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Author name: Rakesh Rao

Tangents to Curves: CP_TANCURVE – CADPower Command

CADPower Commands / By

Summary The CP_TANCURVE command allows users to create tangent lines to various types of curves, including arcs, polylines, and splines. This command provides an efficient way to construct tangents either at the ends of a curve or at a specific point, with options to define the length of the tangent. CADPower -> Draw Tools -> Geometry -> Tangents to Curves Key features include: Note: The “Intersect” option under “Tangent Length” is not yet implemented. The CP_TANCURVE command is essential for CAD users needing to add tangent lines for geometric constructions, offering accuracy and control in creating tangents at customizable lengths and positions.

Projected (Construction) Lines: CP_XLINES – CADPower Command

CADPower Commands / By

Summary The CP_XLINES command in CADPower enables users to draw construction lines projected from a selected point towards a specified edge direction. This tool is essential for creating reference lines that extend to defined boundaries, aiding in alignment and layout tasks. CADPower -> Draw Tools -> Geometry -> Projected(construction) lines Key features include: Use Case: Useful for CAD users who need to establish reference lines for layout, alignment, and precision in drawing, especially in architectural and engineering projects.

Perpendicular Lines: CP_PERP – CADPower Command

CADPower Commands / By

Summary The CP_PERP command creates a line perpendicular to a selected point on a curve, enabling precise alignment and reference creation in CAD drawings. This command is especially useful for constructing perpendiculars for geometric construction, alignment, or dimensioning purposes. CADPower -> Draw Tools -> Geometry -> Perpendicular lines Key features include: The CP_PERP command is ideal for CAD professionals who need to add perpendicular references quickly, providing a straightforward method for precise perpendicular line creation at any point on a curve.

Truncated Cone: CP_TRUNCCONE – CADPower Command

CADPower Commands / By

Summary The CP_TRUNCCONE command creates a 3D solid truncated cone by specifying the bottom radius, top radius, and height. This shape is commonly used in architectural and mechanical designs where conical transitions or tapered elements are required. CADPower -> Draw Tools -> Geometry -> Truncated Cone Key features include: The CP_TRUNCCONE command is a valuable tool for CAD users needing to create tapered, conical shapes, allowing for efficient and accurate construction of truncated cones with customizable proportions.

Tube: CP_TUBE – CADPower Command

CADPower Commands / By

Summary The CP_TUBE command generates a 3D solid tube by defining the center point, inner radius, outer radius, and height. This command is useful for creating hollow cylindrical shapes commonly needed in mechanical and architectural designs. CADPower -> Draw Tools -> Geometry -> Tube Key features include: The CP_TUBE command is ideal for CAD users needing to create tubular shapes, providing an efficient method for defining hollow cylindrical 3D solids with customizable dimensions.

Involute: CP_INVOLUTE – CADPower Command

CADPower Commands / By

Summary The CP_INVOLUTE command is used to draw an involute curve, a common geometry in gear design and mechanical engineering. By specifying parameters such as grain tolerance, start angle, and angle to trace, this command creates a precise involute shape. CADPower -> Draw Tools -> Geometry -> Involute Key features include: The CP_INVOLUTE command is essential for CAD users designing gears, cams, or other mechanical components, providing a precise and customizable way to create involute curves with controlled accuracy.

Helix: CP_HELIX – CADPower Command

CADPower Commands / By

Summary The CP_HELIX command in CADPower enables the creation of a helical curve by specifying a set of customizable parameters. This tool is ideal for users needing to model springs, coils, or other helical shapes with precision. CADPower -> Draw Tools -> Geometry -> Helix Key features include: Use Case: Ideal for CAD users designing mechanical parts, architectural elements, or any model requiring a helical form, CP_HELIX provides precise control over helix geometry to meet specific design requirements.

Slot: CP_SLOT – CADPower Command

CADPower Commands / By

Summary The CP_SLOT command enables users to quickly draw a slot shape by specifying its center point, width, length, and rotation angle. This command is ideal for creating slot geometries efficiently, commonly used in mechanical and architectural designs. CADPower -> Draw Tools -> Geometry -> Slot Key features include: The CP_SLOT command is a valuable tool for CAD users who need to add slots to their designs quickly, providing an efficient and customizable way to create slot geometries with exact specifications.

Tapered Lines: CP_CREATETAPER – CADPower Command

CADPower Commands / By

Summary The CP_CREATETAPER command creates tapered polylines by defining different widths at each end. It can either generate a new tapered polyline or convert existing lines, polylines, and arcs into tapered shapes. This command is limited to converting polylines or arcs with only two vertices. CADPower -> Draw Tools -> Geometry -> Tapered lines Key features include: The CP_CREATETAPER command is ideal for CAD users looking to add dynamic, tapered effects to linear elements in their designs, enhancing visual interest and detail.

Parabola: CP_PARABOLA – CADPower Command

CADPower Commands / By

Summary The CP_PARABOLA command is used to draw a parabolic curve by specifying three key points: the start point, end point, and vertex of the parabola. Once these points are defined, the command generates a smooth parabolic curve that fits between the specified start and end points with the vertex dictating the curvature. CADPower -> Draw Tools -> Geometry -> Parabola Key features include: The CP_PARABOLA command is valuable for CAD users needing to incorporate parabolic shapes into their designs, offering a straightforward method to create accurate parabolic curves based on defined points.

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