returns: A const pointer to a HIC_Segment_Info.

void HIC_Free_Segment_Info(HIC_Segment_Info *si)

This function frees memory associated with segment information.

Parameters: si – A pointer to a const HIC_Segment_Info.

void HIC_Disable_Shadows(HIC_Rendition *nr)

This function disables shadows.

Parameters: nr – A pointer to a const HIC_Rendition.

void HIC_Enable_Shadows(HIC_Rendition *nr)

This function enables shadows.

Parameters: nr – A pointer to a const HIC_Rendition.

void HIC_Draw_3D_Geometry(HIC_Rendition *nr, HIC_Geometry *geo)

This function draws the geometry.

Parameters

nr – A pointer to a const HIC_Rendition.
geo – A pointer to a const HIC_Geometry.

void HIC_Draw_3D_Marker(HIC_Rendition *nr, HIC_Marker *marker)

This function draws the marker.

Parameters

nr – A pointer to a const HIC_Rendition.
marker – A pointer to a const HIC_Marker.

void HIC_Draw_3D_Polyline(HIC_Rendition *nr, HIC_Polyline *polyline)

This function draws the polyline.

Parameters

nr – A pointer to a const HIC_Rendition.
polyline – A pointer to a const HIC_Polyline.

void HIC_Draw_3D_Infinite_Line(HIC_Rendition *nr, HIC_Polyline *polyline)

This function draws the infinite line.

Parameters

nr – A pointer to a const HIC_Rendition.
polyline – A pointer to a const HIC_Polyline.

void HIC_Draw_3D_Polygon(HIC_Rendition *nr, HIC_Polygon *polygon)

This function draws the polygon.

Parameters

nr – A pointer to a const HIC_Rendition.
polygon – A pointer to a const HIC_Polygon.

void HIC_Draw_3D_Text(HIC_Rendition *nr, HIC_Text *text)

This function draws text.

Parameters

nr – A pointer to a const HIC_Rendition.
text – A pointer to a const HIC_Text.

void HIC_Draw_3D_Stenciled_Quad(HIC_Rendition *nr, HIC_Point points[], HIC_Stencil_Bitmap *stencil)

This function draws a stenciled quad.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_Point.
stencil – A pointer to a const HIC_Stencil_Bitmap.

void HIC_Draw_3D_Tristrip(HIC_Rendition *nr, HIC_Tristrip *tristrip)

This function draws a tristrip.

Parameters

nr – A pointer to a const HIC_Rendition.
tristrip – A pointer to a const HIC_Tristrip.

void HIC_Draw_3D_Polyhedron(HIC_Rendition *nr, HIC_Polyhedron *phon)

This function draws a polyhedron.

Parameters

nr – A pointer to a const HIC_Rendition.
phon – A pointer to a const HIC_Polyhedron.

void HIC_Draw_3D_Shell(HIC_Rendition *nr, HIC_Polyhedron *phon)

This function draws a shell.

Parameters

nr – A pointer to a const HIC_Rendition.
phon – A pointer to a const HIC_Polyhedron.

void HIC_Draw_3D_Mesh(HIC_Rendition *nr, HIC_Polyhedron *phon)

This function draws a mesh.

Parameters

nr – A pointer to a const HIC_Rendition.
phon – A pointer to a const HIC_Polyhedron.

void HIC_Draw_3D_Polyedge(HIC_Rendition *nr, HIC_Polyedge *pe)

This function draws polyedge.

Parameters

nr – A pointer to a const HIC_Rendition.
pe – A pointer to a const HIC_Polyedge.

void HIC_Draw_3D_Polymarker(HIC_Rendition *nr, HIC_Polymarker *pm)

This function draws polymarker.

Parameters

nr – A pointer to a const HIC_Rendition.
pm – A pointer to a const HIC_Polymarker.

void HIC_Draw_3D_Polyedge_From_Tristrip(HIC_Rendition *nr, HIC_Polyedge *pe, HIC_Tristrip *ts)

This function draws a 3D polyedge from a tristrip.

Parameters

nr – A pointer to a const HIC_Rendition.
pe – A pointer to a const HIC_Polyedge.
ts – A pointer to a const HIC_Tristrip.

void HIC_Draw_3D_Ellipse(HIC_Rendition *nr, HIC_Ellipse *ellipse)

This function draws the ellipse.

Parameters

nr – A pointer to a const HIC_Rendition.
ellipse – A pointer to a const HIC_Ellipse.

void HIC_Draw_3D_Elliptical_Arc(HIC_Rendition *nr, HIC_Elliptical_Arc *arc)

This function draws the elliptical arc.

Parameters

nr – A pointer to a const HIC_Rendition.
arc – A pointer to a const HIC_Elliptical_Arc.

void HIC_Draw_3D_NURBS_Curve(HIC_Rendition *nr, HIC_NURBS_Curve *curve)

This function draws the NURBS curve.

Parameters

nr – A pointer to a const HIC_Rendition.
curve – A pointer to a const HIC_NURBS_Curve.

void HIC_Draw_3D_NURBS_Surface(HIC_Rendition *nr, HIC_NURBS_Surface *surface)

This function draws the NURBS surface.

Parameters

nr – A pointer to a const HIC_Rendition.
surface – A pointer to a const HIC_NURBS_Surface.

void HIC_Draw_3D_Cylinder(HIC_Rendition *nr, HIC_Cylinder *cylinder)

This function draws the cylinder.

Parameters

nr – A pointer to a const HIC_Rendition.
cylinder – A pointer to a const HIC_Cylinder.

void HIC_Draw_3D_PolyCylinder(HIC_Rendition *nr, HIC_Polycylinder *polycylinder)

This function draws the polycylinder.

Parameters

nr – A pointer to a const HIC_Rendition.
polycylinder – A pointer to a const HIC_Polycylinder.

void HIC_Draw_3D_Sphere(HIC_Rendition *nr, HIC_Sphere *sphere)

This function draws sphere.

Parameters

nr – A pointer to a const HIC_Rendition.
sphere – A pointer to a const HIC_Sphere.

void HIC_Draw_3D_Grid(HIC_Rendition *nr, HIC_Grid *grid)

This function draws 3D grid.

Parameters

nr – A pointer to a const HIC_Rendition.
grid – A pointer to a const HIC_Grid.

void HIC_Draw_3D_Image(HIC_Rendition *nr, HIC_Image *image)

This function draws the image.

Parameters

nr – A pointer to a const HIC_Rendition.
image – A pointer to a const HIC_Image.

void HIC_Draw_DC_Bit_Rasters(HIC_Rendition *nr, HIC_DC_Point *start, HIC_DC_Point *end, int rowbytes, unsigned char rasters[])

This function draws a single scan line determined by the bits in the data array.

Parameters

nr – A pointer to a const HIC_Rendition.
start – A pointer to a const HIC_DC_Point.
end – A pointer to a const HIC_DC_Point.
rowbytes – An int.
rasters – A pointer to a const unsigned char.

void HIC_Draw_DC_Gray8_Rasters(HIC_Rendition *nr, HIC_DC_Point *start, HIC_DC_Point *end, int rowbytes, unsigned char rasters[])

This function draws an image specified by an array of eight-bit gray scale values.

Parameters

nr – A pointer to a const HIC_Rendition.
start – A pointer to a const HIC_DC_Point.
end – A pointer to a const HIC_DC_Point.
rowbytes – An int.
rasters – A pointer to a const unsigned char.

void HIC_Draw_DC_Mapped8_Rasters(HIC_Rendition *nr, HIC_DC_Point *start, HIC_DC_Point *end, int rowbytes, unsigned char rasters[])

This function draws an image specified by an array of eight-bit color indices into the current color map.

Parameters

nr – A pointer to a const HIC_Rendition.
start – A pointer to a const HIC_DC_Point.
end – A pointer to a const HIC_DC_Point.
rowbytes – An int.
rasters – A pointer to a const unsigned char.

void HIC_Draw_DC_Mapped16_Rasters(HIC_Rendition *nr, HIC_DC_Point *start, HIC_DC_Point *end, int rowbytes, unsigned short rasters[])

This function draws an image specified by an array of 16-bit color indices into the current color map.

Parameters

nr – A pointer to a const HIC_Rendition.
start – A pointer to a const HIC_DC_Point.
end – A pointer to a const HIC_DC_Point.
rowbytes – An int.
rasters – A pointer to a const unsigned char.

void HIC_Draw_DC_RGB32_Rasters(HIC_Rendition *nr, HIC_DC_Point *start, HIC_DC_Point *end, int rowbytes, HIC_RGBAS32 rasters[])

This function draws an image specified by an array of 32-bit words, each giving a pixel color in the platform-dependent four-byte color format.

Parameters

nr – A pointer to a const HIC_Rendition.
start – A pointer to a const HIC_DC_Point.
end – A pointer to a const HIC_DC_Point.
rowbytes – An int.
rasters – A pointer to a const unsigned char.

void HIC_Draw_DC_Line(HIC_Rendition *nr, HIC_DC_Point points[])

This function draws a line.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Colorized_Line(HIC_Rendition *nr, HIC_DC_Point points[], HIC_RGBAS32 color[])

This function draws a line using passed in color values instead of the rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
color – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Gouraud_Line(HIC_Rendition *nr, HIC_DC_Point points[], HIC_RGBAS32 colors[])

This function draws a line segment with color interpolated from the argument endpoint colors.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
colors – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Reshaded_Line(HIC_Rendition *nr, HIC_DC_Point points[], HIC_RGBA colors[], HIC_Plane planes[], HIC_Parameter params[], int param_width, HIC_Integer32 param_flags)

This function draws a line segment with color interpolated at each pixel, using the line pattern and line weight attributes.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
colors – A pointer to a const HIC_RGBA.
planes – A pointer to a const HIC_Plane, defined for each vertex V as the camera-space plane that passes through V with V’s surface normal, after modelling and camera positioning and before camera projection.
params – A pointer to a const HIC_Parameter.
param_width – An int.
param_flags – A HIC_Integer32.

void HIC_Draw_DC_Marker(HIC_Rendition *nr, HIC_DC_Point *point)

This function draws a marker, with position specified in device coordinates.

Parameters

nr – A pointer to a const HIC_Rendition.
point – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Colorized_Marker(HIC_Rendition *nr, HIC_DC_Point *point, HIC_RGBAS32 *color)

This function draws a marker using passed in color values instead of the rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
point – A pointer to a const HIC_DC_Point.
color – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Polymarker(HIC_Rendition *nr, int count, HIC_DC_Point point[], float *rotations, float *size_fixups)

This function draws a polymarker.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
point – An array of const HIC_DC_Point.
rotations – A pointer to a const float.
size_fixups – A pointer to a const float.

void HIC_Draw_DC_Colorized_Polymarker(HIC_Rendition *nr, int count, HIC_DC_Point point[], HIC_RGBAS32 *colors, int single, float *rotations, float *size_fixups)

This function draws a polymarker using passed in color values instead of rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int representing the number of points in the HIC_DC_Point array.
point – An array of const HIC_DC_Point.
colors – A pointer to a const HIC_RGBAS32.
single – A boolean.
rotations – A pointer to a const float.
size_fixups – A pointer to a const float.

void HIC_Draw_DC_Polydot(HIC_Rendition *nr, int count, HIC_DC_Point points[])

This function draws a polydot.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.

void HIC_Draw_DC_Colorized_Polydot(HIC_Rendition *nr, int count, HIC_DC_Point points[], HIC_RGBAS32 *colors, int single)

This function draws a polydot using passed in color values instead of rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.
colors – A pointer to a const HIC_RGBAS32.
single – A boolean.

void HIC_Draw_DC_Polyline(HIC_Rendition *nr, int count, HIC_DC_Point points[])

This function draws a polyline.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.

void HIC_Draw_DC_Colorized_Polyline(HIC_Rendition *nr, int count, HIC_DC_Point points[], HIC_RGBAS32 color[], int single)

This function draws a polyline using passed in color values instead of the rendition colors.

See also

HIC_Draw_DC_Polyline, HIC_Draw_DC_Edges

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.
color – A pointer to a const HIC_RGBAS32.
single – A boolean.

void HIC_Draw_DC_Gouraud_Polyline(HIC_Rendition *nr, int count, HIC_DC_Point points[], HIC_RGBAS32 colors[])

This function draws a gouraud polyline.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.
colors – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Phong_Polyline(HIC_Rendition *nr, int count, HIC_DC_Point points[], HIC_RGBA colors[], HIC_Plane planes[], HIC_DPlane dplanes[], HIC_Point worlds[], HIC_DPoint dworlds[])

This function draws a phong polyline.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.
colors – A pointer to a const HIC_RGBA.
planes – A pointer to a const HIC_Plane.

void HIC_Draw_DC_Textured_Polyline(HIC_Rendition *nr, int count, HIC_DC_Point points[], HIC_RGBA colors[], HIC_Plane planes[], HIC_DPlane dplanes[], HIC_Point worlds[], HIC_DPoint dworlds[], float params[], int param_width, HIC_Integer32 param_flags)

This function draws a textured polyline.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – An array of const HIC_DC_Point.
colors – A pointer to a const HIC_RGBA.
planes – A pointer to a const HIC_Plane.
params – A pointer to a const float.
param_width – An int.
param_flags – A HIC_Integer32.

void HIC_Draw_DC_Triangle(HIC_Rendition *nr, HIC_DC_Point points[])

This function draws a triangle using passed in color values instead of the rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Colorized_Triangle(HIC_Rendition *nr, HIC_DC_Point points[], HIC_RGBAS32 color[])

This function draws a triangle using passed in color values instead of the rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
color – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Gouraud_Triangle(HIC_Rendition *nr, HIC_DC_Point points[], HIC_RGBAS32 colors[])

This function draws a filled triangle using the face pattern and face contrast color attributes with color interpolated from the vertex colors.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
colors – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Reshaded_Triangle(HIC_Rendition *nr, HIC_DC_Point points[], HIC_RGBA colors[], HIC_Plane planes[], HIC_Parameter params[], int param_width, HIC_Integer32 param_flags)

This function draws a filled triangle with color interpolated at each pixel using the face pattern and face contrast color attributes.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
colors – A pointer to a const HIC_RGBA.
planes – A pointer to a const HIC_Plane.
params – A pointer to a const HIC_Parameter.
param_width – An int.
param_flags – A HIC_Integer32.

void HIC_Draw_DC_Dot(HIC_Rendition *nr, HIC_DC_Point *point)

This function draws one pixel whose color is the line color.

Parameters

nr – A pointer to a const HIC_Rendition.
point – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Ellipse(HIC_Rendition *nr, HIC_DC_Point *where, HIC_DC_Point *radius)

This function draws a filled ellipse.

Parameters

nr – A pointer to a const HIC_Rendition.
where – A pointer to a const HIC_DC_Point.
radius – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Elliptical_Arc(HIC_Rendition *nr, HIC_DC_Point *where, HIC_DC_Point *radius, float start, float end)

This function draws an elliptical arc.

Parameters

nr – A pointer to a const HIC_Rendition.
where – A pointer to a const HIC_DC_Point.
radius – A pointer to a const HIC_DC_Point.
start – A float.
end – A float.

void HIC_Draw_DC_Face(HIC_Rendition *nr, int count, HIC_DC_Point points[])

This function draws a face.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int, the number of points in the array of vertices which define a polygon.
points – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Colorized_Face(HIC_Rendition *nr, int count, HIC_DC_Point points[], HIC_RGBAS32 color[])

This function draws a face using passed in color values instead of rendition colors.

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int.
points – A pointer to a const HIC_DC_Point.
color – A pointer to a const HIC_RGBAS32.

void HIC_Draw_DC_Image(HIC_Rendition *nr, HIC_DC_Point *start, HIC_DC_Point *end, int hoffset, HIC_Image_Format format, int row_bytes, void **rasters, int pattern, HIC_Driver_Color *contrast_color, HIC_Image *db_image)

This device-independent function draws the entire image stored in the data block and does not provide for Z-buffering tilted images.

Parameters

nr – A pointer to a const HIC_Rendition.
start – A pointer to a const HIC_DC_Point, may be off-screen.
end – A pointer to a const HIC_DC_Point.
hoffset – An int.
format – A HIC_Image_Format.
row_bytes – An int.
rasters – A const void pointer that depends on the format of the image.
pattern – An int.
contrast_color – A pointer to a const HIC_Driver_Color.
db_image – A pointer to a const HIC_Image.

void HIC_Draw_DC_Image_Block(HIC_Rendition *nr, HIC_DC_Point *strt, int wdth, int hite, HIC_Image_Format frmt, int rowbytes, void *image_block)

This device-independent function draws the entire image stored in the data block and does not provide for Z-buffering tilted images. limited to RGB24 RGBA32 RGBAS32 image blocks

Parameters

nr – A pointer to a const HIC_Rendition.
strt – A HIC_DC_Point pointer which may be off-screen.
wdth – An int.
hite – An int.
frmt – A HIC_Image_Format.
rowbytes – An int.
image_block – A const void pointer.

void HIC_Draw_DC_Image_Block_Z(HIC_Rendition *nr, HIC_DC_Point *strt, int wdth, int hite, HIC_Image_Format frmt, int rowbytes, void *image_block, HIC_Image_Format z_format, int z_rowbytes, void *z_image_block)

This device-independent function draws the entire image stored in the data block and z image block. limited to RGB24 RGBA32 RGBAS32 image blocks and DEPTH16 DEPTH32 DEPTH_FLOAT32 z image blocks.

Parameters

nr – A pointer to a const HIC_Rendition.
strt – A HIC_DC_Point pointer which may be off-screen.
wdth – An int.
hite – An int.
frmt – A HIC_Image_Format.
rowbytes – An int.
image_block – A const void pointer to the image data.
z_format – A HIC_Image_Format.
z_rowbytes – An int.
z_image_block – A const void pointer to the z image data.

void HIC_Draw_DC_Polygon(HIC_Rendition *nr, int count, HIC_DC_Point points[])

This function draws a filled polygon with edge.

See also

HIC_Insert_Polygon, HIC_Draw_3D_Polygon

Parameters

nr – A pointer to a const HIC_Rendition.
count – An int, one greater than the number of polygon vertices.
points – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Outline_Ellipse(HIC_Rendition *nr, HIC_DC_Point *where, HIC_DC_Point *radius)

This function draws an ellipse outline (closed curve).

Parameters

nr – A pointer to a const HIC_Rendition.
where – A pointer to a const HIC_DC_Point.
radius – A pointer to a const HIC_DC_Point.

void HIC_Draw_DC_Rectangle(HIC_Rendition *nr, int left, int right, int bottom, int top)

This function draws a filled rectangle using face color, pattern, and contrast color attributes. The rectangle is aligned with the device coordinate axes. HOOPS uses this function to fill windows after replacing face with window attributes.

Parameters

nr – A pointer to a const HIC_Rendition.
left – An int.
right – An int.
bottom – An int.
top – An int.

void HIC_Draw_DC_Stenciled_Quad(HIC_Rendition *nr, HIC_DC_Point points[], HIC_Stencil_Bitmap *stencil)

This function draws a stenciled quad.

Parameters

nr – A pointer to a const HIC_Rendition.
points – A pointer to a const HIC_DC_Point.
stencil – A pointer to a const HIC_Stencil_Bitmap.

void HIC_Draw_Text(HIC_Rendition *nr, HIC_Text_Info *ti)

Reconciles the text attributes in the rendition with the capabilities of the requested font and completes the computations to draw the text. Applies the per-character transformations and the atmospheric attenuation when called for in the rendition. Specified font may be replaced by a stroked font if it doesn’t permit called for transformations. If text is drawn in a hardware font, the window system, or the driver, a driver-level method is called otherwise the text is stroked out.

Parameters

nr – A pointer to a const HIC_Rendition.
ti – A pointer to a const HIC_Text_Info.

void HIC_Draw_DC_Text(HIC_Rendition *nr, HIC_DC_Point *where, int count, HIC_Karacter kstring[])

This function draws text.

See also

HIC_Draw_Text

Parameters

nr – A pointer to a const HIC_Rendition.
where – An array of const HIC_DC_Point.
count – An int.
kstring – A pointer to a const HIC_Karacter.

void HIC_Draw_Simple_Text(HIC_Rendition *nr, HIC_DC_Point *where, char *text)

This function draws simple text for purposes such as debugging.

See also

HIC_Draw_Simple_Text

Parameters

nr – A pointer to a const HIC_Rendition.
where – A pointer to a const HIC_DC_Point.
text – A null-terminated string containing the text to be drawn.

void HIC_Draw_Segment(HIC_Rendition *nr, HIC_Segment_Info *si)

This function draws geometry defined in the segment and its subsegments.

Parameters

nr – A pointer to a const HIC_Rendition.
si – A pointer to a const HIC_Segment_Info.

void HIC_Draw_Window(HIC_Rendition *nr, HIC_Int_Rectangle *extent)

This function fills the intersection of the rectangle specified by extent and the current clipping rectangle with the pattern determined by window color, pattern and contrast color.

Parameters

nr – A pointer to a const HIC_Rendition.
extent – A pointer to a const HIC_Int_Rectangle.

void HIC_Draw_Window_Frame(HIC_Rendition *nr, HIC_Int_Rectangle *extent, HIC_Int_Rectangle *frame, int calculate_only)

This function draws a frame of concentric rectangles using two solid polylines where the weight of the lines and the space between them is the device’s default line weight.

Parameters

nr – A pointer to a const HIC_Rendition.
extent – A pointer to a const HIC_Int_Rectangle. Specifies extents of frame around window.
frame – A pointer to a HIC_Int_Rectangle.
calculate_only – A boolean. If true the function draws nothing, otherwise draws specified frame.

int HIC_Driver_Get_Window_Width(HIC_Rendition *nr)

The behavior of this function is driver and platform specific. This function returns the window width as an int.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: An int.

int HIC_Driver_Get_Window_Height(HIC_Rendition *nr)

The behavior of this function is driver and platform specific. This function returns the window height as an int.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: An int.

int HIC_Driver_Is_Double_Buffering(HIC_Rendition *nr)

The behavior of this function is driver and platform specific. This function returns a boolean which is true if double buffering is in effect, false if double buffering is not in effect.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A boolean, true if double buffering is in effect, otherwise false.

void *HIC_Driver_Get_HDC(HIC_Rendition *nr)

This function gets the HDC associated with the current driver. The behavior of this function is driver and platform specific.

Parameters: nr – A pointer to a const HIC_Rendition.
Returns: A void pointer.

int HIC_Driver_Tristrip_Has_Valid_DL(HIC_Rendition *nr, HIC_Tristrip *ts)

The behavior of this function is driver and platform specific. This function returns a boolean which is true if driver tristrip has a valid display list, false if driver tristrip has an invalid display list.

Parameters

nr – A pointer to a const HIC_Rendition.
ts – A pointer to a const HIC_Tristrip.

Returns

A boolean, true if tristrip has valid display list, otherwise false.

void HIC_Driver_glActiveTextureARB(HIC_Rendition *nr, int number)

The behavior of this function is driver and platform specific. This is only valid with opengl driver and corresponds to the gl call ActiveTextureARB.

Parameters

nr – A pointer to a const HIC_Rendition.
number – An int.

void HIC_Driver_ENSURE_ALPHA_TEST_ON(HIC_Rendition *nr, int number)