def spline(t, order=3, N=100, M=100, density=-1):
"""Create a spline of N points.
Usage: spline(ctrlsPts, order, N)"""
return C.TZGC(t, 'nodes', Geom.spline, order, N, M, density)
def modifyBorders__(a, iminL, imaxL, jminL, jmaxL):
return C.TZGC(a, 'nodes', Connector.modifyBorders__, iminL, imaxL, jminL,
jmaxL)
def getDistribution(t):
"""Return the curvilinear abscissa for each point as coordinates
Usage: getDistribution(t)"""
return C.TZGC(t, 'nodes', Geom.getDistribution)
def bezier(t, N=100, M=100, density=-1):
"""Create a a Bezier curve controlled by an array of control points.
Usage: bezier(tc, N)"""
return C.TZGC(t, 'nodes', Geom.bezier, N, M, density)
def getCurvilinearAbscissa(t):
"""Return the curvilinear abscissa for each point...
Usage: getCurvilinearAbscissa(t)"""
return C.TZGC(t, 'nodes', Geom.getCurvilinearAbscissa)
def getSharpestAngle(t):
"""Return the sharpest angle for each point of a surface based on the sharpest angle
between adjacent element to which the point belongs to.
Usage: getSharpestAngle(a)"""
return C.TZGC(t, 'nodes', Geom.getSharpestAngle)
def getCurvatureAngle(t):
"""Return the curvature angle for each point...
Usage: getCurvatureAngle(t)"""
return C.TZGC(t, 'nodes', Geom.getCurvatureAngle)
def getCurvatureRadius(t):
"""Return the curvature radius for each point.
Usage: getCurvatureRadius(t)"""
return C.TZGC(t, 'nodes', Geom.getCurvatureRadius)
def getCurvatureHeight(t):
"""Return the curvature height for each point.
Usage: getCurvatureHeight(t)"""
return C.TZGC(t, 'nodes', Geom.getCurvatureHeight)