def initsort(n=40, order='random', width=0):
global count, perm, keys, colors
global display, canvas, displayactive
global rheight, rwidth, swidth
global lastorder
count = n
perm = genperm(count, order=order)
keys = range(0, count)
lastorder = order
colors = hsv.spectrum(n)
if (width > 0):
swidth = width
if displayactive:
display.destroy()
display.active = False
if (count * rwidth > swidth):
rwidth = int(swidth / count)
display = Tk()
displayactive = True
display.title('Sorting %d elements' % count)
canvas = Canvas(display,
width=rwidth * count,
height=rheight,
background="#ffffff")
canvas.grid(row=0, column=0)
showsort(perm)
def setmgranularity(self, m = 1):
n = self.ecount
curm = self.mgranularity
# print 'Changing mgranularity from %d to %d' % (curm, m)
if m == 2 * curm:
# Double degree of mirroring (mirror2)
n = n / 2
if self.lastorder == 'fwdrev':
self.lastorder = 'forward'
elif self.lastorder == 'revfwd':
self.lastorder = 'reverse'
else:
print 'Invalid order for mirroring'
return # Invalid order for mirroring
elif m * 2 == curm:
# Halve degree of mirroring (unmirror2)
n = n * 2
if self.lastorder == 'forward':
self.lastorder = 'fwdrev'
elif self.lastorder == 'reverse':
self.lastorder = 'revfwd'
else:
print 'Invalid order for unmirroring'
return # Invalid order for unmirroring
self.ecount = n
self.mgranularity = m
self.perm = genperm(n,
order=fixorder(self.lastorder, self.rowmode))
self.keys = range(0, n)
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v,
granularity=self.colorgranularity(self.rowmode))
self.showsort()
def __init__(self, n=48, order='forward', saturation = 0, value = 0,
rhost = '', subdivisions = 1, bordercolor = '', nodisplay = False):
self.ecount = n
self.rowmode = 'single'
self.cgranularity = 1
self.mgranularity = 1
self.subdivisions = subdivisions
if subdivisions > 1 and not bordercolor:
bordercolor = '#000000'
self.bordercolor = bordercolor
self.rcount = n * 2 * self.subrectanglecount(True) * self.mgranularity
self.perm = genperm(n, order=order)
self.keys = range(0, n)
self.lastorder = order
cols = self.rcount/2
self.panel = panel.Panel(rows = 2, cols = cols,
rwidth = int(1440/cols), nodisplay = nodisplay)
if rhost:
port = 8000
(host, s, p) = rhost.partition(':')
if p:
port = int(p)
pn = panel.PanelClient(host, port)
self.panel.addsubpanel(pn)
if saturation > 0:
self.spectrum_s = saturation
if value > 0:
self.spectrum_v = value
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v,
granularity=self.colorgranularity(self.rowmode))
self.showsort()
def __init__(self, n=40, order='forward', width=0, height = 0,
saturation = 0, value = 0):
self.count = n
self.perm = genperm(n, order=order)
self.keys = range(0, n)
self.lastorder = order
if saturation > 0:
self.spectrum_s = saturation
if value > 0:
self.spectrum_v = value
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v)
if width > 0:
self.swidth = width
if height > 0:
self.rheight = height
if self.displayactive:
self.display.destroy()
if (self.count * self.rwidth > self.swidth):
self.rwidth = int(self.swidth/self.count)
self.display = Tk()
self.display.title('Sorting %d elements' % self.count)
self.frame = Frame(self.display)
self.frame.pack(fill=BOTH, expand=YES)
self.canvas = Canvas(self.frame,
width=self.rwidth*self.count,
height=self.rheight,
background="#ffffff")
self.canvas.pack(fill=BOTH, expand=YES)
self.canvas.grid(row=0, column=0)
self.displayactive = True
self.showsort(firsttime=True)
self.display.bind("<ButtonRelease-1>", self.showsort)
def __init__(self, n=48, order='forward', saturation = 0, value = 0,
subdivisions = 1, bordercolor = '', nodisplay = False,
rigBool = False, rig = []):
# just pass to panel
self.rigBool = rigBool
self.rig = rig
print rigBool
self.ecount = n
self.rowmode = 'single'
self.cgranularity = 1
self.mgranularity = 1
self.subdivisions = subdivisions
if subdivisions > 1 and not bordercolor:
bordercolor = '#000000'
self.bordercolor = bordercolor
self.rcount = n * 2 * self.subrectanglecount(True) * self.mgranularity
self.perm = genperm(n, order=order)
self.keys = range(0, n)
self.lastorder = order
cols = self.rcount/2
self.panel = panel.Panel(rows = 2, cols = cols,
rwidth = int(1440/cols), nodisplay = nodisplay,
rigBool = self.rigBool, rig = self.rig)
if saturation > 0:
self.spectrum_s = saturation
if value > 0:
self.spectrum_v = value
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v,
granularity=self.colorgranularity(self.rowmode))
self.showsort()
def set_spectrum(self, s = -1, v = -1):
if s >= 0:
self.spectrum_s = s
if v >= 0:
self.spectrum_v = v
self.colors = hsv.spectrum(self.ecount, self.spectrum_s, self.spectrum_v,
granularity=self.colorgranularity(self.rowmode))
self.showsort()
def set_spectrum(self, s = -1, v = -1):
if s >= 0:
self.spectrum_s = s
if v >= 0:
self.spectrum_v = v
self.colors = hsv.spectrum(self.count, self.spectrum_s, self.spectrum_v)
if self.displayactive:
self.showsort()
def set_spectrum(self, s=-1, v=-1):
if s >= 0:
self.spectrum_s = s
if v >= 0:
self.spectrum_v = v
self.colors = hsv.spectrum(self.count, self.spectrum_s,
self.spectrum_v)
if self.displayactive:
self.showsort()
def setcgranularity(self, c=1):
self.cgranularity = c
n = int(self.rcount /
(self.rgranularity(self.rowmode) * self.subrectanglecount(True) * self.mgranularity))
self.ecount = n
if self.lastorder == 'none':
self.lastorder = 'forward'
self.perm = genperm(n,
order=fixorder(self.lastorder, self.rowmode))
self.keys = range(0, n)
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v,
granularity=self.colorgranularity(self.rowmode))
self.showsort()
def __init__(self,
n=48,
order='forward',
saturation=0,
value=0,
subdivisions=1,
bordercolor='',
nodisplay=False,
rigBool=False,
rig=[]):
# just pass to panel
self.rigBool = rigBool
self.rig = rig
print rigBool
self.ecount = n
self.rowmode = 'single'
self.cgranularity = 1
self.mgranularity = 1
self.subdivisions = subdivisions
if subdivisions > 1 and not bordercolor:
bordercolor = '#000000'
self.bordercolor = bordercolor
self.rcount = n * 2 * self.subrectanglecount(True) * self.mgranularity
self.perm = genperm(n, order=order)
self.keys = range(0, n)
self.lastorder = order
cols = self.rcount / 2
self.panel = panel.Panel(rows=2,
cols=cols,
rwidth=int(1440 / cols),
nodisplay=nodisplay,
rigBool=self.rigBool,
rig=self.rig)
if saturation > 0:
self.spectrum_s = saturation
if value > 0:
self.spectrum_v = value
self.colors = hsv.spectrum(n,
self.spectrum_s,
self.spectrum_v,
granularity=self.colorgranularity(
self.rowmode))
self.showsort()
def __init__(self,
n=40,
order='forward',
width=0,
height=0,
saturation=0,
value=0):
self.count = n
self.perm = genperm(n, order=order)
self.keys = range(0, n)
self.lastorder = order
if saturation > 0:
self.spectrum_s = saturation
if value > 0:
self.spectrum_v = value
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v)
if width > 0:
self.swidth = width
if height > 0:
self.rheight = height
if self.displayactive:
self.display.destroy()
if (self.count * self.rwidth > self.swidth):
self.rwidth = int(self.swidth / self.count)
self.display = Tk()
self.display.title('Sorting %d elements' % self.count)
self.frame = Frame(self.display)
self.frame.pack(fill=BOTH, expand=YES)
self.canvas = Canvas(self.frame,
width=self.rwidth * self.count,
height=self.rheight,
background="#ffffff")
self.canvas.pack(fill=BOTH, expand=YES)
self.canvas.grid(row=0, column=0)
self.displayactive = True
self.showsort(firsttime=True)
self.display.bind("<ButtonRelease-1>", self.showsort)
def initsort(n=40, order='random', width=0):
global count, perm, keys, colors
global display, canvas, displayactive
global rheight, rwidth, swidth
global lastorder
count = n
perm = genperm(count, order=order)
keys = range(0,count)
lastorder = order
colors = hsv.spectrum(n)
if (width > 0):
swidth = width
if displayactive:
display.destroy()
display.active = False
if (count * rwidth > swidth):
rwidth = int(swidth/count)
display = Tk()
displayactive = True
display.title('Sorting %d elements' % count)
canvas = Canvas(display,
width=rwidth*count, height=rheight, background="#ffffff")
canvas.grid(row=0, column=0)
showsort(perm)
def newcount(self, n=40):
self.count = n
if self.lastorder == 'none':
self.lastorder = 'forward'
self.perm = genperm(n, order=self.lastorder)
self.keys = range(0, n)
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v)
self.rwidth = int(self.swidth / self.count)
if not self.displayactive:
self.display = Tk()
self.displayactive = True
self.display.title('Sorting %d elements' % self.count)
self.frame = Frame(self.display)
self.frame.pack(fill=BOTH, expand=YES)
self.canvas = Canvas(self.frame,
width=self.rwidth * self.count,
height=self.rheight,
background="#ffffff")
self.canvas.pack(fill=BOTH, expand=YES)
self.canvas.grid(row=0, column=0)
self.display.bind("<ButtonRelease-1>", self.showsort)
else:
self.display.title('Sorting %d elements' % self.count)
self.showsort(firsttime=True)
def newcount(self, n=40):
self.count = n
if self.lastorder == 'none':
self.lastorder = 'forward'
self.perm = genperm(n, order=self.lastorder)
self.keys = range(0, n)
self.colors = hsv.spectrum(n, self.spectrum_s, self.spectrum_v)
self.rwidth = int(self.swidth/self.count)
if not self.displayactive:
self.display = Tk()
self.displayactive = True
self.display.title('Sorting %d elements' % self.count)
self.frame = Frame(self.display)
self.frame.pack(fill=BOTH, expand=YES)
self.canvas = Canvas(self.frame,
width=self.rwidth*self.count,
height=self.rheight,
background="#ffffff")
self.canvas.pack(fill=BOTH, expand=YES)
self.canvas.grid(row=0, column=0)
self.display.bind("<ButtonRelease-1>", self.showsort)
else:
self.display.title('Sorting %d elements' % self.count)
self.showsort(firsttime=True)