def __init__(self, vectors: List[App.Vector] = [],
label: str = [[]], lineWidth=1,
_color=FR_COLOR.FR_BLACK,
_lblColor=FR_COLOR.FR_WHITE,
_rotation=[0.0, 0.0, 1.0, 0.0],
_scale: List[float] = [3, 3, 3],
_arrowType=0,
_opacity: float = 0.0):
# Must be initialized first as per the following discussion.
# https://stackoverflow.com/questions/67877603/how-to-override-a-function-in-an-inheritance-hierarchy#67877671
super().__init__(vectors, label)
self.w_lineWidth = lineWidth # Default line width
self.w_widgetType = constant.FR_WidgetType.FR_ARROW
self.w_callback_ = callback # External function
self.w_lbl_calback_ = callback # External function
self.w_KB_callback_ = callback # External function
self.w_move_callback_ = callback # External function
self.w_wdgsoSwitch = coin.SoSwitch()
self.w_color = _color # Default color is green
self.w_rotation = _rotation # (x,y,z), Angle
self.w_userData = userDataObject() # Keep info about the widget
self.w_userData.ArrowObj = self
self.releaseDrag = -1 # -1 mouse no clicked not dragging, 0 is clicked, 1 is dragging
self.arrowType = _arrowType # 0 3D Default , 1= 2D, 2=2D
self.w_lbluserData = fr_widget.propertyValues()
self.w_lblColor = _lblColor
self.w_opacity = _opacity
self.w_scale = _scale
def __init__(self, vectors: List[App.Vector] = [], labels: str = "", lineWidth=1):
# It must be initialized first refer to fr_line_widget for more info
super().__init__(vectors, labels)
self.w_vector = vectors
# default line width # Here we have a list (4 labels)
self.w_lineWidth = lineWidth
self.w_label = labels
self.w_widgetType = constant.FR_WidgetType.FR_SQUARE_FRAME
self.w_callback_ = callback_default
self.w_lbl_calback_ = callback_defaultlbl
self.w_lbluserData = fr_widget.propertyValues()
def __init__(self,
vectors: List[App.Vector] = [],
label: str = "",
lineWidth=1):
super().__init__(vectors, label)
# Must be initialized first as per the following discussion.
# https://stackoverflow.com/questions/67877603/how-to-override-a-function-in-an-inheritance-hierarchy#67877671
self.w_lineWidth = lineWidth # Default line width
self.w_widgetType = constant.FR_WidgetType.FR_EDGE
self.w_callback_ = callback # External function
self.w_lbl_calback_ = lblcallback # External function
self.w_KB_callback_ = KBcallback # External function
self.w_move_callback_ = movecallback # External function
self.w_wdgsoSwitch = coin.SoSwitch()
self.w_wdgsoSwitch.whichChild = coin.SO_SWITCH_ALL # Show all
self.w_lbluserData = fr_widget.propertyValues()
def __init__(self,
_boundary: None,
label: str = [[]],
_color=[FR_COLOR.FR_RED, FR_COLOR.FR_GREEN, FR_COLOR.FR_BLUE],
_lblColor=FR_COLOR.FR_WHITE,
_AlignType=0,
_opacity: float = 0.0):
# Vectors are not used, but I need to return something to Fr_Widget
super().__init__([App.Vector(0, 0, 0), App.Vector(0, 0, 0)], label)
self.w_lineWidth = 1 # Default line width
self.w_widgetType = constant.FR_WidgetType.FR_ALIGN
self.w_callback_ = callback # External function
self.w_lbl_calback_ = callback # External function
self.w_KB_callback_ = callback # External function
self.w_wdgsoSwitch = coin.SoSwitch()
self.w_color = _color # Default color is red, green & blue
self.w_userData = userDataObject() # Keep info about the widget
self.w_userData.Align = self
self.w_lbluserData = fr_widget.propertyValues()
self.w_lblColor = _lblColor
self.w_opacity = _opacity
self.w_btnObjs = [] # 9 sphere objects
self.w_baseObjs = None #
# This must be provided or we can not draw anything
self.w_boundary = _boundary
self.w_btnCallbacks_ = [
callback_btn0, callback_btn1, callback_btn2, callback_btn3,
callback_btn4, callback_btn5, callback_btn6, callback_btn7,
callback_btn8
]
self.w_selColor = [[i * 1.5 for i in self.w_color[0]],
[j * 1.5 for j in self.w_color[1]],
[k * 1.5 for k in self.w_color[2]]]
self.w_inactiveColor = [[i * 0.9 for i in self.w_color[0]],
[j * 0.9 for j in self.w_color[1]],
[k * 0.9 for k in self.w_color[2]]]
def __init__(
self,
vectors: List[App.Vector] = [],
label: str = [[]],
_axisType: str = 'X', # Default is X axis and RED color
_lblColor=FR_COLOR.FR_WHITE,
_axisColor=FR_COLOR.FR_RED,
# User controlled rotation.
# Face position-direction controlled rotation at creation.
# Whole widget rotation
_rotation: List[float] = [0.0, 0.0, 0.0, 0.0],
_scale: List[float] = [3, 3, 3],
_type: int = 1,
_opacity: float = 0.0,
_distanceBetweenThem: float = 5.0):
super().__init__(vectors, label)
self.w_lbluserData = fr_widget.propertyValues()
self.w_widgetType = constant.FR_WidgetType.FR_ONE_DISC
# General widget callback (mouse-button) function - External function
self.w_callback_ = callback
self.w_lbl_calback_ = callback # Label callback
self.w_KB_callback_ = callback # Keyboard
# Dummy callback Axis
self.w_ArrowAxis_cb_ = callback1
# Dummy callback disc
self.w_rotary_cb_ = callback2
self.Opacity = _opacity
self.DrawingType = _type
# Use this to separate the arrows/lbl from the origin of the widget
self.distanceBetweenThem = _distanceBetweenThem
self.axisType = _axisType # X, Y or Z
self.w_wdgsoSwitch = coin.SoSwitch()
self.w_ArrowsSeparator = None
self.w_discSeparator = None
self.w_color = _axisColor
self.w_rotaryDisc_color = _axisColor
self.w_selColor = [i * 1.2 for i in self.w_color]
self.w_Scale = _scale
self.w_inactiveColor = [i * 0.7 for i in self.w_selColor]
self.w_userData = userDataObject() # Keep info about the widget
self.w_userData.discObj = self
self.w_discAngle = 0.0 # Only disc rotation.
self.oldAngle = 0.0
self.rotationDirection = 1 # +1 CCW , -1 ACCW
# This affect only the Widget label - nothing else
self.w_lbluserData.linewidth = self.w_lineWidth
self.w_lbluserData.vectors = self.w_vector
# We must make it higher or it will intersect the object and won't be visible
# TODO:Check if this works always?
self.w_lbluserData.vectors[0].x = self.w_lbluserData.vectors[0].x + \
self.distanceBetweenThem
self.w_lbluserData.vectors[0].y = self.w_lbluserData.vectors[0].y + \
self.distanceBetweenThem
self.w_lbluserData.vectors[0].z = self.w_lbluserData.vectors[0].z + \
self.distanceBetweenThem
self.w_lbluserData.labelcolor = _lblColor
# Use this to save rotation degree of the disk which is the whole widget angle.
self.w_WidgetDiskRotation = 0.0
self.w_rotation = _rotation # Whole onearrow object Rotation
self.w_discEnabled = False
self.releaseDragAxis = -1 # Used to avoid running drag code while it is in drag mode
# -1 no click, 0 mouse clicked, 1 mouse dragging
self.releaseDragDisc = -1 # Used to avoid running drag code while it is in drag mode
# -1 no click, 0 mouse clicked, 1 mouse dragging
self.run_Once = False
self.startVector = 0.0
self.endVector = 0.0