Built on the same viewing engine as AutoCAD® software, DWG TrueView enables you to view the latest DWG and DXF™ files, just as you would in AutoCAD. NanoCAD has a traditional CAD application programming interface (API) that allows developing independent nanoCAD based applications and additional automation modules.Īutodesk® DWG TrueView™ software is a free* stand-alone DWG™ viewer with DWG TrueConvert™ software included. nanoCAD includes all necessary tools required for basic design and allows creating and editing 2D and 3D vector primitives, texts, tables, blocks, graphical technical documentation display and print settings using either a model or a sheet. Project created using nanoCAD and saved as *.dwg file could be easily opened and edited in any CAD application supporting *.dwg which in turn makes nanoCAD perfect tool for project collaboration and sharing.ģ. The world’s most popular file format for technical documentation - *.dwg – is the nanoCAD native file format. This makes nanoCAD easy to migrate to since enterprise needs no time to retrain its engineers.Ģ. Any engineer could easily master nanoCAD since everything is in their right places: menu, button icons, panels, command line, and the commands theirselves are easily recognizable. It is fast, lightweight, capable, and, unlike most free CAD programs, completely uncrippled. It is totally free, for business, professional, or personal purposes. ![]() FillPolygon(solidBrush, points, FillMode.Alternate) ĭelphi Programming © Neil Moffatt All rights reserved.NanoCAD is a pro-grade 2D CAD system with native DWG support and full customizability. Draw this polygon using a solid blue brush and alternate fillingĮ.Graphics. ![]() FillPolygon(solidBrush, points, FillMode.Winding) Draw this polygon using a solid red brush and winding fillingĮ.Graphics. Build the points array to form an overlapping polygon Draw another polygon using a hatch brushĮ.Graphics. Draw this polygon using a solid red brushĮ.Graphics. ![]() Note that FillPolygon adds the final link line Build the points array to form an elongated 6 sided polygon HatchBrush := .Create(HatchStyle.Vertical, Procedure TWinForm.TWinForm_Paint(sender: System.Object Alternate looks at curve intersections, and the directions each is drawn.ĭrawing a red polygon and a yellow/blue hatched polygon Winding counts the number of lines crossed when radiating out from a point to determine if it is inside the shape. The FillMode optional parameter allows you to define how the fill process handles such an overlapping : However, a Microsoft polygon can have acute angles, and can overlap itself. ![]() Normally a polygon is deemed to be a shape with angles greater than 90 degrees (obtuse angles). FillPolygon fills in the shape with the specified Brush. The Points array of points defines a regular or irregular polygon shape. ( Brush: Brush : Points : Array of FillMode : ) ĬF : Methods with this mark are Compact Framework Compatible ( Brush: Brush : Points : Array of FillMode : ) net Home | | FillPolygon MethodĬreates a filled polygon shape defined by an array of points
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