Uses of Interface
Jcg.geometry.Vector_
Packages that use Vector_
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Uses of Vector_ in Jcg.geometry
Classes in Jcg.geometry that implement Vector_Methods in Jcg.geometry that return Vector_Modifier and TypeMethodDescriptionVector_.difference(Vector_ v) Return the vector difference (v-u), where u is the current vectorVector_.divisionByScalar(Number s) Return a new vector obtained by scalar divisionReturn the vector (p-q), where q is the current pointReturn the integer grid vector (p-q), where q is the current point
Warning: q is assumed to be an integer GridPoint_2Vector_.multiplyByScalar(Number s) Return a new vector obtained by multiplying by a scalarSegment_3.opposite()returns a segment with source and target interchangedVector_.opposite()Return the opposite of the current vectorReturn the vector sum (v+u), where u is the current vectorSegment_.toVector()returns the vector s.target() - s.source()Segment_3.toVector()returns the vector s.target() - s.source()Methods in Jcg.geometry with parameters of type Vector_Modifier and TypeMethodDescriptionVector_3.crossProduct(Vector_ b) GridVector_2.difference(Vector_ v) Vector_.difference(Vector_ v) Return the vector difference (v-u), where u is the current vectorVector_2.difference(Vector_ v) Vector_3.difference(Vector_ v) booleanGridVector_2.innerProduct(Vector_ v) A conversion from int to long is necessary to avoid overflowsVector_.innerProduct(Vector_ v) Return the inner product of two vectorsVector_2.innerProduct(Vector_ v) Vector_3.innerProduct(Vector_ v) Return the vector sum (v+u), where u is the current vectorvoidGridPoint_2.translateOf(Vector_ o) Translate the current point of the vector ovoidPoint_.translateOf(Vector_ v) Translate the current point according to a vector vvoidPoint_2.translateOf(Vector_ v) voidPoint_3.translateOf(Vector_ v) voidPoint_d.translateOf(Vector_ v) Translate the current position of vector vvoidRationalPoint_2.translateOf(Vector_ o) Translate the current point of the vector o