def pause(self, value=1):
if (((not isinstance(value, int))) or (value not in range(0, 101))):
raise vcsError(
"Pause value must be between an integer between 0 and 100.")
if (self.create_flg == 1) and (self.run_flg == 1):
self.vcs_self.canvas.animate_pause(value)
def pause(self, value=1):
if (((not isinstance(value, int))) or (value not in range(0, 101))):
raise vcsError(
"Pause value must be between an integer between 0 and 100.")
if (self.create_flg == 1) and (self.run_flg == 1):
self.vcs_self.canvas.animate_pause(value)
def graphicsmethodtype(gobj):
"""
Function: graphicsmethodtype
Description of Function:
Will return the grapics method's type: boxfill, isofill, isoline,
scatter, vector, xvsy, xyvsy, or yxvsx, taylordiagram.
Returns a None if the object is not a graphics method.
Example of Use:
a=vcs.init()
box=a.getboxfill('quick') # Get an existing boxfill graphics method in VCS
iso=a.getisofill('quick') # Get an existing isofill graphics method in VCS
ln=a.getline('quick') # Get an existing line element in VCS
...
print vcs.graphicsmethodtype(box) # Will print 'boxfill'
print vcs.graphicsmethodtype(iso) # Will print 'isofill'
print vcs.graphicsmethodtype(ln) # Will print None, because ln is not a
# graphics method
"""
if (isinstance(gobj, boxfill.Gfb)):
return 'boxfill'
elif (isinstance(gobj, isofill.Gfi)):
return 'isofill'
elif (isinstance(gobj, dv3d.Gf3Dscalar)):
return '3d_scalar'
elif (isinstance(gobj, dv3d.Gf3DDualScalar)):
return '3d_dual_scalar'
elif (isinstance(gobj, dv3d.Gf3Dvector)):
return '3d_vector'
elif (isinstance(gobj, isoline.Gi)):
return 'isoline'
elif (isinstance(gobj, vector.Gv)):
return 'vector'
elif (isinstance(gobj, unified1D.G1d)):
nm = gobj.name.split("_")[-1]
if nm in ["yxvsx", "xvsy", "xyvsy", "scatter"]:
nm = "_".join(gobj.name.split("_")[:-1])
if nm in vcs.elements["scatter"]:
return 'scatter'
elif nm in vcs.elements["xvsy"]:
return 'xvsy'
elif nm in vcs.elements["xyvsy"]:
return 'xyvsy'
elif nm in vcs.elements["yxvsx"]:
return 'yxvsx'
else:
return "1d"
elif (isinstance(gobj, taylor.Gtd)):
return 'taylordiagram'
elif (isinstance(gobj, meshfill.Gfm)):
return 'meshfill'
elif isinstance(gobj, vcsaddons.core.VCSaddon):
return gobj
else:
raise vcsError('The object passed is not a graphics method object.')
def graphicsmethodtype(gobj):
"""
Function: graphicsmethodtype
Description of Function:
Will return the grapics method's type: boxfill, isofill, isoline,
scatter, vector, xvsy, xyvsy, or yxvsx, taylordiagram.
Returns a None if the object is not a graphics method.
Example of Use:
a=vcs.init()
box=a.getboxfill('quick') # Get an existing boxfill graphics method in VCS
iso=a.getisofill('quick') # Get an existing isofill graphics method in VCS
ln=a.getline('quick') # Get an existing line element in VCS
...
print vcs.graphicsmethodtype(box) # Will print 'boxfill'
print vcs.graphicsmethodtype(iso) # Will print 'isofill'
print vcs.graphicsmethodtype(ln) # Will print None, because ln is not a
# graphics method
"""
if (isinstance(gobj, boxfill.Gfb)):
return 'boxfill'
elif (isinstance(gobj, isofill.Gfi)):
return 'isofill'
elif (isinstance(gobj, dv3d.Gf3Dscalar)):
return '3d_scalar'
elif (isinstance(gobj, dv3d.Gf3DDualScalar)):
return '3d_dual_scalar'
elif (isinstance(gobj, dv3d.Gf3Dvector)):
return '3d_vector'
elif (isinstance(gobj, isoline.Gi)):
return 'isoline'
elif (isinstance(gobj, vector.Gv)):
return 'vector'
elif (isinstance(gobj, unified1D.G1d)):
nm = gobj.name.split("_")[-1]
if nm in ["yxvsx", "xvsy", "xyvsy", "scatter"]:
nm = "_".join(gobj.name.split("_")[:-1])
if nm in vcs.elements["scatter"]:
return 'scatter'
elif nm in vcs.elements["xvsy"]:
return 'xvsy'
elif nm in vcs.elements["xyvsy"]:
return 'xyvsy'
elif nm in vcs.elements["yxvsx"]:
return 'yxvsx'
else:
return "1d"
elif (isinstance(gobj, taylor.Gtd)):
return 'taylordiagram'
elif (isinstance(gobj, meshfill.Gfm)):
return 'meshfill'
elif isinstance(gobj, vcsaddons.core.VCSaddon):
return gobj
else:
raise vcsError('The object passed is not a graphics method object.')
def direction(self, value=1):
if (((not isinstance(value, int))) or (value not in range(1, 3))):
raise vcsError(
"Direction value must be between either 1='forward' or 2='backward'.")
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_direction(value)
def vertical(self, value=0):
if (((not isinstance(value, int))) or (value not in range(-100, 101))):
raise vcsError(
"Vertical pan value must be between an integer between -100 and 100.")
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_vertical(value)
def zoom(self, value=1):
if (((not isinstance(value, int))) or (value not in range(1, 21))):
raise vcsError(
"Zoom value must be between an integer between 1 and 20.")
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_zoom(value)
def zoom(self, value=1):
if (((not isinstance(value, int))) or (value not in range(1, 21))):
raise vcsError(
"Zoom value must be between an integer between 1 and 20.")
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_zoom(value)
def direction(self, value=1):
if (((not isinstance(value, int))) or (value not in range(1, 3))):
raise vcsError(
"Direction value must be between either 1='forward' or 2='backward'.")
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_direction(value)
def vertical(self, value=0):
if (((not isinstance(value, int))) or (value not in range(-100, 101))):
raise vcsError(
"Vertical pan value must be between an integer between -100 and 100.")
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_vertical(value)
def graphicsmethodtype(gobj):
"""Check the type of a graphics object.
Returns None if the object is not a graphics method.
:Example:
.. doctest:: queries_gmtype
>>> a=vcs.init()
>>> box=a.getboxfill() # Get default boxfill graphics method
>>> iso=a.getisofill() # Get default isofill graphics method
>>> ln=a.getline() # Get default line element
>>> vcs.graphicsmethodtype(box)
'boxfill'
>>> vcs.graphicsmethodtype(iso)
'isofill'
>>> vcs.graphicsmethodtype(ln)
Traceback (most recent call last):
...
vcsError: The object passed is not a graphics method object.
:returns: If gobj is a graphics method object, returns its type: 'boxfill', 'isofill', 'isoline', 'meshfill',
'scatter', 'vector', 'xvsy', 'xyvsy', 'yxvsx', 'taylordiagram', '1d', '3d_scalar', '3d_dual_scalar',
'3d_vector'.
If gobj is not a graphics method object, raises an exception and prints a vcsError message.
:rtype: `str`_ or `None`_
"""
import vcsaddons
if (isinstance(gobj, boxfill.Gfb)):
return 'boxfill'
elif (isinstance(gobj, isofill.Gfi)):
return 'isofill'
elif (isinstance(gobj, dv3d.Gf3Dscalar)):
return '3d_scalar'
elif (isinstance(gobj, dv3d.Gf3DDualScalar)):
return '3d_dual_scalar'
elif (isinstance(gobj, dv3d.Gf3Dvector)):
return '3d_vector'
elif (isinstance(gobj, isoline.Gi)):
return 'isoline'
elif (isinstance(gobj, vector.Gv)):
return 'vector'
elif (isinstance(gobj, streamline.Gs)):
return 'streamline'
elif (isinstance(gobj, unified1D.G1d)):
return "1d"
elif (isinstance(gobj, taylor.Gtd)):
return 'taylordiagram'
elif (isinstance(gobj, meshfill.Gfm)):
return 'meshfill'
elif isinstance(gobj, vcsaddons.core.VCSaddon):
return gobj
else:
raise vcsError('The object passed is not a graphics method object.')
def mode(self, value=1):
if (((not isinstance(value, int))) or (value not in [1, 3])):
raise vcsError("Mode value must be between either 1 or 3.")
if value == 2:
self.run_flg = 0
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_mode(value)
def mode(self, value=1):
if (((not isinstance(value, int))) or (value not in [1, 3])):
raise vcsError("Mode value must be between either 1 or 3.")
if value == 2:
self.run_flg = 0
if self.vcs_self.canvas.creating_animation() == 1:
return
if self.create_flg == 1:
self.vcs_self.canvas.animate_mode(value)
