def start():
opener()
while (True):
spacer()
if (switch(False) == "okay apollo"):
print("")
spacer()
type = switch(True)
spacer()
if (type == "tuner"):
noise_tuner(parse_tuner_frequency(tuner()))
elif (type == "synthesizer"):
sound(parse_input(synthesizer()))
elif (type == "settings"):
cont = parse_settings(do_settings())
while (cont):
cont = parse_settings(do_settings())
elif (type == "triad"):
play_triad(triad())
elif (type == "quit"):
print("Exiting...")
sleep(0.75)
quit()
def edit_map(self):
map_name = self.select_map.get()
if map_name == None or len(map_name) == 0 or len(self.maps) == 0:
eprint("error: no map selected")
return
map_file = open(self.maps[map_name])
lmap, lc = lemin_map_parser(map_file)
map_file.close()
if lmap == None or lemin_map_checker(lmap):
eprint("error: invalid map")
return
switch(M_EDITOR, lmap)
def await_action():
input = raw_input("> ").split()
for case in switch(input[0]):
if case('quit'):
print "Bye!"
return
if case('go','move'):
if len(input) > 1:
move(input[1])
else:
print "Where to?"
break
if case('look'):
if len(input) > 1:
look(input[1])
else:
look()
break
# We have a custom action
perform_action(input)
await_action()
def save(video,format='txt'):
for case in switch(format):
if case('xls'):
import xlwt
if len(video['comments']) > 0:
wbk = xlwt.Workbook()
sheet = wbk.add_sheet(tech.validate(video['title']))
bigs = wbk.add_sheet('Bigrams')
tris = wbk.add_sheet('Trigrams')
context = wbk.add_sheet('Context')
for_nlp = tech.flatten(video['comments'][0])
for idx,comment in enumerate(video['comments'][0]):
sheet.write(idx,0,' '.join(comment))
for idx,bigram in enumerate(tech.bigrams(for_nlp,self.term)):
bigs.write(idx,0,' '.join(bigram))
for idx,trigram in enumerate(tech.trigrams(for_nlp,self.term)):
tris.write(idx,0,' '.join(trigram))
for idx,con in enumerate(tech.context(for_nlp,self.term)):
context.write(idx,0,' '.join(con))
wbk.save(tech.validate(video['title'])+'.xls')
print 'Videos, trigrams, bigrams, and contexts saved to XLS files.'
#indexing is zero-based, row then column
break
if case('txt'):
if len(video['comments']) > 0:
with open(path.join(dir_path, tech.validate(video['title'])),'a') as f:
f.write(video['comments'])
print 'Saved %s as text' % video['title']
break
def exportModeSetting(self, index):
self.index = index
for case in switch(self.index):
if case(0):
self.getOptionStatus()
# check all (path name namespace)
self.exportPath = self.checkExportPath()
self.exportName = ''
self.exportNamespace = self.checkExportNamespace()
break
if case(1):
self.getOptionStatus()
# check all (path name namespace)
self.exportName = self.checkExportName()
self.exportPath = self.checkExportPath()
self.exportNamespace = self.checkExportNamespace()
break
if case(2):
self.readyExportOption = [
"Camera", "Character", "Prop", "Scene"
]
# check all (path name namespace)
self.exportPath = self.checkExportPath()
self.exportNamespace = ''
self.exportName = ''
break
if case():
break
def __haunted_forest_sing(input):
if input:
for case in switch(input[0]):
if case('halelujah'):
print "The world has become a brighter place!"
haunted_forest.set_state(2)
break
else:
print "*sings* " + input[1]
else:
print "I'm siiiiiiingin' in the rain!"
def getTopoObj(topo):
for case in switch(topo):
if case('torus'):
return topoTorus()
if case('fattree'):
return topoFatTree()
if case('dragonfly'):
return topoDrgonFly()
if case('dragonfly2'):
return topoDrgonFly2()
sys.exit("how did we get here")
def play(self):
map_name = self.select_map.get()
solver_name = self.select_solver.get()
if len(map_name) == 0 or len(solver_name) == 0\
or len(self.maps) == 0 or len(self.solvers) == 0:
eprint("error: no map or solver")
return
map_file = self.maps[map_name]
solver_file = self.solvers[solver_name]
proc = subprocess.run(solver_file + ' < ' + map_file,\
stdout=subprocess.PIPE, shell=True)
output = proc.stdout.decode("utf-8").splitlines(keepends=True)
lmap, lc = lemin_map_parser(output)
if lmap == None or lemin_map_checker(lmap):
eprint("error: invalid map")
return
game = lemin_game_parser(lmap, lc, output[lc:])
if game == None or lemin_game_checker(game, lmap):
eprint("error: invalid solution")
return
switch(M_PLAYER, lmap, game)
def getTopoInfo( topo, shape ):
for case in switch(topo):
if case('torus'):
return TorusInfo(shape)
if case('fattree'):
return FattreeInfo(shape)
if case('dragonfly'):
return DragonFlyInfo(shape)
if case('dragonfly2'):
return DragonFly2Info(shape)
sys.exit("how did we get here")
def getTopoObj( topo ):
for case in switch(topo):
if case('torus'):
return topoTorus()
if case('fattree'):
return topoFatTree()
if case('dragonfly'):
return topoDrgonFly()
if case('dragonfly2'):
return topoDrgonFly2()
sys.exit("how did we get here")
def getTopoInfo(topo, shape):
for case in switch(topo):
if case('torus'):
return TorusInfo(shape)
if case('fattree'):
return FattreeInfo(shape)
if case('dragonfly'):
return DragonFlyInfo(shape)
if case('dragonfly2'):
return DragonFly2Info(shape)
sys.exit("how did we get here")
def __haunted_forest_pick(input):
if input:
for case in switch(input[0]):
if case('mushroom', 'mushrooms'):
if haunted_forest.current_state_ix == 0:
print "Mmm... Mushrooms!\n"
haunted_forest.set_state(1)
else:
print "Where have all the mushrooms gone? Young girls picked them everyone!"
break
if case('tree','trees'):
print "You're not that strong, silly!"
break
if case('stuff'):
print "Some stuff stuffed away."
break
else:
print "Ain't no " + input[0] + " around here"
else:
print "Pick-pickety-pick... pickaxe?"
def setExportMode(self, index):
# 0 - Option
# 1 - ByName
# 2 - All
self.index = index
for case in switch(self.index):
if case(0):
self.checkBox_camera.setEnabled(True)
self.checkBox_prop.setEnabled(True)
self.checkBox_chracter.setEnabled(True)
self.checkBox_scene.setEnabled(True)
self.lineEdit_exportname.setEnabled(False)
self.lineEdit_namespace.setEnabled(True)
self.lineEdit_exportpath.setEnabled(True)
break
if case(1):
self.lineEdit_exportname.setEnabled(True)
self.lineEdit_exportpath.setEnabled(True)
self.lineEdit_namespace.setEnabled(True)
self.checkBox_camera.setEnabled(True)
self.checkBox_prop.setEnabled(True)
self.checkBox_chracter.setEnabled(True)
self.checkBox_scene.setEnabled(True)
break
if case(2):
self.lineEdit_exportname.setEnabled(False)
self.lineEdit_namespace.setEnabled(False)
self.lineEdit_exportpath.setEnabled(True)
self.checkBox_camera.setEnabled(False)
self.checkBox_prop.setEnabled(False)
self.checkBox_chracter.setEnabled(False)
self.checkBox_scene.setEnabled(False)
break
if case():
print "something else!"
import sys from smart_plug import * from switch import * from dali_lights import * import time ip = '192.168.81.1' port = '3480' dali_ip = '192.168.1.250' dali_port = '50000' switch4 = switch(ip, port, id=4) switch4.setOn() time.sleep(10) switch4.setOff() ''' k=switch4.getId() print k l=switch4.Increase_val(78) m=switch4.getIntensity() print m #switch4.setId(4) switch5 = smart_plug(ip,port) switch5.setId(5)
# load PDF data, J = P(t)/P(0)
pdf = pyfits.open('derivs.fit')
J_phi = pdf[0].data
J_chi = pdf[1].data
J_pip = pdf[2].data
J_pic = pdf[3].data
J_a = pdf[4].data
J_p = pdf[5].data
# load Kolmogorov-Sinai entropy
kse = pyfits.open('entropy.fit')
S = kse[0].data
# variable being plotted
for case in switch(expr):
if case("phi"):
q = a * phi
break
if case("chi"):
q = a * chi
break
if case("pip"):
q = pip / a
break
if case("pic"):
q = pic / a
break
if case("lna"):
q = np.log(a)
break
# load PDF data, J = P(t)/P(0)
pdf = pyfits.open('derivs.fit')
J_phi = pdf[0].data
J_chi = pdf[1].data
J_pip = pdf[2].data
J_pic = pdf[3].data
J_a = pdf[4].data
J_p = pdf[5].data
# load Kolmogorov-Sinai entropy
kse = pyfits.open('entropy.fit')
S = kse[0].data
# variable being plotted
for case in switch(expr):
if case("phi"): q = a*phi; break
if case("chi"): q = a*chi; break
if case("pip"): q = pip/a; break
if case("pic"): q = pic/a; break
if case("lna"): q = np.log(a); break
if case("p"): q = -p/6.0; break
if case("lnF(phi)"): q = -np.log(1.0/np.square(J_phi) + 1.0e-16)/2.0; break
if case("lnF(chi)"): q = -np.log(1.0/np.square(J_chi) + 1.0e-16)/2.0; break
if case("lnF(pip)"): q = -np.log(1.0/np.square(J_pip) + 1.0e-16)/2.0; break
if case("lnF(pic)"): q = -np.log(1.0/np.square(J_pic) + 1.0e-16)/2.0; break
if case("lnF(a)"): q = -np.log(1.0/np.square(J_a) + 1.0e-16)/2.0; break
if case("lnF(p)"): q = -np.log(1.0/np.square(J_p) + 1.0e-16)/2.0; break
if case("entropy"): q = np.cumsum(S, axis=0); break
if case("lyapunov"): q = S; break
import sys from smart_plug import * from switch import * from dali_lights import * import time ip='192.168.81.1' port='3480' dali_ip='192.168.1.250' dali_port='50000' switch4 = switch(ip,port,id=4) switch4.setOn() time.sleep(10) switch4.setOff() ''' k=switch4.getId() print k l=switch4.Increase_val(78) m=switch4.getIntensity() print m #switch4.setId(4) switch5 = smart_plug(ip,port) switch5.setId(5)
def new_map(self):
switch(M_EDITOR, None)
#TODO: switch to edit mode instead of this
#file_name = edit_lemin_map(None)
#self.add_map_file(file_name)
pass
game = None
if command_line_mode:
if len(args) == 0:
lmap, lc = lemin_map_parser()
if lmap == None or lemin_map_checker(lmap):
eprint("error: invalid map")
exit() # TODO: replace this with the main_menu when it is done
game = lemin_game_parser(lmap, lc)
if game == None or lemin_game_checker(game, lmap):
eprint("error: invalid solution")
exit() # TODO: replace this with the main_menu when it is done
mode = M_PLAYER
else:
map_file = open(args[0])
lmap, lc = lemin_map_parser(map_file)
map_file.close()
if lmap == None or lemin_map_checker(lmap):
eprint("error: invalid map")
exit() # TODO: replace this with the main_menu when it is done
mode = M_EDITOR
else:
mode = M_MENU
lda = lemin_data(command_line_mode)
switch(lda=lda)
set_style()
lda.load_data(mode, lmap, game)
if lda.lwin.redrawf:
lda.lwin.redrawf() #TODO: REMOVE THIS (OR AT LEAST MOVE IT)
lda.lwin.win.mainloop()
from switch import *
x = 5
switch(x)
if case(4):
assert False
if case(5):
assert True
fallthrough()
if case(5):
assert True
if case(5):
assert False
if case(6):
assert False
switch(3)
if case(lambda x: x > 5):
assert False
if default():
assert True
