node_type  0123f598

Circle / Arc

(circle)


Property Name
Type
Description
node_type  0123f5f8 z
length

Z value
You can use the Z value of another object via picking it.
Default: 0

node_type  0123f628 spec
ref_value

Line style
Default: solid, thickness 0.5 mm ({"solid", 0.5}).

node_type  0123f658 axes
withaxes

Display cross of centerlines
The centerlines cannot be selected because they only exist in the display and not in the data structure.
Default: yes

Data description

Attributes (cir_rec)

Actions with result "circle"
node_type  0124cb58 Sketch circle circle_sketch
node_type  0124cc78 Circle with center point and radius circle_centerradius
node_type  0124cd98 Circle with center point and point on the circle circle_centrepoint
node_type  0124d068 Circle or arc through 3 objects circle_3elements
node_type  0124d488 Arc with center, start point and end direction circle_arc2pointsbegin
node_type  0124d608 Circle or arc tangential to two lines circle_tglineline
node_type  0124d7e8 Fillet with trimming the reference lines fase_round
node_type  0124dae8 Circle around center point tangtial to one line circle_tgline
node_type  0124dc08 Circle or arc through a point tangent to a line circle_linepoint
node_type  0124dde8 Circle or arc through two points tangential to an imaginary tangent circle_tangent
node_type  0124df98 Circle or arc through a point tangent to a circle circle_circlepoint
node_type  0124e178 Circle or arc tangential to a line and tangtial to a circle circle_linecircle
node_type  0124e358 Circle or arc tangential to 2 circles circle_circlecircle
node_type  0124e538 Mirrored circle or arc circle_mirrorcircle
node_type  0124e688 Copy circle or arc circle_copycircle
node_type  0124e7d8 Arc on circle with start and end points circle_arconcirclepoints
node_type  0124ead8 Arc on a circle with start and end angles circle_arconcirangles
node_type  0124edd8 Circle or arc of a contour circle_of_contour

Actions with result "void" (invalid) and names "circle_..."

---

Circles and arcs have a direction. Normally the direction is counterclockwise, in the case of mirrored objects clockwise.

Please look for starting and ending points of arcs in counterclockwise direction. In the standard case you can find the imaginary starting point of a circle looking from the center in positive x direction of the circle's coordinate system.





EUCAD-Software
EUKLID Design im Internet