def status_colors(host_color):
base = host_color
base_rgb = colortrans.short2rgb(base)
text_color = get_contrast_yiq(base_rgb)
light_rgb = transform_rgb(base_rgb, LIGHTNESS_FACTOR)
dark_rgb = transform_rgb(base_rgb, DARKNESS_FACTOR)
bg = "colour{bg}".format(bg=base)
cbg, cbg_hex = colortrans.rgb2short(light_rgb)
cfg, cfg_hex = colortrans.rgb2short(dark_rgb)
cbg = "colour{cbg}".format(cbg=cbg)
cfg = "colour{cfg}".format(cfg=cfg)
print u"""
source-file ~/.tmux.conf
set -g status-bg {bg}
set -g pane-active-border-fg {cbg}
set -g status-left '#[fg=colour235,bg=colour252,bold] ❐ #S #[fg=colour252,bg=colour238,nobold]#[fg=colour245,bg=colour238,bold] #(whoami) #[fg=colour238,bg={bg},nobold]'
set -g status-right '#[fg=colour238]#[fg=colour252,bg=colour238,nobold] #H #[fg=colour235,bg=colour252,bold] %c'
set -g window-status-format "#[fg={fg},bg={bg}] #I #W "
set -g window-status-current-format "#[fg={bg},bg={cbg}]#[fg={cfg},bg={cbg},noreverse,bold] #I #W #[fg={cbg},bg={bg},nobold]"
""".format(
fg=text_color,
bg=bg,
cbg=cbg,
cfg=cfg)
def getHexColor (t):
ratio = (float(t[0]) - LOWER_BOUND) / float(t[1]) # -24 gives us better range of colors (~room temp - max)
# Hue, Saturation, Lightness
rgb = colorsys.hls_to_rgb(*(colorsys.ONE_THIRD - colorsys.ONE_THIRD * ratio, SATURATION, LIGHTNESS))
# convert to hex values ''.join([str, str, str])
hexVals = [_strip_hex(str(hex(int(i * 255)))) for i in rgb]
return colortrans.rgb2short(''.join(hexVals))
def create_layers(dwg, layer_to_style):
if layer_to_style is None:
layer_to_style = {}
if 'default' not in layer_to_style:
layer_to_style['default'] = {'color': '#000000'}
for name, styles in layer_to_style.items():
layer = dwg.layers.create(name=name, dxfattribs={})
if 'color' in styles:
layer.set_color(colortrans.rgb2short(styles['color']))
def parse_exp(self, exp):
global mapperHandler
if exp.code in self.options.codes or exp.code in ["05", "06", "11", "29", "40", "41", "42"]:
return ""
if exp.code in ["22", "23", "24", "25", "31"]:
return exp.content
if exp.code == "10":
## 查看是否能拿到realm map坐标
match = pattern.match(exp.content)
if match and (len(ws_handlers) > 0):
# 向页面发送坐标
print '[realm map]send location ', match.group(2)+ ","+match.group(1)
ws_handlers[0].send(match.group(2)+ ","+match.group(1))
if exp.argu == "spec_battle" and self.options.enable_combat_plugin:
return "[10]" + exp.content.replace("\n", " ").strip() + "\r\n"
elif exp.argu == "spec_prompt":
return exp.content.strip() +"\r\n"
elif exp.content == "NoMapSupport":
return ""
else:
return exp.content.strip() +"\r\n"
if exp.code == "20" or exp.code == "21":
if not self.options.enable_color:
return exp.content
elif exp.argu:
rgb = exp.argu.zfill(6) if len(exp.argu) < 6 else exp.argu
# fix some invalid RGB color from server
if len(rgb) > 6:
rgb = ''.join(c for c in rgb if c.isdigit())
short, _ = colortrans.rgb2short(rgb)
return "\033[{}8;5;{}m{}\033[0m".format(3 if exp.code == "20" else 4, short, exp.content)
if exp.code == "99":
if exp.content.startswith("BAT_MAPPER;;REALM_MAP"):
return "Exited to realm map.\r\n"
elif exp.content.startswith("BAT_MAPPER;;"):
room = exp.content.split(";;")
### wind 201801, add code to send socket
if mapperHandler != None :
print "[mapper] send: " + ";;".join(room[1:]) + "@@\n"
mapperHandler.send(";;".join(room[1:]) + "@@\n")
return ""
## no need to return
#return "[-{}-]{}\r\n".format(exp.code, ";;".join(room[1:5] + [room[7]]))
return "[-{}-]{}\r\n".format(exp.code, exp.content)
def make_ansi_style(pallette):
style = {'NO_COLOR': '0'}
for name, t in BASE_COLORS.items():
closest = find_closest(t, pallette)
if len(closest) == 3:
closest = ''.join([a*2 for a in closest])
short = rgb2short(closest)[0]
style[name] = '38;5;' + short
style['BOLD_'+name] = '1;38;5;' + short
style['UNDERLINE_'+name] = '4;38;5;' + short
style['BOLD_UNDERLINE_'+name] = '1;4;38;5;' + short
style['BACKGROUND_'+name] = '48;5;' + short
return style
def view_list_issues(username: str, repos: str):
try:
g = c.get('GITHUB')
issues = g.get_user(username).get_repo(repos).get_issues()
for issue in issues:
state_icon = u':shit:'
if issue.state == 'open':
state = color_field('state_open', state_icon)
elif issue.state == 'closed':
state = color_field('state_closed', state_icon)
else:
state = default(state_icon)
title = color_field('title', issue.title)
if int(issue.comments) > 0:
comments = ':speech_balloon: {}'.format(issue.comments)
comments = color_field('comments', comments)
else:
comments = ''
number = color_field('number', '#{}'.format(issue.number))
created = color_field('created', issue.created_at)
user = color_field('user', issue.user.login)
if issue.assignee:
assignee = ':bow: {}'.format(issue.assignee.login)
assignee = color_field('assignee', assignee)
else:
assignee = ''
list_labels = []
for l in issue.labels:
term_color = rgb2short(l.color)[0]
text_color = get_contrast(l.color)
label = color_256(term_color, bg=True)(text_color(l.name))
list_labels.append(label)
labels = ' '.join(list_labels)
template = ('{state} {title} {labels} {assignee} {comments}\n'
' {number} opened {created} by {user}')
info = template.format(state=state, title=title, labels=labels,
comments=comments, number=number,
created=created, user=user,
assignee=assignee)
print(emoji.emojize(info), '\n')
except KeyError as err:
print(err)
except UnknownObjectException:
print('Can\'t get issues for {}/{}'.format(username, repos))
def my_issues(*args, **kwagrs):
g = c.get('GITHUB')
for issue in g.get_user().get_issues():
state_icon = u':shit:'
if issue.state == 'open':
state = color_field('state_open', state_icon)
elif issue.state == 'closed':
state = color_field('state_closed', state_icon)
else:
state = default(state_icon)
repos = color_field('repos', issue.repository.full_name)
title = color_field('title', issue.title)
if int(issue.comments) > 0:
comments = ':speech_balloon: {}'.format(issue.comments)
comments = color_field('comments', comments)
else:
comments = ''
number = color_field('number', '#{}'.format(issue.number))
created = color_field('created', issue.created_at)
user = color_field('user', issue.user.login)
list_labels = []
for l in issue.labels:
term_color = rgb2short(l.color)[0]
text_color = get_contrast(l.color)
label = color_256(term_color, bg=True)(text_color(l.name))
list_labels.append(label)
labels = ' '.join(list_labels)
template = ('{state} {repos} {title} {labels} {comments}\n'
' {number} opened {created} by {user}')
info = template.format(state=state, repos=repos, title=title,
comments=comments, number=number,
created=created, user=user, labels=labels)
print(emoji.emojize(info), '\n')
import sys
import os
import subprocess
import colortrans
f = open('list.txt', 'r+')
r = open('mylight_copy.vim', 'r+').read()
# target = open('output.txt', 'w')
# target = open('output.txt', 'w')
for line in f:
# r = open('mylight_copy.vim', 'r+').read()
s = colortrans.rgb2short(line)
# r = r.replace(str('#' + s[1]).upper(), str(s[0]))
# r = r.replace(str('#' + s[1]).lower(), str(s[0]))
print s
# target.write(r)
# target.close()
# target.write(r)
# print s[1].upper()
# out_file = open(outp, "w")
# sub = subprocess.call(['sed', 's/\"//g', inp], stdout=out_file )
#
# import sys
# import os
# import subprocess
#
# files = os.listdir(sys.argv[1])
def hex2bash(self, hex_color):
return colortrans.rgb2short(hex_color)
def hex2bash(self, hex_color):
return colortrans.rgb2short(hex_color)
import json
import os
home = os.environ['HOME']
# open the current config.json and potentially overwrite the right values
colorjsonfile = '{}/.config/powerline/colors.json'.format(home)
with open(colorjsonfile) as pywaljsonfile:
pywaljson = json.load(pywaljsonfile)
# read the pywal cache file
pywalcolors = open('{}/.cache/wal/colors'.format(home), "r")
i = 0
for row in pywalcolors:
# clean up the color
colorstring = row.strip()
# remove the hashtag
colorstring = colorstring.lstrip('#')
# convert it to short
colorshort = colortrans.rgb2short(colorstring)[0]
# print the color
print(colorshort)
# overwrite the setting in the json file
colorname = 'pywal'+str(i)
pywaljson['colors'][colorname] = int(colorshort)
i = i+1
# write the json object back to the file
with open(colorjsonfile, 'w') as outfile:
json.dump(pywaljson, outfile)