Custom Profile Requires that Geometry be drawn first. – Point Geometry Line Geometry Unbounded Line Geometry Circle Geometry Arc Geometry There are two tricks to creating arcs, when you need the arc to be round, not bowed outwards like an oval, and held to a diameter. Best Method This method ties an arc to a frame of points and lines. The lines are equal to the – radius of the arc.This frame is nice if we have paths leading away fromeither end of the arc, and we may want those path lines to always be tangent to the arc, or perpendicular to the frame supporting the arc. This method is great if we want better control over the center point of the arc, and the frame around the arc. This is the second method to define an arc. It has fewer frame lines, and relies more on constraints. There is little control over the arc center point. This is the result. We have two lines tangent to an arc that has a radius dimension. The two lines have an angle dimension between them, holding them to 90 degrees. Rectangle Geometry Oval Geometry Point Reference Geometry Reference Geometry
Custom Profile – Requires that Geometry be drawn first. Point Geometry Line Geometry Unbounded Line Geometry Circle Geometry Arc Geometry There are two tricks to creating arcs, when you need the arc to be round, not bowed outwards like an oval, and held to a diameter. Best Method – This method ties an arc to a frame of points and lines. The lines are equal to the radius of the arc.This frame is nice if we have paths leading away fromeither end of the arc, and we may want those path lines to always be tangent to the arc, or perpendicular to the frame supporting the arc. This method is great if we want better control over the center point of the arc, and the frame around the arc. This is the second method to define an arc. It has fewer frame lines, and relies more on constraints. There is little control over the arc center point. This is the result. We have two lines tangent to an arc that has a radius dimension. The two lines have an angle dimension between them, holding them to 90 degrees. Rectangle Geometry Oval Geometry Point Reference Geometry Reference Geometry