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Author name: Rakesh Rao

Find Points Enclosed Within 3d Face Space: CP_FINDENCLOSED – CADPower Command

CADPower Commands / By

Summary The CP_FINDENCLOSED command in CADPower for BricsCAD, AutoCAD, ZWCAD and ARES Commander allows users to identify and select point objects located within the space defined by 3DFACE objects. Originally developed for the mining industry, this tool helps in analyzing spatial relationships by selecting points inside or outside complex 3D surfaces such as mining shafts, cut-outs, and geological models. CADPower -> Selection Tools -> Selection Tools -> Find points enclosed within 3dface space Key features include: Benefits: With CP_FINDENCLOSED, users can efficiently extract point objects within 3D boundaries, enhancing the analysis, visualization, and interpretation of spatial data in CAD-based modeling environments.

Find Objects in Selected Z Range: CP_FINDZRNG – CADPower Command

CADPower Commands / By

Summary The CP_FINDZRNG command in CADPower helps you quickly identify and select objects within a specified Z (elevation) range. This tool is particularly useful for QA/QC tasks, ensuring that objects are correctly placed in 3D space. It is compatible with leading CAD platforms like BricsCAD, AutoCAD, ZWCAD and ARES Commander. CADPower -> Selection Tools -> Selection Tools -> Find objects in selected Z range Key features include: Benefits: The CP_FINDZRNG command in CADPower provides an essential tool for ensuring 3D model accuracy in BricsCAD, AutoCAD, ZWCAD and ARES Commander, simplifying the process of managing elevation-based objects.

Object Selection FILTER: CP_FILTER – CADPower Command

CADPower Commands / By

Summary The CP_FILTER command in CADPower offers an advanced tool for filtering and selecting objects in your drawings based on a wide range of properties and criteria. Designed for BricsCAD, AutoCAD, ZWCAD and ARES Commander, this command allows users to create complex and customized selection filters with ease. CADPower -> Selection Tools -> Selection Tools -> Object Selection FILTER Key features include: Benefits:

Build Selection Set: CP_MAKESEL – CADPower Command

CADPower Commands / By

Summary The CP_MAKESEL command in CADPower provides a highly customizable and efficient way to create and manage selection sets in your CAD drawings. This tool enhances the selection process by enabling precise filtering based on object properties, layers, blocks, and colors, offering unparalleled flexibility for CAD professionals using BricsCAD, AutoCAD, ZWCAD and ARES Commander. CADPower -> Selection Tools -> Selection Tools -> Build Selection Set Key features include: Benefits:

Enhanced Entity Selector: CP_ESELECT – CADPower Command

CADPower Commands / By

Summary The CP_ESELECT command in CADPower offers a powerful method for advanced entity selection using enhanced boundary-based selection techniques. This tool is ideal for managing and organizing complex CAD drawings in BricsCAD, AutoCAD, ZWCAD and ARES Commander environments. CADPower -> Selection Tools -> Selection Tools -> Enhanced Entity Selector Key features include: Benefits:

3DFaces Based on Properties: CP_3DFFILTER – CADPower Command

CADPower Commands / By

Summary The CP_3DFFILTER command in CADPower enables users to filter 3DFaces in their CAD drawings based on various geometric properties and attributes. This tool streamlines the management of complex 3D geometry, improving accuracy and efficiency in 3D modeling workflows. It is fully compatible with BricsCAD, AutoCAD, ZWCAD and ARES Commander. CADPower -> Selection Tools -> Selection Tools -> 3DFaces based on properties Key features include: Benefits:

Polylines Based on Properties: CP_PLFILTER – CADPower Command

CADPower Commands / By

Summary The CP_PLFILTER command in CADPower allows users to filter polylines in their drawing based on specific properties. This powerful tool helps isolate and manage polylines efficiently, improving drawing organization and workflow. Compatible with BricsCAD, AutoCAD, ZWCAD and ARES Commander, it is designed for flexibility and precision in filtering. CADPower -> Selection Tools -> Selection Tools -> Polylines based on properties Key features include: Benefits:

Change Hatch Origin: CP_HATCHORIGIN – CADPower Command

CADPower Commands / By

Summary The CP_HATCHORIGIN command in CADPower for BricsCAD, AutoCAD, ZWCAD and ARES Commander allows users to change the origin point of a hatch, ensuring better alignment and consistency in hatch patterns. This feature is particularly useful when adjusting pattern positioning to match design requirements without recreating the hatch. CADPower -> Miscellaneous Tools -> Hatch -> Change hatch origin Key features include: Benefits: With CP_HATCHORIGIN, users can fine-tune hatch placement quickly and efficiently, improving the accuracy and presentation of CAD drawings.

Delete Vertex from Hatch Boundary: CP_HATCHDELVX – CADPower Command

CADPower Commands / By

Summary The CP_HATCHDELVX command in CADPower for BricsCAD, AutoCAD, ZWCAD and ARES Commander allows users to delete vertices from hatch boundaries with a single pick. This tool is especially beneficial for BricsCAD users, where native functionality does not support direct vertex deletion from hatch boundaries. CADPower -> Miscellaneous Tools -> Hatch -> Delete vertex from hatch boundary Key features include: Benefits: With CP_HATCHDELVX, users can refine and edit hatch boundaries effortlessly, ensuring precise control over hatch modifications without complex workarounds.

Insert Vertex in Hatch Boundary: CP_HATCHINSVX – CADPower Command

CADPower Commands / By

Summary The CP_HATCHINSVX command in CADPower for BricsCAD, AutoCAD, ZWCAD and ARES Commander allows users to add new vertices to hatch boundaries, providing greater flexibility for modifying hatch areas. This is particularly useful for BricsCAD users, where native functionality does not allow direct vertex insertion into hatch boundaries. CADPower -> Miscellaneous Tools -> Hatch -> Insert vertex in hatch boundary Key features include: Benefits: With CP_HATCHINSVX, users can easily reshape hatch boundaries by inserting new vertices, ensuring precise control over hatch modifications without the need for complex workarounds.

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