Sets or returns the interpolation type of the right side of the
fcurve segment (one of the values from the
siFCurveKeyInterpolation enum.
Fcurve segment interpolation only applies to standard fcurves
(where the type is siStandardFCurve). All other fcurve types
return the siConstantKeyInterpolation value.
If you try to set the key interpolation with the
siDefaultInterpolation
value, it is ignored and returns S_FALSE in C++.
For more information, see "FCurve Interpolation and Extrapolation" in the Softimage user guide.
// get accessor siFCurveKeyInterpolation rtn = FCurveKey.Interpolation; // set accessor FCurveKey.Interpolation = siFCurveKeyInterpolation; |
/*
This example illustrates how to set interpolation for individual keys
*/
NewScene( null, false );
var n = Application.ActiveSceneRoot.AddNull();
SIAddCustomParameter( "null", "X", siDouble, 0, 0, 100, null, 5, 0, 5 );
var cpset = Dictionary.GetObject( "null.CustomPSet" );
var x = cpset.Parameters("X");
Application.LogMessage( "x value = " + x.Value );
Application.LogMessage( "x min/max = " + x.Min + ", " + x.Max );
// Add a standard fcurve with 5 keys
var fc = x.AddFCurve2( new Array( 1,0.52, 25.5,5, 50,0.45, 75,10.23, 100,0.76 ), siStandardFCurve );
// Set the interpolation for the individual keys
var k; var i = 0;
// Set constant interpolation
k = fc.Keys(i)
Application.LogMessage( "fcurve key " + i + " interpolation before = " + k.Interpolation );
k.Interpolation = siConstantKeyInterpolation;
Application.LogMessage( "fcurve key " + i + " interpolation after = " + k.Interpolation );
Application.LogMessage( "fcurve key " + i + " left = " + k.Left + " right = " + k.Right );
i++;
// Set cubic interpolation
k = fc.Keys(i)
Application.LogMessage( "fcurve key " + i + " interpolation before = " + k.Interpolation );
k.Interpolation = siCubicKeyInterpolation;
Application.LogMessage( "fcurve key " + i + " interpolation after = " + k.Interpolation );
Application.LogMessage( "fcurve key " + i + " left = " + k.Left + " right = " + k.Right );
i++;
// Set linear interpolation
k = fc.Keys(i)
Application.LogMessage( "fcurve key " + i + " interpolation before = " + k.Interpolation );
k.Interpolation = siLinearKeyInterpolation;
Application.LogMessage( "fcurve key " + i + " interpolation after = " + k.Interpolation );
Application.LogMessage( "fcurve key " + i + " left = " + k.Left + " right = " + k.Right );
i++;
// Expected results:
//INFO : x value = 0
//INFO : x min/max = 0, 100
//INFO : fcurve key 0 interpolation before = 3
//INFO : fcurve key 0 interpolation after = 1
//INFO : fcurve key 0 left = 0.52 right = 0.52
//INFO : fcurve key 1 interpolation before = 3
//INFO : fcurve key 1 interpolation after = 3
//INFO : fcurve key 1 left = 5 right = 5
//INFO : fcurve key 2 interpolation before = 3
//INFO : fcurve key 2 interpolation after = 2
//INFO : fcurve key 2 left = 0.45 right = 0.45 |
'
' This example illustrates how to set interpolation for individual keys
'
NewScene , false
set n = Application.ActiveSceneRoot.AddNull()
SIAddCustomParameter "null", "X", siDouble, 0, 0, 100, , 5, 0, 5
set cpset = Dictionary.GetObject( "null.CustomPSet" )
set x = cpset.Parameters("X")
Application.LogMessage "x value = " & x.Value
Application.LogMessage "x min/max = " & x.Min & ", " & x.Max
' Add a standard fcurve with 5 keys
set fc = x.AddFCurve2( array( 1,0.52, 25.5,5, 50,0.45, 75,10.23, 100,0.76 ), siStandardFCurve )
' Set the interpolation for the individual keys
dim k, i
' Set constant interpolation
i = 0
set k = fc.Keys(i)
Application.LogMessage "fcurve key " & i & " interpolation before = " & k.Interpolation
k.Interpolation = siConstantKeyInterpolation
Application.LogMessage "fcurve key " & i & " interpolation after = " & k.Interpolation
Application.LogMessage "fcurve key " & i & " left = " & k.Left & " right = " & k.Right
i = i + 1
' Set cubic interpolation
set k = fc.Keys(i)
Application.LogMessage "fcurve key " & i & " interpolation before = " & k.Interpolation
k.Interpolation = siCubicKeyInterpolation
Application.LogMessage "fcurve key " & i & " interpolation after = " & k.Interpolation
Application.LogMessage "fcurve key " & i & " left = " & k.Left & " right = " & k.Right
i = i + 1
' Set linear interpolation
set k = fc.Keys(i)
Application.LogMessage "fcurve key " & i & " interpolation before = " & k.Interpolation
k.Interpolation = siLinearKeyInterpolation
Application.LogMessage "fcurve key " & i & " interpolation after = " & k.Interpolation
Application.LogMessage "fcurve key " & i & " left = " & k.Left & " right = " & k.Right
i = i + 1
' Expected results:
'INFO : x value = 0
'INFO : x min/max = 0, 100
'INFO : fcurve key 0 interpolation before = 3
'INFO : fcurve key 0 interpolation after = 1
'INFO : fcurve key 0 left = 0.52 right = 0.52
'INFO : fcurve key 1 interpolation before = 3
'INFO : fcurve key 1 interpolation after = 3
'INFO : fcurve key 1 left = 5 right = 5
'INFO : fcurve key 2 interpolation before = 3
'INFO : fcurve key 2 interpolation after = 2
'INFO : fcurve key 2 left = 0.45 right = 0.45 |
#
# This example illustrates how to set interpolation for individual keys
#
from win32com.client import constants as c
Application.NewScene( "", 0 )
n = Application.ActiveSceneRoot.AddNull()
Application.SIAddCustomParameter( "null", "X", c.siDouble, 0, 0, 100, None, 5, 0, 5 )
cpset = Application.Dictionary.GetObject( "null.CustomPSet" )
x = cpset.Parameters("X")
Application.LogMessage( "x value = %d" % (x.Value) )
Application.LogMessage( "x min/max = %d, %d" % (x.Min,x.Max) )
# Add a standard fcurve with 5 keys
fc = x.AddFCurve2( [ 1,0.52, 25.5,5, 50,0.45, 75,10.23, 100,0.76 ], c.siStandardFCurve )
# Set constant interpolation for key 0
i = 0
k = fc.Keys(i)
Application.LogMessage( "fcurve key %d interpolation before = %d" % (i,k.Interpolation) )
k.Interpolation = c.siConstantKeyInterpolation
Application.LogMessage( "fcurve key %d interpolation after = %d" % (i,k.Interpolation) )
Application.LogMessage( "fcurve key %d left = %d right = %d" % (i,k.Left,k.Right) )
i = i + 1
# Set cubic interpolation for key 1
k = fc.Keys(i)
Application.LogMessage( "fcurve key %d interpolation before = %d" % (i,k.Interpolation) )
k.Interpolation = c.siCubicKeyInterpolation
Application.LogMessage( "fcurve key %d interpolation after = %d" % (i,k.Interpolation) )
Application.LogMessage( "fcurve key %d left = %d right = %d" % (i,k.Left,k.Right) )
i = i + 1
# Set linear interpolation for key 2
k = fc.Keys(i)
Application.LogMessage( "fcurve key %d interpolation before = %d" % (i,k.Interpolation) )
k.Interpolation = c.siLinearKeyInterpolation
Application.LogMessage( "fcurve key %d interpolation after = %d" % (i,k.Interpolation) )
Application.LogMessage( "fcurve key %d left = %d right = %d" % (i,k.Left,k.Right) )
i = i + 1
# Expected results:
#INFO : x value = 0
#INFO : x min/max = 0, 100
#INFO : fcurve key 0 interpolation before = 3
#INFO : fcurve key 0 interpolation after = 1
#INFO : fcurve key 0 left = 0 right = 0
#INFO : fcurve key 1 interpolation before = 3
#INFO : fcurve key 1 interpolation after = 3
#INFO : fcurve key 1 left = 5 right = 5
#INFO : fcurve key 2 interpolation before = 3
#INFO : fcurve key 2 interpolation after = 2
#INFO : fcurve key 2 left = 0 right = 0 |