/usr/share/pyshared/SimPy/SimPlot.py is in python-simpy-gui 2.3.1-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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"""
SimPlot 2.1 Provides basic plotting services based on Tk / Tkinter.
"""
try: # Python 3
from tkinter import *
from tkinter.messagebox import *
from tkinter.simpledialog import askinteger, askstring, askfloat
from tkinter.filedialog import *
except: # Python 2
from Tkinter import *
from tkMessageBox import *
from tkSimpleDialog import askinteger, askstring, askfloat
from tkFileDialog import *
from Canvas import Line, CanvasText, Rectangle
import string, math
from math import pi
from SimPy.Simulation import Monitor
import warnings
warnings.warn('This module be removed in SimPy 3.', DeprecationWarning)
def minCoordinate(clist):
if len(clist) < 2: return clist[0]
try:
x, y = clist[0]
for x1, y1 in clist[1:]:
if x1 <= x or y1 <= y:
x, y = x1, y1
except:
x, y = 0, 0
return x, y
def maxCoordinate(clist):
if len(clist) < 2: return clist[0]
try:
x, y = clist[0]
for x1, y1 in clist[1:]:
if x1 >= x or y1 >= y:
x, y = x1, y1
except:
x, y = 0, 0
return x, y
def minBound(clist):
x = 10000000
y = 10000000
for x1, y1 in clist:
if x1 < x: x = x1
if y1 < y: y = y1
return x, y
def maxBound(clist):
x = -10000000
y = -10000000
for x1, y1 in clist:
if x1 > x: x = x1
if y1 > y: y = y1
return x, y
class SimPlot(object):
def __init__(self, root = Tk()):
self.root = root
pass
def mainloop(self):
self.root.mainloop()
def makeLine(self, points,**attr):
return GraphLine(points, **attr)
def makeStep(self, points, **attr):
#convert data list to steps
step0 = points[:]
step1 = [[0, 0]] * 2*len(step0)
prev = [step0[0][0],0]
for x in range(len(step0)):
step1[2 * x] = [step0[x][0],prev[1]]
step1[2 * x + 1] = step0[x]
prev = step0[x]
#draw the line
return self.makeLine(step1, smooth = False, **attr)
def makeHistogram(self, points,**attr):
"""Makes a histogram graph. 'points' must be a Histogram - like
object.
"""
#convert data list to bars
step0 = points[:]
step1 = [[0, 0]] * 3*len(step0)
prev = [step0[0][0],0]
for x in range(len(step0)):
step1[3 * x] = [step0[x][0],prev[1]]
step1[3 * x + 1] = [step0[x][0],0.0]
step1[3 * x + 2] = step0[x]
prev = step0[x]
deltax = step0[1][0] - step0[0][0]
step1.append([prev[0] + deltax, prev[1]])
step1.append([prev[0] + deltax, 0])
#make the line
return self.makeLine(step1, smooth = False,
xaxis = (step1[0][0],step1[-1][0]),
**attr)
def makeSymbols(self, points,**attr):
return GraphSymbols(points,**attr)
def makeBars(self, points,**attr):
return GraphBars(points,**attr)
def makeGraphObjects(self, objects):
return GraphObjects(objects)
def makeGraphBase(self, master, width, height,
background = 'white', title = '', xtitle = '', ytitle = '', **kw):
return GraphBase(master, width, height,
background, title, xtitle, ytitle,**kw)
def graphMenu(self, root, graph):
"""To provide a File menu (postscript output, more to come)
to the plotxxxx plots"""
mainMenu = Menu(root)
root.config(menu = mainMenu)
def postscriptout():
graph.postscr()
file = Menu(mainMenu)
file.add_command(label = 'Postscript', command = postscriptout)
mainMenu.add_cascade(label = 'File', menu = file, underline = 0)
def plotLine(self, points, windowsize = (500, 300),title = '', width = 1, color = 'black',
smooth = 0, background = 'white', xlab = 'x', ylab = 'y',
xaxis = 'automatic', yaxis = 'automatic'):
"""Generates a line chart, with menu to save as Postscript file.
'points' can be a Monitor instance.
"""
if points != []:
root = Toplevel()
f = Frame(root)
try: #if it is like a Monitor, take xlab, ylab from it
ylab = points.ylab
xlab = points.tlab
if not title: title = points.name
except:
pass
line = self.makeLine(points, width = width, color = color, smooth = smooth)
gr = self.makeGraphObjects([line])
graph = self.makeGraphBase(f, windowsize[0], windowsize[1],
title = title, xtitle = xlab,
ytitle = ylab, background = background)
graph.pack(side = LEFT, fill = BOTH, expand = YES)
graph.draw(gr, xaxis = xaxis, yaxis = yaxis)
#File menu
self.graphMenu(root, graph)
f.pack()
return graph
else:
print('SimPlot.plotline: dataset empty, no plot.')
return None
def plotStep(self, points, windowsize = (500, 300),title = '', width = 1, color = 'black',
background = 'white', xlab = 'x', ylab = 'y',
xaxis = 'automatic', yaxis = 'automatic'):
"""Generates a step chart, with menu to save as Postscript file.
'points' can be a Monitor instance.
"""
if points != []:
#convert data list to steps
step0 = points[:]
step1 = [[0, 0]] * 2*len(step0)
prev = [step0[0][0],0]
for x in range(len(step0)):
step1[2 * x] = [step0[x][0],prev[1]]
step1[2 * x + 1] = step0[x]
prev = step0[x]
#treat monitor case
try: #if it is like a Monitor, take xlab, ylab from it
ylab = points.ylab
xlab = points.tlab
if not title: title = points.name
except:
pass
#draw the line
smooth = False
return self.plotLine(step1, windowsize, title, width, color,
smooth, background, xlab, ylab,
xaxis, yaxis)
else:
print('SimPlot.plotStep: dataset empty, no plot.')
return None
def plotHistogram(self, points, windowsize = (500, 300),title = '', width = 1, color = 'black',
background = 'white', xlab = 'x', ylab = 'y',
xaxis = 'automatic', yaxis = 'automatic'):
"""Makes a histogram plot. 'points' can be a Monitor instance.
"""
if points != []:
#convert data list to bars
step0 = points[:]
step1 = [[0, 0]] * 3*len(step0)
prev = [step0[0][0],0]
for x in range(len(step0)):
step1[3 * x] = [step0[x][0],prev[1]]
step1[3 * x + 1] = [step0[x][0],0.0]
step1[3 * x + 2] = step0[x]
prev = step0[x]
deltax = step0[1][0] - step0[0][0]
step1.append([prev[0] + deltax, prev[1]])
step1.append([prev[0] + deltax, 0])
#treat monitor case
try: #if it is like a Monitor, take xlab, ylab from it
ylab = points.ylab
xlab = points.tlab
if not title: title = points.name
except:
pass
#draw the line
smooth = False
return self.plotLine(step1, windowsize = windowsize, title = title, width = width,
color = color, smooth = smooth, background = background,
xlab = xlab, ylab = ylab, xaxis = (step1[0][0],step1[-1][0]),
yaxis = yaxis)
else:
print('SimPlot.plotHistogram: dataset empty, no plot.')
return None
def plotBars(self, points, windowsize = (500, 300),title = '', color = 'black',
width = 1, size = 3, fillcolor = 'black', fillstyle = '',
outline = 'black', background = 'white', xlab = 'x', ylab = 'y',
xaxis = 'automatic', yaxis = 'automatic', anchor = 0.0):
"""Generates a bar chart, with menu to save as Postscript file.
'points' can be a Monitor instance.
"""
if points != []:
root = Toplevel()
f = Frame(root)
try: #if it is like a Monitor, take xlab, ylab from it
ylab = points.ylab
xlab = points.tlab
if not title: title = points.name
except:
pass
bars = self.makeBars(points, width = width, size = size, color = color,
fillcolor = fillcolor, fillstyle = fillstyle,
outline = outline, anchor = anchor)
gr = self.makeGraphObjects([bars])
graph = self.makeGraphBase(f, windowsize[0],windowsize[1],
title = title, xtitle = xlab,
ytitle = ylab, background = background)
graph.pack(side = LEFT, fill = BOTH, expand = YES)
graph.draw(gr, xaxis = xaxis, yaxis = yaxis)
#File menu
self.graphMenu(root, graph)
f.pack()
return graph
else:
print('SimPlot.plotBars dataset empty, no plot.')
return None
def plotScatter(self, points, windowsize = (500, 300),title = '', width = 1, color = 'black',
fillcolor = 'black', size = 2, fillstyle = '',
outline = 'black', marker = 'circle',
background = 'white', xlab = 'x', ylab = 'y',
xaxis = 'automatic', yaxis = 'automatic'):
if points != []:
root = Toplevel()
f = Frame(root)
try: #if it is like a Monitor, take xlab, ylab from it
ylab = points.ylab
xlab = points.tlab
if not title: title = points.name
except:
pass
scat = self.makeSymbols(points, width = width, color = color, size = size,
marker = marker, fillcolor = fillcolor,
fillstyle = fillstyle, outline = outline)
gr = self.makeGraphObjects([scat])
graph = self.makeGraphBase(f, windowsize[0],windowsize[1],
title = title, xtitle = xlab,
ytitle = ylab, background = background)
graph.pack(side = LEFT, fill = BOTH, expand = YES)
graph.draw(gr, xaxis = xaxis, yaxis = yaxis)
#File menu
self.graphMenu(root, graph)
f.pack()
return graph
else:
print('SimPlot.plotScatter: dataset empty, no plot.')
return None
def mainloop(self):
self.root.mainloop()
class GraphPoints:
def __init__(self, points, attr):
self.points = points
self.scaled = self.points
self.attributes = {}
for name, value in self._attributes.items():
try:
value = attr[name]
except KeyError: pass
self.attributes[name] = value
def boundingBox(self):
return minBound(self.points), maxBound(self.points)
def fitToScale(self, scale = (1, 1), shift = (0, 0)):
self.scaled = []
for x, y in self.points:
self.scaled.append(((scale[0] * x) + shift[0],\
(scale[1] * y) + shift[1]))
self.attributes.get('anchor', 0.0)
self.anchor = scale[1] * self.attributes.get('anchor', 0.0)+\
shift[1]
class GraphLine(GraphPoints):
def __init__(self, points, **attr):
GraphPoints.__init__(self, points, attr)
_attributes = {'color': 'black',
'width': 1,
'smooth': 0,
'splinesteps': 12}
def draw(self, canvas):
color = self.attributes['color']
width = self.attributes['width']
smooth = self.attributes['smooth']
steps = self.attributes['splinesteps']
arguments = (canvas,)
if smooth:
for i in range(len(self.points)):
x1, y1 = self.scaled[i]
arguments = arguments + (x1, y1)
else:
for i in range(len(self.points) - 1):
x1, y1 = self.scaled[i]
x2, y2 = self.scaled[i + 1]
arguments = arguments + (x1, y1, x2, y2)
Line(*arguments, **{'fill': color, 'width': width,
'smooth': smooth, 'splinesteps':steps})
class GraphSymbols(GraphPoints):
def __init__(self, points, **attr):
GraphPoints.__init__(self, points, attr)
_attributes = {'color': 'black',
'width': 1,
'fillcolor': 'black',
'size': 2,
'fillstyle': '',
'outline': 'black',
'marker': 'circle'}
def draw(self, canvas):
color = self.attributes['color']
size = self.attributes['size']
fillcolor = self.attributes['fillcolor']
marker = self.attributes['marker']
fillstyle = self.attributes['fillstyle']
self._drawmarkers(canvas, self.scaled, marker, color,
fillstyle, fillcolor, size)
def _drawmarkers(self, c, coords, marker = 'circle', color = 'black',
fillstyle = '', fillcolor = '', size = 2):
l = []
f = eval('self._' + marker)
for xc, yc in coords:
id = f(c, xc, yc, outline = color, size = size,
fill = fillcolor, fillstyle = fillstyle)
if type(id) is type(()):
for item in id: l.append(item)
else:
l.append(id)
return l
def _circle(self, c, xc, yc, size = 1, fill = '', outline = 'black',
fillstyle = ''):
id = c.create_oval(xc - 0.5, yc - 0.5, xc + 0.5, yc + 0.5,
fill = fill, outline = outline,
stipple = fillstyle)
c.scale(id, xc, yc, size * 5, size * 5)
return id
def _dot(self, c, xc, yc, size = 1, fill = '', outline = 'black',
fillstyle = ''):
id = c.create_oval(xc - 0.5, yc - 0.5, xc + 0.5, yc + 0.5,
fill = fill, outline = outline,
stipple = fillstyle)
c.scale(id, xc, yc, size * 2.5, size * 2.5)
return id
def _square(self, c, xc, yc, size = 1, fill = '', outline = 'black',
fillstyle = ''):
id = c.create_rectangle(xc - 0.5, yc - 0.5, xc + 0.5, yc + 0.5,
fill = fill, outline = outline,
stipple = fillstyle)
c.scale(id, xc, yc, size * 5, size * 5)
return id
def _triangle(self, c, xc, yc, size = 1, fill = '', outline = 'black',
fillstyle = ''):
id = c.create_polygon(-0.5, 0.288675134595,
0.5, 0.288675134595,
0.0, -0.577350269189, fill = fill,
outline = outline, stipple = fillstyle)
c.move(id, xc, yc)
c.scale(id, xc, yc, size * 5, size * 5)
return id
def _triangle_down(self, c, xc, yc, size = 1, fill = '',
outline = 'black', fillstyle = ''):
id = c.create_polygon(-0.5, -0.288675134595,
0.5, -0.288675134595,
0.0, 0.577350269189, fill = fill,
outline = outline, stipple = fillstyle)
c.move(id, xc, yc)
c.scale(id, xc, yc, size * 5, size * 5)
return id
def _cross(self, c, xc, yc, size = 1, fill = 'black', outline = None,
fillstyle = ''):
if outline: fill = outline
id1 = c.create_line(xc - 0.5, yc - 0.5, xc + 0.5, yc + 0.5,
fill = fill)
id2 = c.create_line(xc - 0.5, yc + 0.5, xc + 0.5, yc - 0.5,
fill = fill)
c.scale(id1, xc, yc, size * 5, size * 5)
c.scale(id2, xc, yc, size * 5, size * 5)
return id1, id2
def _plus(self, c, xc, yc, size = 1, fill = 'black', outline = None,
fillstyle = ''):
if outline: fill = outline
id1 = c.create_line(xc - 0.5, yc, xc + 0.5, yc, fill = fill)
id2 = c.create_line(xc, yc + 0.5, xc, yc - 0.5, fill = fill)
c.scale(id1, xc, yc, size * 5, size * 5)
c.scale(id2, xc, yc, size * 5, size * 5)
return id1, id2
class GraphBars(GraphPoints):
def __init__(self, points, **attr):
GraphPoints.__init__(self, points, attr)
_attributes = {'color': 'black',
'width': 1,
'fillcolor': 'black',
'size': 3,
'fillstyle': '',
'outline': 'black'}
def draw(self, canvas):
color = self.attributes['color']
width = self.attributes['width']
fillstyle = self.attributes['fillstyle']
outline = self.attributes['outline']
spread = self.attributes['size']
arguments = (canvas,)
p1, p2 = self.boundingBox()
for i in range(len(self.points)):
x1, y1 = self.scaled[i]
canvas.create_rectangle(x1 - spread, y1, x1 + spread,
self.anchor, fill = color,
width = width, outline = outline,
stipple = fillstyle)
class GraphObjects:
def __init__(self, objects):
self.objects = objects
def boundingBox(self):
c1, c2 = self.objects[0].boundingBox()
for object in self.objects[1:]:
c1o, c2o = object.boundingBox()
c1 = minBound([c1, c1o])
c2 = maxBound([c2, c2o])
return c1, c2
def fitToScale(self, scale = (1, 1), shift = (0, 0)):
for object in self.objects:
object.fitToScale(scale, shift)
def draw(self, canvas):
for object in self.objects:
object.draw(canvas)
class GraphBase(Frame):
def __init__(self, master, width, height,
background = 'white', title = '', xtitle = '', ytitle = '', **kw):
Frame.__init__(self, master, **kw)
self.title = title
self.xtitle = xtitle
self.ytitle = ytitle
self.canvas = Canvas(self, width = width, height = height,
background = background)
self.canvas.pack(fill = BOTH, expand = YES)
border_w = self.canvas.winfo_reqwidth() - \
string.atoi(self.canvas.cget('width'))
border_h = self.canvas.winfo_reqheight() - \
string.atoi(self.canvas.cget('height'))
self.border = (border_w, border_h)
self.canvas.bind('<Configure>', self.configure)
self.plotarea_size = [None, None]
self._setsize()
self.last_drawn = None
self.font = ('Verdana', 10)
def configure(self, event):
new_width = event.width - self.border[0]
new_height = event.height - self.border[1]
width = string.atoi(self.canvas.cget('width'))
height = string.atoi(self.canvas.cget('height'))
if new_width == width and new_height == height:
return
self.canvas.configure(width = new_width, height = new_height)
self._setsize()
self.clear()
self.replot()
def bind(self, *args):
self.canvas.bind(*args)
def _setsize(self):
self.width = string.atoi(self.canvas.cget('width'))
self.height = string.atoi(self.canvas.cget('height'))
#self.plotarea_size[0] = 0.90 * self.width
#self.plotarea_size[1] = 0.90 * -self.height
self.plotarea_size[0] = 0.90 * self.width
self.plotarea_size[1] = 0.90 * -self.height
xo = 0.5 * (self.width - self.plotarea_size[0])
yo = self.height - 0.5 * (self.height + self.plotarea_size[1])
self.plotarea_origin = (xo, yo)
def draw(self, graphics, xaxis = 'automatic', yaxis = 'automatic'):
self.last_drawn = (graphics, xaxis, yaxis)
p1, p2 = graphics.boundingBox()
xaxis = self._axisInterval(xaxis, p1[0], p2[0])
yaxis = self._axisInterval(yaxis, p1[1], p2[1])
text_width = [0., 0.]
text_height = [0., 0.]
if xaxis is not None:
p1 = xaxis[0], p1[1]
p2 = xaxis[1], p2[1]
xticks = self._ticks(xaxis[0], xaxis[1])
bb = self._textBoundingBox(xticks[0][1])
text_height[1] = bb[3] - bb[1]
text_width[0] = 0.5 * (bb[2] - bb[0])
bb = self._textBoundingBox(xticks[-1][1])
text_width[1] = 0.5 * (bb[2] - bb[0])
else:
xticks = None
if yaxis is not None:
p1 = p1[0], yaxis[0]
p2 = p2[0], yaxis[1]
yticks = self._ticks(yaxis[0], yaxis[1])
for y in yticks:
bb = self._textBoundingBox(y[1])
w = bb[2] - bb[0]
text_width[0] = max(text_width[0], w)
h = 0.5 * (bb[3] - bb[1])
text_height[0] = h
text_height[1] = max(text_height[1], h)
else:
yticks = None
text1 = [text_width[0], -text_height[1]]
text2 = [text_width[1], -text_height[0]]
scale = ((self.plotarea_size[0] - text1[0] - text2[0]) / \
(p2[0] - p1[0]),
(self.plotarea_size[1] - text1[1] - text2[1]) / \
(p2[1] - p1[1]))
shift = ((-p1[0] * scale[0]) + self.plotarea_origin[0] + \
text1[0],
(-p1[1] * scale[1]) + self.plotarea_origin[1] + \
text1[1])
self._drawAxes(self.canvas, xaxis, yaxis, p1, p2,
scale, shift, xticks, yticks)
graphics.fitToScale(scale, shift)
graphics.draw(self.canvas)
def _axisInterval(self, spec, lower, upper):
if spec is None:
return None
if spec == 'minimal':
if lower == upper:
return lower - 0.5, upper + 0.5
else:
return lower, upper
if spec == 'automatic':
range = upper - lower
if range == 0.:
return lower - 0.5, upper + 0.5
log = math.log10(range)
power = math.floor(log)
fraction = log - power
if fraction <= 0.05:
power = power - 1
grid = 10.**power
lower = lower - lower % grid
mod = upper % grid
if mod != 0:
upper = upper - mod + grid
return lower, upper
if type(spec) == type(()):
lower, upper = spec
if lower <= upper:
return lower, upper
else:
return upper, lower
raise ValueError(str(spec) + ': illegal axis specification')
def _drawAxes(self, canvas, xaxis, yaxis,
bb1, bb2, scale, shift, xticks, yticks):
dict = {'anchor': N, 'fill': 'black'}
if self.font is not None:
dict['font'] = self.font
if xaxis is not None:
#draw x - axis
lower, upper = xaxis
text = 1
once = 1
for y, d in [(bb1[1], -3), (bb2[1], 3)]:
#d=.5 of tick - length
p1 = (scale[0] * lower) + shift[0], (scale[1] * y) + shift[1]
if once: pp1 = p1
p2 = (scale[0] * upper) + shift[0], (scale[1] * y) + shift[1]
if once: pp2 = p2
once = 0
Line(self.canvas, p1[0], p1[1], p2[0], p2[1],
fill = 'black', width = 1)
if xticks:
for x, label in xticks:
p = (scale[0] * x) + shift[0], \
(scale[1] * y) + shift[1]
Line(self.canvas, p[0], p[1], p[0], p[1] + d,
fill = 'black', width = 1)
if text:
dict['text'] = label
CanvasText(self.canvas, p[0],
p[1] + 2, **dict) ##KGM 14 Aug 03
text = 0
#write x - axis title
CanvasText(self.canvas,(pp2[0] - pp1[0]) / 2.+pp1[0],pp1[1] + 22, text = self.xtitle)
#write graph title
CanvasText(self.canvas,(pp2[0] - pp1[0]) / 2.+pp1[0],7, text = self.title)
dict['anchor'] = E
if yaxis is not None:
#draw y - axis
lower, upper = yaxis
text = 1
once = 1
for x, d in [(bb1[0], -3), (bb2[0], 3)]:
p1 = (scale[0] * x) + shift[0], (scale[1] * lower) + shift[1]
p2 = (scale[0] * x) + shift[0], (scale[1] * upper) + shift[1]
if once: pp1 = p1 ;pp2 = p2
once = 0
Line(self.canvas, p1[0], p1[1], p2[0], p2[1],
fill = 'black', width = 1)
if yticks:
for y, label in yticks:
p = (scale[0] * x) + shift[0], \
(scale[1] * y) + shift[1]
Line(self.canvas, p[0], p[1], p[0] - d, p[1],
fill = 'black', width = 1)
if text:
dict['text'] = label
CanvasText(self.canvas,
p[0] - 4, p[1] + 2, **dict)
text = 0
#write y - axis title
CanvasText(self.canvas, pp2[0],pp2[1] - 10, text = self.ytitle)
def _ticks(self, lower, upper):
ideal = (upper - lower) / 7.
log = math.log10(ideal)
power = math.floor(log)
fraction = log - power
factor = 1.
error = fraction
for f, lf in self._multiples:
e = math.fabs(fraction - lf)
if e < error:
error = e
factor = f
grid = factor * 10.**power
if power > 3 or power < -3:
format = '%+7.0e'
elif power >= 0:
digits = max(1, int(power))
format = '%' + repr(digits)+'.0f'
else:
digits = -int(power)
format = '%'+repr(digits + 2)+'.'+repr(digits)+'f'
ticks = []
t = -grid * math.floor(-lower / grid)
while t <= upper and len(ticks) < 200:
ticks.append((t, format % (t,)))
t = t + grid
return ticks
_multiples = [(2., math.log10(2.)), (5., math.log10(5.))]
def _textBoundingBox(self, text):
bg = self.canvas.cget('background')
dict = {'anchor': NW, 'text': text, 'fill': bg}
if self.font is not None:
dict['font'] = self.font
item = CanvasText(self.canvas, 0., 0., **dict)
bb = self.canvas.bbox(item)
self.canvas.delete(item)
return bb
def replot(self):
if self.last_drawn is not None:
self.draw(self.last_drawn)
def clear(self):
self.canvas.delete('all')
def postscr(self, filename = None):
"""Write to Postscript file given by 'filename'. If none provided,
ask user.
"""
try: # Python 3
from tkinter.filedialog import asksaveasfilename
except: # Python 2
from tkFileDialog import asksaveasfilename
if not filename:
filename = asksaveasfilename()
if filename:
if not filename[-3:] == '.ps':
filename += '.ps'
self.canvas.postscript(width = self.width, height = self.height, file = filename)
class TextBox(Frame):
def __init__(self, master, width, height,
background = 'white', boxtext = '', **kw):
Frame.__init__(self, master, **kw)
self.width = width
self.height = height
self.canvas = Canvas(self, width = width, height = height,
background = background)
self.canvas.pack(fill = BOTH, expand = YES)
#CanvasText(self.canvas, text = boxtext)
def postscr(self):
#select output file
#from tkFileDialog import asksaveasfilename
filename = asksaveasfilename()
if filename:
if not filename[-3:] == '.ps':
filename += '.ps'
self.canvas.postscript(width = self.width, height = self.height, file = filename)
if __name__ == '__main__':
print('SimPlot.py')
root = Tk()
plt = SimPlot()
root.title('SimPlot example - First frame')
root1 = Tk()
root1.title('SimPlot example - Second frame')
"""PARAMETER DEFAULTS:
GraphBase
---------
background = 'white',
title = '',
xtitle = '',
ytitle = ''
GraphBase.draw
--------------
xaxis = 'automatic',
yaxis = 'automatic')
GraphLine
---------
color: 'black',
width: 1,
smooth: 0,
splinesteps: 12
GraphSymbols:
-------------
color: 'black',
width: 1,
fillcolor: 'black',
size: 2,
fillstyle: '',
outline: 'black',
marker: 'circle'}
GraphBars
---------
color: 'black',
width: 1,
fillcolor: 'black',
size: 3,
fillstyle: '',
outline: 'black'
"""
# Plot 1 -- smooth line + filled bars
di = 5.0 * pi / 40.
data = []
for i in range(40):
data.append((float(i) * di,
(math.sin(float(i) * di) - math.cos(float(i) * di))))
line1 = plt.makeLine(data, color = 'black', width = 1,
smooth = 1)
line1a = plt.makeBars(data[1:], color = 'blue', fillstyle = 'gray25',
anchor = 0.0)
graphObject = plt.makeGraphObjects([line1a, line1])
#Second panel -- Narrow bars
line2 = plt.makeBars([(0, 0),(1, 145),(2,-90),(3, 147),(4, 22),(5, 31),
(6, 77),(7, 125),(8, 220),(9, 550),(10, 560),(11, 0)],
outline = 'green', color = 'red', size = 7)
graphObject2 = plt.makeGraphObjects([line2])
# Third plot -- Smooth line and unsmoothed line
line3 = plt.makeLine([(1, 145 + 100),(2, 151 + 100),(3, 147 + 100),(4, 22 + 100),(5, 31 + 100),
(6, 77 + 100),(7, 125 + 100),(8, 220 + 100),(9, 550 + 100),(10, 560 + 100)],
color = 'blue', width = 2, smooth = 1)
line3a = plt.makeLine([(1, 145),(2, 151),(3, 147),(4, 22),(5, 31),
(6, 77),(7, 125),(8, 220),(9, 550),(10, 560)],
color = 'green', width = 2, smooth = 0)
line3b = plt.makeStep([(1, 145 + 100),(2, 151 + 100),(3, 147 + 100),(4, 22 + 100),(5, 31 + 100),
(6, 77 + 100),(7, 125 + 100),(8, 220 + 100),(9, 550 + 100),(10, 560 + 100)],
color = 'red', width = 2)
graphObject3 = plt.makeGraphObjects([line3, line3a, line3b])
# Fourth plot -- lines with all available symbols with different
# outline colors / fill colors / sizes
line4 = plt.makeSymbols([(1, 100),(2, 100),(3, 100),(4, 100),(5, 100),
(6, 100),(7, 100),(8, 100),(9, 100),(10, 100)],
color = 'black', fillcolor = 'red', width = 2, marker = 'triangle')
line5 = plt.makeSymbols([(1, 200),(2, 200),(3, 200),(4, 200),(5, 200),
(6, 200),(7, 200),(8, 200),(9, 200),(10, 200)],
color = 'red', width = 2, marker = 'circle')
line6 = plt.makeSymbols([(1, 300),(2, 300),(3, 300),(4, 300),(5, 300),
(6, 300),(7, 300),(8, 300),(9, 300),(10, 300)],
color = 'green', width = 2, marker = 'dot')
line7 = plt.makeSymbols([(1, 400),(2, 400),(3, 400),(4, 400),(5, 400),
(6, 400),(7, 400),(8, 400),(9, 400),(10, 400)],
color = 'blue', fillcolor = 'white',
size = 2, width = 2, marker = 'square')
line8 = plt.makeSymbols([(1, 500),(2, 500),(3, 500),(4, 500),(5, 500),
(6, 500),(7, 500),(8, 500),(9, 500),(10, 500)],
color = 'yellow', width = 2, marker = 'triangle')
line9 = plt.makeSymbols([(1, 600),(2, 600),(3, 600),(4, 600),(5, 600),
(6, 600),(7, 600),(8, 600),(9, 600),(10, 600)],
color = 'magenta', width = 2, marker = 'cross')
line10 = plt.makeSymbols([(1, 700),(2, 700),(3, 700),(4, 700),(5, 700),
(6, 700),(7, 700),(8, 700),(9, 700),(10, 700)],
color = 'brown', width = 2, marker = 'plus')
line11 = plt.makeSymbols([(1, 800),(2, 800),(3, 800),(4, 800),(5, 800),
(6, 800),(7, 800),(8, 800),(9, 800),(10, 800)],
color = 'black', fillcolor = 'orange',
width = 2, marker = 'triangle_down')
graphObject4 = GraphObjects([line4, line5, line6, line7, line8,
line9, line10, line11])
# Two panels
f1 = Frame(root)
f2 = Frame(root1)
graph={}
# Plots 1 and 2 in panel f1, side by side
graph[1] = plt.makeGraphBase(f1, 500, 300, title = 'Plot 1: 1 makeLine call, 1 makeBars call',
xtitle = 'the x-axis', ytitle = 'the y-axis')
graph[1].pack(side = LEFT, fill = BOTH, expand = YES)
graph[1].draw(graphObject, xaxis = 'minimal', yaxis = 'minimal')
graph[2] = plt.makeGraphBase(f1, 500, 300, title = 'Plot 2: 1 makeBars call',
xtitle = 'time', ytitle = 'pulse [volt]')
# Set side - by - side plots
graph[2].pack(side = LEFT, fill = BOTH, expand = YES)
graph[2].draw(graphObject2, 'minimal', 'automatic')
# Pack panel 1 to make it visible
f1.pack()
# Plots 2 and 3 in panel f2, one under the other
graph[3] = plt.makeGraphBase(f2, 500, 300,
title = 'Plot 3: 2 makeLine call (smooth, not smooth); 1 makeStep call')
graph[3].pack(side = TOP, fill = BOTH, expand = YES)
graph[3].draw(graphObject3)
graph[4] = plt.makeGraphBase(f2, 500, 300, border = 3, title = 'Plot 4: 8 makeSymbols calls')
# Set one - over - other configuration of plots
graph[4].pack(side = TOP, fill = BOTH, expand = YES)
graph[4].draw(graphObject4)
# Pack panel 2 to make it visible
f2.pack()
# Save graph[1] to Postscript file (user selects filename)
graph[1].postscr()
# end plotting stuff
#### Very Important -- get Tk going by starting event loop
plt.mainloop()
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