Vector API/de: Difference between revisions
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{{VeryImportantMessage|(November 2018) Diese Information kann unvollständig und veraltet sein. Für die letzte API siehe die (engl.) [https://www.freecadweb.org/api autogenerierte API-Dokumentation].}} |
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{{VeryImportantMessage|(Oktober 2019) Bearbeite diese Seiten nicht. Die Informationen sind unvollständig und veraltet. Die neueste API findest Du in der [https://www.freecadweb.org/api autogenerierten API-Dokumentation] oder generiere die Dokumentation selbst, siehe [[Source documentation/de|Quelldokumentation]].}} |
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Vektoren werden überall in FreeCAD benutzt. |
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Vektoren werden überall in FreeCAD benutzt. |
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Beispiel: |
Beispiel: |
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{{APIFunction|cross|Vector|the crossproduct between this vector and another.|vector}} |
{{APIFunction|cross|Vector|the crossproduct between this vector and another.|vector}} |
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{{APIFunction|distanceToLine|Vector1,Vector2|the distance between the vector and a line through Vector1 in direction Vector2.|float}} |
{{APIFunction|distanceToLine|Vector1,Vector2|the distance between the vector and a line through Vector1 in direction Vector2.|float}} |
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{{APIFunction| |
{{APIFunction|distanceToPoint|Vector|the distance between this vector and another.|float}} |
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{{APIFunction|distanceToLineSegment|Vector1,Vector2|a vector to the closest point on a line segment from Vector1 to Vector2.|Vector}} |
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{{APIFunction|distanceToPlane|Vector1,Vector2|the distance between the vector and a plane defined by a point and a normal.|float}} |
{{APIFunction|distanceToPlane|Vector1,Vector2|the distance between the vector and a plane defined by a point and a normal.|float}} |
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{{APIFunction|dot|Vector|the dot product between 2 vectors.|float}} |
{{APIFunction|dot|Vector|the dot product between 2 vectors.|float}} |
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{{APIFunction|getAngle|Vector|the angle in radians between this vector and another.|float}} |
{{APIFunction|getAngle|Vector|the angle in radians between this vector and another.|float}} |
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{{APIFunction|isEqual|Vector2,tolerance|Checks if the distance between the points represented by this Vector and Vector2 is less than or equal to the given tolerance.|True/False}} |
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{{APIFunction|isNormal|Vector2,tolerance|Checks if this Vector is normal to Vector2 within the tolerance.|True/False}} |
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{{APIFunction|isOnLineSegment|Vector1,Vector2|Checks if this vector is on the line segment generated by Vector1 and Vector2.|Vector}} |
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{{APIFunction|isParallel|Vector2,tolerance|Checks if this Vector is parallel to Vector2 within the tolerance.|True/False}} |
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{{APIFunction|multiply|Float|multiplies (uniform scale) a vector by the given factor.|nothing}} |
{{APIFunction|multiply|Float|multiplies (uniform scale) a vector by the given factor.|nothing}} |
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{{APIFunction|negative|Vector|Returns the negative (opposite) of this vector.|Vector}} |
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{{APIFunction|normalize| |normalizes a vector (sets its length to 1.0).|nothing}} |
{{APIFunction|normalize| |normalizes a vector (sets its length to 1.0).|nothing}} |
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{{APIFunction|projectToLine|Vector1,Vector2|projects the vector on a line through Vector1 in direction Vector2.|nothing}} |
{{APIFunction|projectToLine|Vector1,Vector2|projects the vector on a line through Vector1 in direction Vector2.|nothing}} |
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{{APIProperty|z|the z coordinate of a vector.}} |
{{APIProperty|z|the z coordinate of a vector.}} |
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[[Category:API |
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Latest revision as of 16:51, 15 January 2024
Vektoren werden überall in FreeCAD benutzt.
Beispiel:
v=FreeCAD.Vector()
v=FreeCAD.Vector(1,0,0)
v=FreeCAD.Base.Vector()
v2 = FreeCAD.Vector(3,2,-5)
v3 = v.add(v2)
print v3.Length
Description: the distance between the vector and a line through Vector1 in direction Vector2.
Returns: float
Description: a vector to the closest point on a line segment from Vector1 to Vector2.
Returns: Vector
Description: the distance between the vector and a plane defined by a point and a normal.
Returns: float
Description: Checks if the distance between the points represented by this Vector and Vector2 is less than or equal to the given tolerance.
Returns: True/False
Description: Checks if this Vector is normal to Vector2 within the tolerance.
Returns: True/False
Description: Checks if this vector is on the line segment generated by Vector1 and Vector2.
Returns: Vector
Description: Checks if this Vector is parallel to Vector2 within the tolerance.
Returns: True/False
Description: multiplies (uniform scale) a vector by the given factor.
Returns: nothing
Description: projects the vector on a line through Vector1 in direction Vector2.
Returns: nothing
Description: projects the vector on a plane defined by a point (Vector1) and a normal (Vector2).
Returns: nothing
Description: Same as multiply but lets specify different values for x, y and z directions. (non-uniform scale)
Returns: nothing
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