def addPoint(self, pt):
pt3D = Convert.Point3dToP3D(pt)
self.pts.append(pt3D)
# find new center
self.ptCenter = GeometryOperations.midPoint(self.pts)
def drawFrame(_plane, _scale):
# Annotation Layer
layerName = "Annotation-Frame"
rs.EnableRedraw(False)
if not rs.IsLayer(layerName):
rs.AddLayer(layerName)
rs.LayerColor(layerName, Color.FromArgb(100, 100, 100))
ptPointOnXAxe = GeometryOperations.movePoint(_plane[0], _plane[1])
ptPointOnYAxe = GeometryOperations.movePoint(_plane[0], _plane[2])
ptPointOnZAxe = GeometryOperations.movePoint(_plane[0], _plane[3])
x = rs.AddLine(_plane[0], ptPointOnXAxe)
rs.ScaleObject(x, _plane[0], (_scale, _scale, _scale))
rs.CurveArrows(x, 2)
y = rs.AddLine(_plane[0], ptPointOnYAxe)
rs.ScaleObject(y, _plane[0], (_scale, _scale, _scale))
rs.CurveArrows(y, 2)
z = rs.AddLine(_plane[0], ptPointOnZAxe)
rs.ScaleObject(z, _plane[0], (_scale, _scale, _scale))
rs.CurveArrows(z, 2)
rs.ObjectColor(x, (200, 100, 100))
rs.ObjectColor(y, (100, 200, 100))
rs.ObjectColor(z, (100, 100, 200))
rs.ObjectLayer(x, layerName)
rs.ObjectLayer(y, layerName)
rs.ObjectLayer(z, layerName)
rs.AddGroup("Annotation-Frame")
rs.AddObjectsToGroup((x, y, z), "Annotation-Frame")
rs.EnableRedraw(True)
def isPointInRange(self, pt):
boolIsCloseToEveryone = True
for ptMemeber in self.pts:
# I evaluate if there is some distance larger than critical distance, if yes it is not part fo cluster.
if GeometryOperations.distance2Points(ptMemeber, pt) > self.radius*2:
boolIsCloseToEveryone = False
break
if boolIsCloseToEveryone:
return True
else:
return False
def drawVector(vector, origin):
"""
this function draws vector in rhino
"""
layerName = "Annotation-Vector"
if not rs.IsLayer(layerName):
rs.AddLayer(layerName)
rs.LayerColor(layerName, Color.FromArgb(150, 50, 50))
print(rs.VectorLength(vector))
lineID = rs.AddLine(origin, GeometryOperations.movePoint(origin, vector))
rs.CurveArrows(lineID, 2)
rs.ObjectLayer(lineID, layerName)
rs.ObjectColor(lineID, (150, 150, 150))
return lineID
