Displays the coordinate entry dialogue box. The prompt is displayed on the title of dialogue box. Returns zero if user pressed cancel and positive value if user pressed OK button.

Displays the length value entry dialogue box. The prompt is displayed on the title of dialogue box. Returns zero if user pressed cancel and positive value if user pressed OK button. Length value is interpreted according the current length units.

Displays the float value entry dialogue box. The prompt is displayed on the title of dialogue box. Returns zero if user pressed cancel and positive value if user pressed OK button.

Outputs the text message into the bCAD trace window.

WARNING! The primary aim of that call is to provide developer with ability to print debugging information. It is generally not recommended to use that call for printing user related information.

Stores current state of the drawing into the UNDO buffer. All changes between two calls of fixState can be reversed by single UNDO command.

Stores current state of the editor.

Restores current state of the editor.

Sets current colour for wire-frame display. Returns new colour value.

Sets current line width for wire-frame objects. Returns new value.

Not released yet.

Creates a new layer with specified name. Returns negative value as bad result.

Sets layer with specified name as current.

Wire-frame and 3D entities creation calls return either negative value as a bad result or a new object unique identifier-number as a successful result.

Draws a straight line with specified coordinates of the start and end points.

Draws the line with specified length which goes from the start point and perpendicular to the vector, specified by its first and second points.

Draws the line with specified length which goes from the start point and orthogonal to the vector, specified by its first and second points.

Draws the sequence of straight segments, connected into the single object polyline.

Draws the rectangular polygon by specified corner point and rectangle width and height values.

Draws the regular polygon by specified centre point radius of the circle, new polygon must fit in, bias angle an number of segments.

Draws the circle by specified centre point and circle radius.

Draws the circle, which goes through the specified three vertices.

Draws the ellipse by specified centre point, two radiuses and bias angle

Draws the circular arc by specified centre point, arc radius, start and end angle.

Draws the 2D text by left down corner and text string value (UNICODE).

Draws the flat rectangular plane by corner, width, height and mesh accuracy in width and height directions.

Creates the regular 3D mesh surface by specified four corner vertices and mesh accuracy in M ( from vertex c0 to vertex c1 ) and N ( from vertex c0 to vertex c1 ) directions.

Creates the parallelogramm box by specified corner, width, height and depth values, and mesh accuracy in width, height and depth directions.

Creates the round torus surface by specified centre, torus radius, tube radius and mesh accuracy in M (longitudinal) and N (latitudinal ) directions.

Creates the sphere surface by specified centre, radius and mesh accuracy in M (longitudinal) and N (latitudinal ) directions.

Creates the spherical dome surface by specified centre, radius and mesh accuracy in M (longitudinal) and N (latitudinal ) directions

Creates the spherical dome surface by specified centre, radius and mesh accuracy in M (longitudinal) and N (latitudinal ) directions

Creates the round truncated cone surface by specified centre of the bottom, centre of the top, radius of the bottom, radius of the top, and mesh accuracy. You also can specify are bottom (cs flag) and top (ce flag) created r not.

Creates a regular mesh surface by array of the vertices and mesh accuracy in M and N directions. The number of the vertices in the array must be exactly MxN.

Creates an irregular mesh surface by array of the vertices, array of the triangle faces and array of edges visibility flags. Each element in the array of the triangle faces is triad of the vertices indexes in the array of vertices. Visibility flags !!!!!!

Creates the surface of revolution by contour, axis start point, axis end point, start angle, angle of revolution and accuracy of the mesh N.

Creates the spot light object by light position sou, light target tag, hotspot angle, falloff angle and rgb colour of the light. Colour is defined as a triad of red, green and blue components.

Creates the omni-directional light object by light position sou and rgb colour of the light. Colour is defined as a triad of red, green and blue components.

Creates the animated camera object by camera position sou, camera target tag, camera towards direction up, camera position path sPath, target position path tPath and number of the frames.