- Generated by
1.9.2
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AnyCAD Rapid API 2023
Help you to create a better world!
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This is the complete list of members for GVec, including all inherited members.
| Add(GVec theOther) | GVec | |
| Added(GVec theOther) | GVec | |
| Angle(GVec theOther) | GVec | |
| AngleWithRef(GVec theOther, GVec theVRef) | GVec | |
| Coord(int theIndex) | GVec | |
| Coord(double[] theXv, double[] theYv, double[] theZv) | GVec | |
| Cross(GVec theRight) | GVec | |
| CrossCross(GVec theV1, GVec theV2) | GVec | |
| CrossCrossed(GVec theV1, GVec theV2) | GVec | |
| Crossed(GVec theRight) | GVec | |
| CrossMagnitude(GVec theRight) | GVec | |
| CrossSquareMagnitude(GVec theRight) | GVec | |
| Divide(double theScalar) | GVec | |
| Divided(double theScalar) | GVec | |
| Dot(GVec theOther) | GVec | |
| DotCross(GVec theV1, GVec theV2) | GVec | |
| GVec() | GVec | |
| GVec(GDir theV) | GVec | |
| GVec(GXYZ theCoord) | GVec | |
| GVec(double theXv, double theYv, double theZv) | GVec | |
| GVec(GPnt theP1, GPnt theP2) | GVec | |
| IsEqual(GVec theOther, double theLinearTolerance, double theAngularTolerance) | GVec | |
| IsNormal(GVec theOther, double theAngularTolerance) | GVec | |
| IsOpposite(GVec theOther, double theAngularTolerance) | GVec | |
| IsParallel(GVec theOther, double theAngularTolerance) | GVec | |
| Magnitude() | GVec | |
| Mirror(GVec theV) (defined in GVec) | GVec | |
| Mirror(GAx1 theA1) (defined in GVec) | GVec | |
| Mirror(GAx2 theA2) (defined in GVec) | GVec | |
| Mirrored(GVec theV) | GVec | |
| Mirrored(GAx1 theA1) | GVec | |
| Mirrored(GAx2 theA2) | GVec | |
| Multiplied(double theScalar) | GVec | |
| Multiply(double theScalar) | GVec | |
| Normalize() | GVec | |
| Normalized() | GVec | |
| Reverse() | GVec | |
| Reversed() | GVec | |
| Rotate(GAx1 theA1, double theAng) (defined in GVec) | GVec | |
| Rotated(GAx1 theA1, double theAng) | GVec | |
| Scale(double theS) (defined in GVec) | GVec | |
| Scaled(double theS) | GVec | |
| SetCoord(int theIndex, double theXi) | GVec | |
| SetCoord(double theXv, double theYv, double theZv) | GVec | |
| SetLinearForm(double theA1, GVec theV1, double theA2, GVec theV2, double theA3, GVec theV3, GVec theV4) | GVec | |
| SetLinearForm(double theA1, GVec theV1, double theA2, GVec theV2, double theA3, GVec theV3) | GVec | |
| SetLinearForm(double theA1, GVec theV1, double theA2, GVec theV2, GVec theV3) | GVec | |
| SetLinearForm(double theA1, GVec theV1, double theA2, GVec theV2) | GVec | |
| SetLinearForm(double theA1, GVec theV1, GVec theV2) | GVec | |
| SetLinearForm(GVec theV1, GVec theV2) | GVec | |
| SetX(double theX) | GVec | |
| SetXYZ(GXYZ theCoord) | GVec | |
| SetY(double theY) | GVec | |
| SetZ(double theZ) | GVec | |
| SquareMagnitude() | GVec | |
| Subtract(GVec theRight) | GVec | |
| Subtracted(GVec theRight) | GVec | |
| Transform(GTrsf theT) | GVec | |
| Transformed(GTrsf theT) | GVec | |
| X() | GVec | |
| XYZ() | GVec | |
| Y() | GVec | |
| Z() | GVec |
1.9.2