Python ToolsPage.Plugin类代码示例

	def __init__(self, master):
		Plugin.__init__(self, master,"Helical")
		#Helical_Descent: is the name of the plugin show in the tool ribbon button
		self.icon = "helical"			#<<< This is the name of file used as icon for the ribbon button. It will be search in the "icons" subfolder
		self.group = "CAM"	#<<< This is the name of group that plugin belongs
		#Here we are creating the widgets presented to the user inside the plugin
		#Name, Type , Default value, Description
		self.variables = [			#<<< Define a list of components for the GUI
			("name"    ,    "db" ,    "", _("Name")),							#used to store plugin settings in the internal database
			("Sel_Blocks", "bool" , "False", _("Selected Block")),
			("X", "mm" ,  0.00, _("X Initial")),
			("Y", "mm" ,  0.00, _("Y Initial")),
			("Z", "mm" ,  0.00, _("Z Initial")),
            ("CutDiam" ,"float", 1.50, _("Diameter Cut")),
			("endmill",   "db" ,    "", _("End Mill")),
	#		("RadioHelix", "mm" ,  0.80, _("Helicoid Radius")),				#a variable that will be converted in mm/inch based on bCNC settting
			("Pitch"     ,  "mm" ,  0.10, _("Drop by lap")),			#an integer variable
			("Depth"   , "mm" ,     3.00, _("Final Depth")),			#a float value variable
			("Mult_Feed_Z",  "float" ,1.0, _("Z Feed Multiplier")),
			("HelicalCut" ,  "Helical Cut,Internal Right Thread,Internal Left Thread,External Right Thread,External Left Thread", "Helical Cut",_("Helical Type")),
			("Entry" ,"Center,Edge" , "Center", _("Entry and Exit")),
            ("ClearanceEntry" ,"float", 0.2, _("Entry Edge Clearance")),
            ("ClearanceExit" ,"float", 0.2, _("Exit Edge Clearance")),
			("ReturnToSafeZ" ,"bool" , "True", _("Returns to safe Z")),

		#	("Text"    , "text" ,    "Free Text", _("Text description")),		#a text input box
		#	("CheckBox", "bool" ,  False, _("CheckBox description")),			#a true/false check box
		#	("OpenFile", "file" ,     "", _("OpenFile description")),			#a file chooser widget
		#	("ComboBox", "Item1,Item2,Item3" , "Item1", _("ComboBox description"))	#a multiple choice combo box 
		]
		self.buttons.append("exe")  #<<< This is the button added at bottom to call the execute method below

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name  = "Midi2CNC"
		self.icon  = "midi2cnc"
		self.group = "Artistic"

		self.axes_dict = dict( {
		'X':[0],       'Y':[1],    'Z':[2],
		'XY':[0,1],    'YX':[1,0], 'XZ':[0,2],
		'ZX':[2,0],    'YZ':[1,2], 'ZY':[2,1],
		'XYZ':[0,1,2], 'XZY':[0,2,1],
		'YXZ':[1,0,2], 'YZX':[1,2,0],
		'ZXY':[2,0,1], 'ZYX':[2,1,0]
		})

		self.variables = [
			("name",	 "db" ,	   "", _("Name")),
			("ppu_X"  ,   "float" , 200.0, _("Pulse per unit for X")),
			("ppu_Y"  ,   "float" , 200.0, _("Pulse per unit for Y")),
			("ppu_Z"  ,  "float" ,  200.0, _("Pulse per unit for Z")),
			("max_X"  ,  "int" ,       50, _("Maximum X travel")),
			("max_Y"  ,  "int" ,       50, _("Maximum Y travel")),
			("max_Z"  ,  "int" ,       20, _("Maximum Z travel")),
			("AxisUsed", ",".join(self.axes_dict.keys()), "XYZ", _("Axis to be used")),
			("File"  ,   "file" ,	   "", _("Midi to process")),
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master, "Hilbert")
		self.icon  = "hilbert"
		self.group = "Artistic"
		self.variables = [
			("name",     "db" ,      "", _("Name")),
			("Size"  ,   "mm" ,    50.0, _("Size")),
			("Order"  , "int" ,       2, _("Order")),
			("Depth"  , "int" ,       0, _("Depth"))
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name = "Bowl"
		self.icon = "bowl"
		self.variables = [
			("name",      "db",     "",  _("Name")),
			("D",         "mm",   30.0,  _("Diameter")),
			("res",    "float",   10.0,  _("Resolution (degrees)")),
			("pocket",    "bool",    1,  _("Progressive"))
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name = "Gear"
		self.icon = "gear"
		self.variables = [
			("name",      "db",    "", "Name"),
			("n",        "int",    10, "No of teeth"),
			("phi",    "float",  17.0, "Pressure angle"),
			("pc",        "mm",   5.0, "Circular Pitch")
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name = "Tile"
		self.icon = "tile"
		self.variables = [
			("name",      "db",    "", _("Name")),
			("nx",       "int",     3, "Nx"),
			("ny",       "int",     3, "Ny"),
			("dx",        "mm",  50.0, "Dx"),
			("dy",        "mm",  50.0, "Dy")
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master,"Intersection")
		#Helical_Descent: is the name of the plugin show in the tool ribbon button
		self.icon = "intersection"			#<<< This is the name of png file used as icon for the ribbon button. It will be search in the "icons" subfolder
		self.group = "Development"	#<<< This is the name of group that plugin belongs
		self.oneshot = True
		#Here we are creating the widgets presented to the user inside the plugin
		#Name, Type , Default value, Description
		self.variables = [			#<<< Define a list of components for the GUI
			("name"    ,    "db" ,    "", _("Name")),							#used to store plugin settings in the internal database
		]
		self.buttons.append("exe")  #<<< This is the button added at bottom to call the execute method below

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name = "Spirograph"
		self.icon = "spirograph"
		self.variables = [
			("name",      "db" ,    "", _("Name")),
			("RadiusExternal"  ,   "mm" ,    50.0, _("External Radius")),
			("RadiusInternal"  ,   "mm" ,    33.0, _("Internal Radius")),
			("RadiusOffset"  ,   "mm" ,    13.0, _("Offset radius")),
			("Depth"  ,   "mm" ,    0, _("Target Depth"))
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name = "Driller"
		self.icon = "driller"

		self.variables = [
			("name",          "db",   "", _("Name")),
			("HolesDistance", "mm", 10.0, _("Distance between holes")),
			("TargetDepth",   "mm",  0.0, _("Target Depth")),
			("Peck",          "mm",  0.0, _("Peck, 0 meas None")),
			("Dwell",      "float",  0.0, _("Dwell time, 0 means None")),
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master)
		self.name = "Text"
		self.icon = "text"

		self.variables = [("name",      "db" ,    "", _("Name")),
				("Text",        "text", "Write this!", _("Text to generate")),
				("Depth",       "mm",    0.0, _("Working Depth")),
				("FontSize",    "mm",   10.0, _("Font size")),
				("FontFile",    "file",   "", _("Font file")),
				("ImageToAscii","file",   "", _("Image to Ascii")),
				("CharsWidth",  "int",    80, _("Image chars width"))]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master, "Trochoidal 3D")
		self.icon  = "trochoidal"
		self.group = "CAM"

		self.variables = [
			("name",          "db",    "",    _("Name")),
            ("diam" ,"float", "", _("Trochoid Cut Diameter")),
			("endmill",   "db" ,    "", _("End Mill"), "If Empty chooses, End Mill loaded"),
			("ae", "mm", 0.30, _("Trochoids Advance")),
			("TypeSplice","Warpedarc,Splices,Circular one side rectified,Circular both sides rectified,Straight,Cut",\
			 "Warpedarc", _("Type of Splice"),"Currently Splices works very slow"),
			("direction","inside,outside,on (3d Path)" , "inside", _("Direction")),
			("offset",   "float",                   0.0, _("Additional offset distance"), " Only for In or On direction"),
			("adaptative",  "bool",                   1,   _("Adaptative"), "Generate path for adaptative trochoids in the corners. Only for In or On direction"),
			("overcut",  "bool",                      0, _("Overcut"), " Only for In or On direction"),
			("targetDepth",  "mm",                    -1, _("Target Depth"), " Only for In or On direction"),
			("depthIncrement",  "mm",                  1, _("Depth Increment"), " Only for In or On direction"),
			("cw"    ,    "bool" ,    True, _("Clockwise")),
#			("helicalangle", "int" ,  25, _("Helical descent angle")),
			("rpm",          "int" ,    12000, _("RPM")),
			("feed"		, "int", 1200	, _("Feed")),
			("zfeed"		, "int", ""	, _("Plunge Feed")),
			("splicesteps",       "int", 12 , _("splice steps every 360 degrees"), "Only for Splices Type of Splice"),
#			("tabsnumber",  "mm",                      1, _("Number of Tabs 0 = Not Tabs")),
#			("tabsWidth",  "mm",                       1, _("Tabs Diameter")),
#			("tabsHeight",  "mm",                       1, _("Tabs Height")),

#			("VerticalResolution"     ,  "mm" ,  0.15, _("Resolution or Vertical Step")),
#			("variableRPM"		, "bool",True	, _("Variable RPM")),
#			("S_z",       "int",  "", _("RPM For Descent Cut")),
#			("S_xy",       "int",  "", _("RPM Trochoidal Cutting")),
#			("variableFeed"		, "bool",True	, _("Variable Feed")),
#			("K_Z" ,       "float", 1.00, _("Feed rate Multiplier Z")),
#			("K_XY" ,       "float", 1.00, _("Feed rate Multiplier XY")),
#			("TargetDepth",   "mm",  0.0, _("Target Depth")),
	#		("_3D"		, "bool",False	, _("Cut accord 3D Path")),
#			("VerticalClimbing"	, "bool",False	, _("Vertical Climbing Trochoid")),
#			("AllowSurface"		, "bool",False	, _("Trochoid on Z Surface")),
#			("MinTrochDiam",       "float", 6.0 , _("Minimal trochoid in % tool")),
#			("OnlyGline"		, "bool",False	, _("Only go to Trochoid Center")),
#			("FirstPoint"		, "bool",False	, _("First Point Problem")),
#			("Dwell",      "float",  0.0, _("Dwell time, 0 means None")),
#			("Peck",          "mm",    0.0,   _("Peck, 0 meas None")),
#			("manualsetting", "bool", False	 , _("----- Manual setting ------")),
 #           ("helicalDiam" ,"float", 7.0, _("Helical Descent Diameter")),
#			("minimfeed",   "int" ,   "", _("Minimum Adaptative Feed")),
		]
		self.buttons.append("exe")
		self.help= '''It generates the trochoidal cutting mode on the selected block, even at different heights.

	def __init__(self, master):
		Plugin.__init__(self, master, "Zig-Zag")
		self.icon  = "zigzag"
		self.group = "Artistic"
		self.variables = [
			("name",        "db",  "",   _("Name")),
			("Nlines",      "int", 34,   _("Number of lines")),
			("LineLen",     "mm",  33.,  _("Line length")),
			("StartEndLen", "mm",   5.,  _("Additional length at start/end")),
			("Step",        "mm",   1.,  _("Step distance")),
			("CornerRes",   "int",  5,   _("Corner resolution")),
			("Depth",       "mm",  -0.1, _("Depth"))
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master, "Jigsaw")
		self.icon = "jigsaw"
		self.group = "Generator"
		self.variables = [
			("name",          "db",      "", _("Name")),
			("width",         "mm",   1000.0, _("Board width")),
			("height",        "mm",    800.0,  _("Board height")),
			("piece_count",  "int",      100, _("Piece count")),
			("random_seed",  "int",       1, _("Random seed")),
			("threshold",  "float",     1.2, _("Difference between pieces")),
			("tap_shape",  'basic,heart,anchor', 'basic', _("Shape of the tap"))
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master, "Driller")
		self.icon  = "driller"
		self.group = "CAM"

		self.variables = [
			("name",          "db",    "",    _("Name")),
			("HolesDistance", "mm",    10.0,  _("Distance between holes")),
			("TargetDepth",   "mm",    0.0,   _("Target Depth")),
			("Peck",          "mm",    0.0,   _("Peck, 0 meas None")),
			("Dwell",         "float", 0.0,   _("Dwell time, 0 means None")),
			("useAnchor",     "bool",  False, _("Use anchor")),
			("File"  ,        "file" , "",    _("Excellon-File")),
		]
		self.buttons.append("exe")

	def __init__(self, master):
		Plugin.__init__(self, master, "Scaling")
		self.icon  = "scale"
		self.group = "CAM"

		self.variables = [
			("name",          "db",    "",    _("Name")),
            ("xscale" ,"float", "", _("X Scale")),
            ("yscale" ,"float", "", _("Y Scale")),
            ("zscale" ,"float", "", _("Z Scale")),
			("feed"		, "int", 1200	, _("Feed")),
			("zfeed"		, "int", ""	, _("Plunge Feed")),
			("rpm",          "int" ,    12000, _("RPM"))
		]
		self.buttons.append("exe")