This function adds a uniform incremental vector fx and fy to every point in space.
b fx fy
Each line describes a separate closed polygon. There is no limit to the number of polygons that can be entered.
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Uniform Fill This function adds a uniform incremental vector fx and fy to every point in space. b fx fy |
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Uniformly Filled Polygon This is the most generic polygon, which is described by its bounding (x,y) co-ordinates. All points inside that polygon will have an incremental vector fx and fy. The syntax is: u fx fy x1 y1 x2 y2 x3 y3 .... There is no limit to the number of bounding points to the polygon, which allows very complex shapes to be created. All units are in microns. |
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Uniformly Filled Circle / Ellipse This is similar to the uniformly filled polygon, except it outlines an ellipse (or circle) with a specified radii and center. The syntax is: c fx fy rx ry xc yc |
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Parabolic Distribution This is similar to the ellipse except the values inside will be distributed parabolically as:  The syntax is: p fx fy rx ry xc yc |
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Gaussian Distribution This will describe a gaussian distribution using the equation  The syntax is g fx fy rx ry xc yc |
| Distribution | Syntax |
| Uniform Fill | b fx fy |
| Uniform Polygon | u fx fy x1 y1 x2 y2 x3 y3 .... |
| Uniformly Filled Circle / Ellipse | c fx fy rx ry xc yc |
| Parabolic Distribution | p fx fy rx ry xc yc |
| Gaussian Distribution | g fx fy rx ry xc yc |