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Merge pull request #5 from Rentlau/2015_02_17

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Release of 2015-02-28 :
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Rentlau 2015-02-28 07:20:08 +01:00
commit 46a513a8ca
1 changed files with 49 additions and 29 deletions
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WorkFeature/__init__.py
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@ -51,7 +51,7 @@ if not sys.path.__contains__("/usr/lib/freecad/lib"):
import WFGui_2015 as WFGui import WFGui_2015 as WFGui
global myRelease global myRelease
myRelease = "2105_02_26" myRelease = "2105_02_28"
import os.path import os.path
import math import math
@ -451,6 +451,7 @@ def meanObjects(objs,info=0):
return mean return mean
def minMaxObjectsLimits(objs,info=0): def minMaxObjectsLimits(objs,info=0):
""" Return the min and max limits along the 3 Axis for all selected objects. """ Return the min and max limits along the 3 Axis for all selected objects.
""" """
@ -621,14 +622,19 @@ def centerObjectsPoint(objs,info=0):
print_point(center,"Center of all objects selected is : ") print_point(center,"Center of all objects selected is : ")
return center return center
def centerLinePoints(edge, index, number,info=0): def centerLinePoints(edge, index, number,info=0):
""" Return the point at index/number of the Line. """ Return the point at index/number of the Line.
""" """
Vector_A = None Vector_A = edge.Vertexes[0].Point
distance = edge.Length / 2 Vector_B = edge.Vertexes[-1].Point
distance = Vector_B.sub(Vector_A).Length / 2
#distance = edge.Length / 2
if number != 0: if number != 0:
distance = index * (edge.Length / number) distance = index * (edge.Length / number)
Vector_A = edge.valueAt( distance ) #Vector_A = edge.valueAt( distance )
Vector_A = Vector_A.add(Vector_B.sub(Vector_A).normalize().multiply( distance ))
if info != 0: if info != 0:
print_point(Vector_A,"Point of line selected is : ") print_point(Vector_A,"Point of line selected is : ")
return Vector_A return Vector_A
@ -638,8 +644,14 @@ def centerLinePoint(edge,info=0):
""" Return the center point of the Line. """ Return the center point of the Line.
""" """
center = None center = None
Vector_A=edge.valueAt( 0.0 ) #VVector_A=edge.valueAt( 0.0 )
Vector_B=edge.valueAt( edge.Length ) Vector_A = edge.Vertexes[0].Point
if info != 0:
print_point(Vector_A,"Origin of line selected is : ")
#Vector_B=edge.valueAt( edge.Length )
Vector_B = edge.Vertexes[-1].Point
if info != 0:
print_point(Vector_B,"End of line selected is : ")
Vector_MidPoint = Vector_B + Vector_A Vector_MidPoint = Vector_B + Vector_A
center = Vector_MidPoint.multiply(0.5) center = Vector_MidPoint.multiply(0.5)
if info != 0: if info != 0:
@ -1699,8 +1711,8 @@ def plot_extremaLinePoint():
if msg != 0: if msg != 0:
print_msg(str(Edge_List[i])) print_msg(str(Edge_List[i]))
edge = Edge_List[i] edge = Edge_List[i]
Vector_A = edge.valueAt( 0.0 ) Vector_A = edge.Vertexes[0].Point
Vector_B = edge.valueAt( edge.Length ) Vector_B = edge.Vertexes[-1].Point
if msg != 0: if msg != 0:
print_point(Vector_A, msg="First Point : ") print_point(Vector_A, msg="First Point : ")
print_point(Vector_B, msg="Last Point : ") print_point(Vector_B, msg="Last Point : ")
@ -1767,7 +1779,7 @@ def plot_centerLinePoint():
if m_numberLinePart == 2: if m_numberLinePart == 2:
if msg != 0: if msg != 0:
print_msg(str(Edge_List[i])) print_msg(str(Edge_List[i]))
Vector_Line_Center = centerLinePoint(Edge_List[i],info=1) Vector_Line_Center = centerLinePoint(Edge_List[i],info=msg)
if msg != 0: if msg != 0:
print_point(Vector_Line_Center, msg="MidPoint : ") print_point(Vector_Line_Center, msg="MidPoint : ")
@ -1775,7 +1787,7 @@ def plot_centerLinePoint():
print_point(Vector_Line_Center,str(Center_User_Name) + result_msg + " at :") print_point(Vector_Line_Center,str(Center_User_Name) + result_msg + " at :")
else: else:
for j in range( 1, m_numberLinePart ): for j in range( 1, m_numberLinePart ):
Vector_Line_Center = centerLinePoints(Edge_List[i], j , m_numberLinePart, info=1) Vector_Line_Center = centerLinePoints(Edge_List[i], j , m_numberLinePart, info=msg)
Center_User_Name = plot_point(Vector_Line_Center, part, name) Center_User_Name = plot_point(Vector_Line_Center, part, name)
print_point(Vector_Line_Center,str(Center_User_Name) + result_msg + " at :") print_point(Vector_Line_Center,str(Center_User_Name) + result_msg + " at :")
else: else:
@ -2677,12 +2689,17 @@ def extensionLinePointAxis(value):
printError_msg("Extension must be valid number !") printError_msg("Extension must be valid number !")
def plot_linePointAxis(): def plot_linePointAxis():
""" Plot an Axis perpendicular to an other axis and passing trougth a Point. """
Plot an Axis Perpendicular to an Axis and crossing a Point
-Select one Axis and one Point NOT on the previous Axis.
""" """
msg=0 msg=0
createFolders('WorkAxis') createFolders('WorkAxis')
error_msg = "Unable to create Perpendicular Axis : \nSelect one Point and one Line only !" error_msg = "Unable to create Perpendicular Axis : \n " + \
"Select one Point and one Line only !\n" + \
"The Point is NOT on the Line!"
result_msg = " : Perpendicular Axis created !" result_msg = " : Perpendicular Axis created !"
name = "Perpendicular Line" name = "Perpendicular Line"
part = "Part::Feature" part = "Part::Feature"
@ -2729,12 +2746,14 @@ def plot_linePointAxis():
def plot_pointLineAxis(): def plot_pointLineAxis():
""" Plot an Axis paralell to an other axis and passing trougth a Point. """
Plot an Axis Parallel to an Axis and crossing a Point.
-Select one Axis and one Point NOT on the previous Axis.
""" """
msg=0 msg=0
createFolders('WorkAxis') createFolders('WorkAxis')
error_msg = "Unable to create Parallel Axis : \nSelect one Point and one Line only !" error_msg = "Unable to create Parallel Axis : \nSelect one Point and one Line only !"
result_msg = " : Paralell Axis created !" result_msg = " : Parallel Axis created !"
name = "Parallel Line" name = "Parallel Line"
part = "Part::Feature" part = "Part::Feature"
global m_attach_point global m_attach_point
@ -4926,15 +4945,15 @@ def object_parallel():
# Javier Martinez Garcia 2015 # Javier Martinez Garcia 2015
SelObj = Gui.Selection.getSelectionEx() SelObj = Gui.Selection.getSelectionEx()
try: try:
NormalA = SelObj[0].SubObjects[0].normalAt(0,0) NormalA = SelObj[0].SubObjects[0].normalAt(0,0)
NormalB = SelObj[1].SubObjects[0].normalAt(0,0) NormalB = SelObj[1].SubObjects[0].normalAt(0,0)
if NormalA.cross(NormalB).Length == 0.0: if NormalA.cross(NormalB).Length == 0.0:
print_gui_msg("\nFaces are parallel\n") print_gui_msg("\nFaces are parallel\n")
else: else:
print_gui_msg("\nNon parallel faces\n") print_gui_msg("\nNon parallel faces\n")
except: except:
printError_msg("\nWrong selection!\n") printError_msg("\nWrong selection!\n")
def object_perpendicular(): def object_perpendicular():
@ -4943,15 +4962,15 @@ def object_perpendicular():
# Javier Martinez Garcia 2015 # Javier Martinez Garcia 2015
SelObj = Gui.Selection.getSelectionEx() SelObj = Gui.Selection.getSelectionEx()
try: try:
NormalA = SelObj[0].SubObjects[0].normalAt(0,0) NormalA = SelObj[0].SubObjects[0].normalAt(0,0)
NormalB = SelObj[1].SubObjects[0].normalAt(0,0) NormalB = SelObj[1].SubObjects[0].normalAt(0,0)
if NormalA.dot(NormalB) == 0.0: if NormalA.dot(NormalB) == 0.0:
print_gui_msg("\nFaces are perpendicular\n") print_gui_msg("\nFaces are perpendicular\n")
else: else:
print_gui_msg("\nNon perpendicular faces\n") print_gui_msg("\nNon perpendicular faces\n")
except: except:
printError_msg("\nWrong selection!\n") printError_msg("\nWrong selection!\n")
def object_coplanar(): def object_coplanar():
@ -5085,6 +5104,7 @@ class WorkFeatureTab():
"button_isCoplanar" : "object_coplanar", "button_isCoplanar" : "object_coplanar",
} }
self.connections_for_text_changed = { self.connections_for_text_changed = {
"distance_point_on_line" : "distanceLinePoint", "distance_point_on_line" : "distanceLinePoint",