def draw(self):
""" Clear and redraw the figure so it can be shown again """
self._internal = True
# if self.fig: self.fig.clear() # if the fig is being redrawn, clear it first
self.ax, self.fig = tfp.new_axis(self.subplot, fig_no=self.fig_no)
self.set_strings()
self.set_plot()
self.shown = False
self._internal = False
def draw(self):
""" Clear and redraw the figure so it can be shown again """
self._internal = True
# if self.fig: self.fig.clear() # if the fig is being redrawn, clear it first
self.ax, self.fig = tfp.new_axis(self.subplot, fig_no=self.fig_no)
self.set_strings()
self.set_plot()
self.shown = False
self._internal = False
def __init__(self, x=None, y=None, title = None, subplot=111, defaults=1, text=None, block=True, dir_fig = './Figures/', fn='Figure_tmp', cm='jet'):
## Check arguments are as expected
db(tx=type(x))
if not x==None: assert type(x) == ParamFloat, 'x plotting variable must be a <ParamFloat> (tuple not accepted)'
if not y==None: assert type(y) == ParamFloat or (type(y) == tuple and type(y[0])==ParamFloat), 'y plotting variable must be a <ParamFloat> or tuple of <ParamFloat>s'
if text: assert (type(text)==tuple and len(text)>=3), 'text keyword must have format (x,y,str,{fontsize})'
PlotLines.nfig += 1 # Increase counter for number of plot instances
self.fig_no = PlotLines.nfig # Set the figure number to the number of this instance
self.shown = False
## Store arguments in self
self.fig = None
self.title = title
self.x = x
self.y = tf_simple.make_iter(y) # Always make y a tuple even if it only contains one set of data
self.text = [] # text is a list of tuples containing (x,y,str,{fontsize})
if text: self.text.append(text) # Text to annotate plot
self.subplot = subplot
self.block = block
self.dir_fig = dir_fig
self.fn = fn
self.cm = cm
## Set default mpl properties (font sizes etc)
tfp.set_mpl_defaults(defaults=defaults)
plt.ion() # Interactive plotting (draw implicit)
## Create the figure and axes
self.ax, self.fig = tfp.new_axis(subplot, fig_no=self.fig_no)
## Set axis title and labels
if self.title:
self.set_title(title)
if not self.x == None:
self.set_xlabel(self.x.label())
if not self.y == None:
self.set_ylabel(self.y[0].label()) # set y axis using first y parameter in tuple
if text:
self.set_text()
def __init__(self,
x=None,
y=None,
title=None,
subplot=111,
defaults=1,
text=None,
block=True,
dir_fig='./Figures/',
fn='Figure_tmp',
cm='jet'):
## Check arguments are as expected
db(tx=type(x))
if not x == None:
assert type(
x
) == ParamFloat, 'x plotting variable must be a <ParamFloat> (tuple not accepted)'
if not y == None:
assert type(y) == ParamFloat or (
type(y) == tuple and type(y[0]) == ParamFloat
), 'y plotting variable must be a <ParamFloat> or tuple of <ParamFloat>s'
if text:
assert (type(text) == tuple and len(text) >= 3
), 'text keyword must have format (x,y,str,{fontsize})'
PlotLines.nfig += 1 # Increase counter for number of plot instances
self.fig_no = PlotLines.nfig # Set the figure number to the number of this instance
self.shown = False
## Store arguments in self
self.fig = None
self.title = title
self.x = x
self.y = tf_simple.make_iter(
y
) # Always make y a tuple even if it only contains one set of data
self.text = [
] # text is a list of tuples containing (x,y,str,{fontsize})
if text: self.text.append(text) # Text to annotate plot
self.subplot = subplot
self.block = block
self.dir_fig = dir_fig
self.fn = fn
self.cm = cm
## Set default mpl properties (font sizes etc)
tfp.set_mpl_defaults(defaults=defaults)
plt.ion() # Interactive plotting (draw implicit)
## Create the figure and axes
self.ax, self.fig = tfp.new_axis(subplot, fig_no=self.fig_no)
## Set axis title and labels
if self.title:
self.set_title(title)
if not self.x == None:
self.set_xlabel(self.x.label())
if not self.y == None:
self.set_ylabel(self.y[0].label()
) # set y axis using first y parameter in tuple
if text:
self.set_text()
