Change one parameter. The model follows.
Parts, pages, nests and the folded 3D view update with it.
ParametrIQ design tools
ParametrIQ CAD has 129 tools: for drawing, editing, dimensioning and measuring, and for the work of each trade it is used in. Each one works the way you'd expect from a CAD program, with one difference: whatever it makes is defined from the points and variables already in the drawing. Change a size later and the lines, curves, fillets, text and dimensions all follow.
Snap modes: how a click becomes a point
Each drawing tool places its points with a snap mode, chosen at the top of Tool Options. A click can use an existing point, or make a new one defined from the points around it. There are twelve:
- Snap: use an existing point, for dot-to-dot drawing.
- Ortho: a new point straight across or straight up from one that is already there.
- Angle: a new point at a distance and an angle from another.
- Tween: a new point part of the way between two others.
- Two Point: a new point taking its X from one point and its Y from another: level with the top of one shape, in line with the side of another.
- Offset X and Y: a new point a distance across and a distance up from another.
- Two Distances: a new point a set distance from each of two others.
- Two Angles: a new point where lines at set angles from two others cross.
- Along an Element: a new point a distance along a line, arc or curve from its nearer end.
- Offset from a Line: a new point a distance along a line and a distance out from it.
- Around a Centre: a point turned round a centre by an angle.
- Mirror: a point reflected in the line through two others.
The cursor also snaps to midpoints, ends, centres, quadrants, intersections, perpendiculars and tangents, making a point defined on the elements there. As you move, a box by the cursor shows the distance or angle it measures. Type a number, or a name and a value such as FLAP=25, and it becomes a variable you can change later. Click without typing, and the box asks for the value, with the measured one filled in.
W/4 or #DD.Drawing
Every element is drawn on points, and every point is tied to the drawing's other points.
Editing
Edits add points defined from the elements they work on, so they keep working when the sizes change.
Dimensions and notes
Dimensions are drawn on points too, so they always show the drawing's current sizes.
Inquiry
Find out about the drawing without changing it, and keep what you find as variables.
Tools for each trade
A drawing is offered its own industry's tools beside the ones above, in the toolbar and in Edit › Tool; Edit › Tool › Show All Tools offers every one. They are parametric like the rest: their sizes are variables, and what they draw follows the points you picked. Industries and tool sets lists each trade's tools and designs.
Production
Registration marks and drill holes for every trade, and the die-maker's bridges, notches and tear strips.
Packaging
Flaps, windows and lock tabs added to a carton's panels on the edges you click, and creases moved for the board's thickness.
Sheet metal, HVAC, pipework, structural steel and gaskets
Flat patterns with their bends allowed for, pipe and duct templates developed flat, and holes, slots and plates measured from their edges.
Laser cutting and carpentry
Joints cut or marked on the parts, and what holds a part in the sheet while it is cut.
Sewing and leather goods
The marks a pattern piece carries: allowances, notches, grain lines, darts, pleats, stitching, skives and labels.
Sign making and vinyl cutting
Sign panels' holes and borders, lettering to cut, and vinyl ready to weed and apply.
Picture framing
Mounts with their windows, and frames from their moulding.
Carpets and flooring
A room from its walls, the carpet off the roll to cover it, and rugs, stairs and inlays.
Labels
A label die laid out to its cylinder, and the liner slits that help the labels peel.
Foam and inserts
Inserts built up from sheets, with pockets for the items they hold.
Glass, stone and tile
Panels and slabs with their edge work, notches, corners and cut-outs, and tiles set out over a wall or floor.
Tools that tell you what they found
Mouse or keyboard, it's the same drawing
Everything a tool does is written down as a command in PiQ Lang, the language the drawing is saved in. You can see it in the Interactive window, type it yourself, and put it in loops, conditions and functions. A drawing made with the tools can be run as a parametric design, asked for its sizes, and made through the PiQ SaaS API.
Every tool, in detail
The help has a page for each tool: its settings, how to use it, and how it stays parametric.