distance()>0
distance()>0
| libageo · Kreis · Abstandsfunktionen |
| » | double | circle. | distance | (point) | ||
| double | circle. | distance | (line) | |||
| double | circle. | distance | (plane) | |||
| double | circle. | distance | (circle) | |||
| double | circle. | distance | (cylinder) | |||
| double | circle. | distance | (sphere) | |||
| double | distance | (circle, point) | ||||
| double | distance | (circle, line) | ||||
| double | distance | (circle, plane) | ||||
| double | distance | (circle, circle) | ||||
| double | distance | (circle, cylinder) | ||||
| double | distance | (circle, sphere) |
| · | Abstand Kreis-Punkt |
|
distance()>0 |
distance()>0 |
| · | Abstand Kreis-Gerade |
 distance()>0 |
 distance()>0 |
| · | Abstand Kreis-Ebene |
 distance()=0 |
 distance()>0 |
| · | Abstand Kugel-Kreis |
 distance()=0 |
 distance()>0 |
| · | Abstand Kugel-Kugel |
 distance()=0 |
 distance()>0 |
| · | Abstand Kugel-Zylinder |
 distance()=0 |
 distance()>0 |
|
line ln = line( point(10,20,30), vector(0.707,0.707,0) ); point p = point( 15,20,30 ); double d = ln.distance(p); |
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|
line ln = line( point(10,20,30), vector(0.707,0.707,0) ); point p = point( 15,20,30 ); double d = ln.distance(p, plane( point(0,0,0), vector(0,0,1) )); |
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