def get_random_color():
color_names = list(color_data.keys())
while True:
random.shuffle(color_names)
for name in color_names:
raw_color = color_data[name]
try:
color = tuple(raw_color)
yield color
except Exception as e:
print(e)
import pdb
pdb.set_trace()
pass
def colorPage(type, path, headers, args):
socketVal = {'r': 0, 'g':0, 'b':0}
nodelist = []
random_mode = False
change_speed = 6
change_speed_changed = False
if args is not None:
for arg in args.split("&"):
argsp = arg.split('=')
argkey = argsp[0].lower()
argval = ""
if len(argsp) > 1: argval = unquote(argsp[1])
argval = argval.replace('+', ' ')
print "key: "+argkey+" val: "+argval
if argkey == "red":
socketVal['r'] = int(argval)
elif argkey == "green":
socketVal['g'] = int(argval)
elif argkey == "blue":
socketVal['b'] = int(argval)
elif argkey == "speed":
change_speed = int(argval)
change_speed_changed = True
elif argkey == "color":
if colors.has_key(argval.lower()):
socketVal = colors[argval.lower()]
elif argkey == "node":
nodelist.append(argval)
elif argkey == "random":
random_mode = True
elif argkey == "quit":
print "Stopping server"
sys.exit()
colorList = ""
ckeys = colors.keys()
ckeys.sort(cmp=lambda x,y:RGBtoHSV(colors[x]['r'],colors[x]['g'],colors[x]['b'])[0] - RGBtoHSV(colors[y]['r'],colors[y]['g'],colors[y]['b'])[0])
for c in ckeys:
comps = colors[c]
luma=comps['r']*.3 + comps['g']*.59 + comps['b']*.11
if luma < 128: textcolor = 'white'
else: textcolor = 'black'
colorList += "<DIV style=\"background-color:#%02x%02x%02x;color:%s;text-align:center;margin:2px 0px;cursor:pointer;\" onclick=\"setcolor(this)\">%s</DIV>" % (comps['r'], comps['g'], comps['b'], textcolor, c)
return web_template % {
'red':socketVal['r'], 'green':socketVal['g'], 'blue':socketVal['b'],'speed':change_speed,
'nodes':[], 'colors':colorList }
def do_activate(self):
all_colors_re = Colors_Hex_RE
all_colors_re += r"|".join(colors.keys())
self.__colors_re = re.compile(all_colors_re, re.IGNORECASE)
self.doc = self.view.get_buffer()
# Connect signals to corresponding callbacks
self.edit_handler = \
self.view.connect(
'notify::editable',
self.do_language_notify
)
self.lang_handler = \
self.doc.connect(
'notify::language',
self.do_language_notify
)
def colorPage(args):
socketVal = {'r': 0, 'g':0, 'b':0, 'r2':0, 'g2':0, 'b2':0}
nodelist = []
random_mode = False
change_speed = 6
change_speed_changed = False
if args is not None:
ignrgb = False
for arg in args.keys():
argkey = arg.lower()
argval = args[arg]
if argval is not None: argval = unquote(argval)
print "key: "+argkey+" val: "+argval
if not ignrgb and argkey == "red":
socketVal['r'] = int(argval)
elif not ignrgb and argkey == "green":
socketVal['g'] = int(argval)
elif not ignrgb and argkey == "blue":
socketVal['b'] = int(argval)
elif not ignrgb and argkey == "red2":
socketVal['r2'] = int(argval)
elif not ignrgb and argkey == "green2":
socketVal['g2'] = int(argval)
elif not ignrgb and argkey == "blue2":
socketVal['b2'] = int(argval)
elif argkey == "speed":
change_speed = int(argval)
change_speed_changed = True
elif argkey == "color":
if colors.has_key(argval.lower()):
socketVal = colors[argval.lower()]
for k in ('r','g','b'):
socketVal[k+"2"] = socketVal[k]
ignrgb = True
elif argkey == "node":
nodelist.append(argval)
elif argkey == "random":
random_mode = True
elif argkey == "quit":
print "Stopping server"
sd.close()
exitRequest = True
sys.exit()
return (digiweb.TextHtml, "exiting")
if random_mode:
socketdata = "n"
else:
if args is None or not args.has_key("red2"):
socketdata = "A"+"".join([k+str(socketVal[k]) for k in ('r','g','b')])
else:
try:
socketdata = "F"+"".join([k+str(socketVal[k]) for k in ('r','g','b')])
except:
pass
try:
socketdata += "C"+"".join([k[0]+str(socketVal[k]) for k in ('r2','g2','b2')])
except:
pass
if change_speed_changed:
socketdata += "s"+str(change_speed)
socketdata += "\n"
print "sending "+socketdata+" to "+str(nodelist) + "\n"
if 'all' in nodelist:
nodelist = nodeData.keys()
for node in nodelist:
try:
sd.sendto(socketdata, 0, (node, 0xe8, 0xc105, 0x11))
except:
print "Failed to send to "+node
nodeList = ""
for node in nodeData.keys():
try:
nodeline = "<OPTION value='"+node+"'"
if node in nodelist:
nodeline += " selected"
nodeline += ">"+\
nodeData[node]['nodeId']+\
"</OPTION>"
nodeList += nodeline
except:
pass
colorList = ""
ckeys = colors.keys()
ckeys.sort()
for c in ckeys:
comps = colors[c]
luma=comps['r']*.3 + comps['g']*.59 + comps['b']*.11
if luma < 128: textcolor = 'white'
else: textcolor = 'black'
colorEntry = "<DIV style=\"background-color:#%02x%02x%02x;color:%s;text-align:center;margin:2px 0px;cursor:pointer;\" onclick=\"setcolor(this)\">%s</DIV>" % (comps['r'], comps['g'], comps['b'], textcolor, c)
colorList += colorEntry
if len(nodelist) > 0:
try:
nodeaddr = nodelist[0]
nodeData[nodeaddr]['red'] = socketVal['r']
nodeData[nodeaddr]['green'] = socketVal['g']
nodeData[nodeaddr]['blue'] = socketVal['b']
nodeData[nodeaddr]['red2'] = socketVal['r2']
nodeData[nodeaddr]['green2'] = socketVal['g2']
nodeData[nodeaddr]['blue2'] = socketVal['b2']
if change_speed_changed:
nodeData[nodeaddr]['speed'] = change_speed
except:
exctype, value = sys.exc_info()[:2]
print "failed to update nodeData: "+str(exctype)+", "+str(value)
elif len(nodeData) > 0:
nodeaddr = nodeData.keys()[0]
socketVal = { 'r': nodeData[nodeaddr]['red'],
'g': nodeData[nodeaddr]['green'],
'b': nodeData[nodeaddr]['blue'],
'r2': nodeData[nodeaddr]['red2'],
'g2': nodeData[nodeaddr]['green2'],
'b2': nodeData[nodeaddr]['blue2'] }
return (digiweb.TextHtml, web_template % {
'red':socketVal['r'], 'green':socketVal['g'], 'blue':socketVal['b'],'speed':change_speed,
'red2':socketVal['r2'], 'green2':socketVal['g2'], 'blue2':socketVal['b2'],
'nodes':nodeList, 'colors':colorList })
def returnValue():
nonlocal output
output = optList.get()
root.destroy()
output = ''
root = tk.Tk()
root.geometry(f'+{600}+{300}')
container = tk.Frame(root)
label = ttk.Label(container, text=message, font=('Helvetica', 12, 'bold'))
label.grid(row=0, column=0, columnspan=2, padx=4, pady=2)
optList = ttk.Combobox(container, values=options)
optList.grid(row=1, column=0, columnspan=2, padx=4, pady=4, sticky='we')
cancelBtn = ttk.Button(container, text='Cancel', command=returnNone)
cancelBtn.grid(row=2, column=0, padx=4, pady=4, sticky='w')
okBtn = ttk.Button(container, text='Ok', command=returnValue)
okBtn.grid(row=2, column=1, padx=4, pady=2, sticky='e')
container.pack(padx=8, pady=8)
root.mainloop()
return output
if __name__ == '__main__':
a = askOptions('Choose the target color: ', tuple(colors.keys()))
print(a)
def findNext(targ_mask):
"""Find the first pixel in a cv2 mask"""
matchPxs = cv2.findNonZero(targ_mask)
return matchPxs[0, 0]
def click(x, y, delay):
"""Do a long click in the specified location"""
pag.mouseDown(x, y, pause=0.2)
pag.mouseUp(pause=delay)
if __name__ == '__main__':
if len(sys.argv) == 1:
while True:
targetColor = askOptions('Choose the target color: ', tuple(colors.keys()))
if not targetColor:
break
elif targetColor not in colors.keys():
pag.alert("Invalid color. Try again.")
continue
sleep(0.5)
mainApplication(targetColor)
else:
for targetColor in sys.argv[1:]:
mainApplication(targetColor)