Difference between revisions of "IC Python API:RLPy RVector3"
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Determine the two vectors are the same with tolerance. | Determine the two vectors are the same with tolerance. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :True if the vector is almost the same - bool |
----- | ----- | ||
===AlmostZero=== | ===AlmostZero=== | ||
| Line 19: | Line 19: | ||
Determine the vector is zero vector. | Determine the vector is zero vector. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :True if the vector is zero vector - bool |
----- | ----- | ||
===Cross=== | ===Cross=== | ||
| Line 39: | Line 39: | ||
:vV[IN] The vector - RLPy.RVector3 | :vV[IN] The vector - RLPy.RVector3 | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The distance - float |
----- | ----- | ||
===Dot=== | ===Dot=== | ||
| Line 49: | Line 49: | ||
:vV[IN] The vector - RLPy.RVector3 | :vV[IN] The vector - RLPy.RVector3 | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The value of the dot production - float |
----- | ----- | ||
===Interpolate=== | ===Interpolate=== | ||
| Line 68: | Line 68: | ||
Inverse this vector. | Inverse this vector. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The inversed vector - RLPy.RVector3 |
----- | ----- | ||
===Length=== | ===Length=== | ||
| Line 76: | Line 76: | ||
Length of the vector. | Length of the vector. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The length of this vector - float |
----- | ----- | ||
===Normalize=== | ===Normalize=== | ||
| Line 84: | Line 84: | ||
Normalizes this vector. | Normalizes this vector. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The normalized vector - float |
----- | ----- | ||
===SetX=== | ===SetX=== | ||
| Line 128: | Line 128: | ||
:vV[IN] The vector - RLPy.RVector3 | :vV[IN] The vector - RLPy.RVector3 | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The Squared distance - float |
----- | ----- | ||
===SquaredLength=== | ===SquaredLength=== | ||
| Line 136: | Line 136: | ||
Squared length of the vector. | Squared length of the vector. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The squared length of this vector - float |
----- | ----- | ||
===X=== | ===X=== | ||
| Line 144: | Line 144: | ||
Get the value of the x-axis. | Get the value of the x-axis. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The value of the x-axis - float |
----- | ----- | ||
===XY=== | ===XY=== | ||
| Line 160: | Line 160: | ||
Get the value of the y-axis. | Get the value of the y-axis. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The value of the y-axis - float |
----- | ----- | ||
===Z=== | ===Z=== | ||
| Line 168: | Line 168: | ||
Get the value of the z-axis. | Get the value of the z-axis. | ||
====Returns==== | ====Returns==== | ||
| − | : | + | :The value of the z-axis - float |
Revision as of 04:06, 25 March 2019
- Main article: Modules.
Detailed Description
This class represent the 3D vector.
Member Functions
AlmostTheSame
RLPy.RVector3.AlmostTheSame ( self, vV )
Determine the two vectors are the same with tolerance.
Returns
- True if the vector is almost the same - bool
AlmostZero
RLPy.RVector3.AlmostZero ( self)
Determine the vector is zero vector.
Returns
- True if the vector is zero vector - bool
Cross
RLPy.RVector3.Cross ( self, vV )
Calculate cross production of the two vectors.
Parameters
- vV[IN] The vector - RLPy.RVector3
Returns
- New vector which is the cross product of the two vectors - RLPy.RVector3
Distance
RLPy.RVector3.Distance ( self, vV )
Distance of the two vectors.
Parameters
- vV[IN] The vector - RLPy.RVector3
Returns
- The distance - float
Dot
RLPy.RVector3.Dot ( self, vV )
Calculate dot production of the two vectors.
Parameters
- vV[IN] The vector - RLPy.RVector3
Returns
- The value of the dot production - float
Interpolate
RLPy.RVector3.Interpolate ( self, vRatio, vV )
Interpolate of the two vectors.
Parameters
- vRatio[IN] ratio value - float
- vV[IN] The vector - RLPy.RVector3
Returns
- New vector which is the cross product of the two vectors - RLPy.RVector3
Inverse
RLPy.RVector3.Inverse ( self)
Inverse this vector.
Returns
- The inversed vector - RLPy.RVector3
Length
RLPy.RVector3.Length ( self)
Length of the vector.
Returns
- The length of this vector - float
Normalize
RLPy.RVector3.Normalize ( self)
Normalizes this vector.
Returns
- The normalized vector - float
SetX
RLPy.RVector3.SetX ( self, tX )
Set the value of the x-axis.
Parameters
- tX[IN] the value of the x-axis - float
SetXYZ
RLPy.RVector3.SetXYZ ( self, tX, tY, tZ )
Set the value of the all axes.
Parameters
- tX[IN] the value of the x-axis - float
- tY[IN] the value of the y-axis - float
- tZ[IN] the value of the z-axis - float
SetY
RLPy.RVector3.SetY ( self, tY )
Set the value of the y-axis.
Parameters
- tX[IN] the value of the y-axis.
SetZ
RLPy.RVector3.SetZ ( self, tZ )
Set the value of the z-axis.
Parameters
- tX[IN] the value of the z-axis.
SquaredDistance
RLPy.RVector3.SquaredDistance ( self, vV )
Squared distance of the two vectors.
Parameters
- vV[IN] The vector - RLPy.RVector3
Returns
- The Squared distance - float
SquaredLength
RLPy.RVector3.SquaredLength ( self)
Squared length of the vector.
Returns
- The squared length of this vector - float
X
RLPy.RVector3.X ( self, args )
Get the value of the x-axis.
Returns
- The value of the x-axis - float
XY
RLPy.RVector3.XY ( self)
Get the element of the 2D vector.
Returns
- Return the 2D vector - RLPy.RVector2
Y
RLPy.RVector3.Y ( self, args )
Get the value of the y-axis.
Returns
- The value of the y-axis - float
Z
RLPy.RVector3.Z ( self, args )
Get the value of the z-axis.
Returns
- The value of the z-axis - float
