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The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

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# Auzia-conky
Auzia is a conky theme that displays system resources usage in rings.
## Screenshots
### For dark themes
##### monochrome dark
![monochrome dark](.github/monochrome_dark.jpg)
##### blue dark
![blue dark](.github/blue_dark.jpg)
***
### For light themes
##### monochrome light
![monochrome light](.github/monochrome_light.jpg)
##### blue light
![blue light](.github/blue_light.jpg)
More colors schemes are available. Choose a color from the `settings.lua` file and restart conky to take effect.
***
## Download and Launch Auzia
```sh
git clone https://www.github.com/SZinedine/auzia-conky
cd auzia-conky
conky -c conkyrc
```
Edit `settings.lua` to choose your network interface, Internet speed and other settings.
***
## Dependencies
- Conky 1.10+
- cairo
- imlib2

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----------------------------------
-- Author: Zineddine SAIBI
-- Software: Namoudaj Conky
-- Type: Template for Conky
-- Version: 0.4
-- License: GPL-3.0
-- Repository: https://www.github.com/SZinedine/namoudaj-conky
----------------------------------
require("cairo")
require("imlib2")
require("settings")
function image(x, y, file)
if file == nil then return end
local show = imlib_load_image(file)
if show == nil then return end
imlib_context_set_image(show)
imlib_render_image_on_drawable(x, y)
imlib_free_image()
show = nil
end
function line(startx, starty, endx, endy, thick, color, alpha)
cairo_set_line_width (cr, thick)
cairo_set_line_cap (cr, CAIRO_LINE_CAP_BUTT)
cairo_set_source_rgba (cr, color_convert(color, alpha))
cairo_move_to (cr, startx, starty)
cairo_line_to (cr, endx, endy)
cairo_stroke (cr)
end
function ring_clockwise(x, y, radius, thickness, angle_begin, angle_end, value_str, max_value, fg_color)
local value = tonumber(value_str)
if value > max_value then value = max_value end
angle_begin = angle_begin * (2 * math.pi / 360) - (math.pi / 2)
angle_end = angle_end * (2 * math.pi / 360) - (math.pi / 2)
local progress = (value / max_value) * (angle_end - angle_begin)
cairo_set_line_width (cr, thickness)
cairo_set_source_rgba (cr, color_convert(colors.bg, colors.bg_alpha))
cairo_arc (cr, x, y, radius, angle_begin, angle_end)
cairo_stroke (cr)
cairo_set_line_width (cr, thickness)
cairo_set_source_rgba (cr, color_convert(fg_color, colors.fg_alpha))
cairo_arc(cr, x, y, radius, angle_begin, angle_begin + progress)
cairo_stroke (cr)
end
function ring_anticlockwise(x, y, radius, thickness, angle_begin, angle_end, value_str, max_value, fg_color)
local value = tonumber(value_str)
if value > max_value then value = max_value end
angle_begin = angle_begin * (2 * math.pi / 360) - (math.pi / 2)
angle_end = angle_end * (2 * math.pi / 360) - (math.pi / 2)
local progress = (value / max_value) * (angle_end - angle_begin)
cairo_set_line_width (cr, thickness)
cairo_set_source_rgba (cr, color_convert(colors.bg, colors.bg_alpha))
cairo_arc_negative (cr, x, y, radius, angle_begin, angle_end)
cairo_stroke (cr)
cairo_set_line_width (cr, thickness)
cairo_set_source_rgba (cr, color_convert(fg_color, colors.fg_alpha))
cairo_arc_negative (cr, x, y, radius, angle_begin, angle_begin + progress)
cairo_stroke (cr)
end
function rectangle_leftright(x, y, len, thick, value_str, max_value, color)
local value = tonumber(value_str)
if value > max_value then value = max_value end
cairo_set_source_rgba(cr, color_convert(colors.bg, colors.bg_alpha))
cairo_rectangle(cr, x, y, len, thick)
cairo_fill(cr)
local progress = (len / max_value) * value
cairo_set_source_rgba(cr, color_convert(color, colors.fg_alpha))
cairo_rectangle(cr, x, y, progress, thick)
cairo_fill(cr)
end
function rectangle_rightleft(x, y, len, thick, value_str, max_value, color)
rectangle_leftright(x, y, -len, thick, value_str, max_value, color)
end
function rectangle_bottomup(x, y, len, thick, value_str, max_value, color)
local value = tonumber(value_str)
if value > max_value then value = max_value end
cairo_set_source_rgba(cr, color_convert(colors.bg, colors.bg_alpha))
cairo_rectangle(cr, x, y, thick, -len)
cairo_fill(cr)
cairo_set_source_rgba(cr, color_convert(color, colors.fg_alpha))
local progress = (len / max_value) * value
cairo_rectangle(cr, x, y, thick, -progress)
cairo_fill(cr)
end
function rectangle_upbottom(x, y, len, thick, value_str, max_value, color)
rectangle_bottomup(x, y, -len, thick, value_str, max_value, color)
end
function write(x, y, text, font_size, color)
_write_(x, y, text, main_font, font_size, color, 1, CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL)
end
function write_bold(x, y, text, font_size, color)
-- convinience function to write in bold font
_write_(x, y, text, main_font, font_size, color, 1, CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_BOLD)
end
function _write_(x, y, text, font_name, font_size, color, alpha, font_slant, font_face)
cairo_select_font_face (cr, font_name, font_slant, font_face);
cairo_set_font_size (cr, font_size)
cairo_set_source_rgba (cr, color_convert(color, alpha))
cairo_move_to (cr, x, y)
cairo_show_text (cr, text)
cairo_stroke (cr)
end
-- return a process according to its CPU consumption
function getProcessN(n)
local name = parse("top name " .. n)
local value = parse("top cpu " .. n)
return name .. value .. "%"
end
-- return a process according to its memory consumption
function getMemoryN(n)
local name = parse("top_mem name " .. n)
local value = parse("top_mem mem_res " .. n)
return name .. value
end
function write_list_proccesses_cpu(x, y, interval, nb_todisplay, font_size, color)
local array = {}
for i = 1, nb_todisplay do
table.insert(array, getProcessN(i))
end
write_line_by_line(x, y, interval, array, color, font_size, false)
end
-- convenience function to write a list of running processes
function write_list_proccesses_mem(x, y, interval, nb_todisplay, font_size, color)
local array = {}
for i = 1, nb_todisplay do
table.insert(array, getMemoryN(i))
end
write_line_by_line(x, y, interval, array, color, font_size, false)
end
-- write text in multiple lines.
-- the text is contained in `content_array` where each entry is a line separated with `interval`
function write_line_by_line(x, y, interval, content_array, color, font_size, bold)
if bold == nil then bold = false end
local yy = y
for i in pairs(content_array) do
if bold then write_bold(x, yy, content_array[i], font_size, color)
else write(x, yy, content_array[i], font_size, color)
end
yy = yy + interval
end
end
-- convinience function
function parse(str)
return conky_parse(string.format("${%s}", str))
end
-- return a color according to the provided value (threshold)
-- the colors are defined in "settings.lua"
function color_frompercent(percent)
local perc = tonumber(percent)
if perc > threshold_critical then return colors.critic
elseif perc > threshold_warning then return colors.warn
else return colors.fg
end
end
-- used for battery rate or other decreasing values
-- for example, change the color when the battery is low
function color_frompercent_reverse(percent)
local perc = tonumber(percent)
if perc < battery_threshold_critical then return colors.critic
elseif perc < battery_threshold_warning then return colors.warn
else return colors.fg
end
end
function color_convert(colour, alpha)
-- input hexadecimal color code, returns its corresponding RGB+Alpha representation
return ((colour / 0x10000) % 0x100) / 255., ((colour / 0x100) % 0x100) / 255., (colour % 0x100) / 255., alpha
end
-- Variable definitions to avoir repeating the same string concatenations
local _download_speed = "downspeed " .. net_interface
local _download_speed_kb = "downspeedf " .. net_interface
local _download_total = "totaldown " .. net_interface
local _upload_speed = "upspeed " .. net_interface
local _upload_speed_kb = "upspeedf " .. net_interface
local _upload_total = "totalup " .. net_interface
local _ssid = "wireless_essid " .. net_interface
local _wifi_signal = "wireless_link_qual_perc " .. net_interface
local _local_ip = "addr " .. net_interface
-- functions to fetch some important system info
-- for other variables, see: <http://conky.sourceforge.net/variables.html>
function updates() return parse("updates") end
function kernel() return parse("kernel") end -- ex: 5.10.32-1-lts
function system_name() return parse("sysname") end -- ex: Linux
function arch() return parse("machine") end -- ex: x86_64
function desktops() return parse("desktop_number") end -- total number of desktops
function desktop() return parse("desktop") end -- ex: 3 (current desktop)
function desktop_name() return parse("desktop_name") end -- ex: Desktop 3
function username() return parse("user_names") end
function running_threads() return parse("running_threads") end
function memory() return parse("mem") end
function memory_percent() return parse("memperc") end
function memory_max() return parse("memmax") end
function memory_cached() return parse("cached") end
function memory_buffers() return parse("buffers") end
function swap() return parse("swap") end
function swap_max() return parse("swapmax") end
function swap_percent() return parse("swapperc") end
function download_speed() return parse(_download_speed) end -- ex: 930B or 3kb
function download_speed_kb() return parse(_download_speed_kb) end -- ex: 0.9 or 3.0
function download_total() return parse(_download_total) end
function upload_speed() return parse(_upload_speed) end -- ex: 930B or 3kb
function upload_speed_kb() return parse(_upload_speed_kb) end -- ex: 0.9 or 3.0
function upload_total() return parse(_upload_total) end
function ssid() return parse(_ssid) end
function wifi_signal() return parse(_wifi_signal) end -- value in %
function local_ip() return parse(_local_ip) end
function uptime() return parse("uptime") end -- ex: 2d 13h 40m
function uptime_short() return parse("uptime_short") end -- ex: 2d 13h
function time_hrmin() return parse("time %R") end -- ex: 15:40
function time_hrminsec() return parse("time %T") end -- ex: 15:30:25
function time_hr12minsec() return parse("time %R") end -- ex: 03:30:25 PM
function time_hour24() return parse("time %H") end -- ex: 15
function time_hour12() return parse("time %I") end -- ex: 3
function time_minute() return parse("time %M") end -- ex: 30
function time_second() return parse("time %S") end -- ex: 25
function time_am_pm_upper() return parse("time %p") end -- ex: PM
function time_am_pm_lower() return parse("time %P") end -- ex: pm
function time_day() return parse("time %A") end -- ex: saturday
function time_day_short() return parse("time %a") end -- ex: sat
function time_day_number() return parse("time %d") end -- ex: 1
function time_month() return parse("time %H") end -- ex: january
function time_month_short() return parse("time %h") end -- ex: jan
function time_month_number() return parse("time %m") end -- ex: 1
function time_year() return parse("time %Y") end -- ex: 2021
function time_year_short() return parse("time %y") end -- ex: 21
function utime() return parse("utime") end -- UCT time -- ex: 2021-05-29 17:31:01
function diskio(device) return parse("diskio " .. device) end -- device ex: /dev/sda
function diskio_read(device) return parse("diskio_read " .. device) end
function diskio_write(device) return parse("diskio_write " .. device) end
function cpu_temperature() return parse("acpitemp") end -- temperature in C°
function cpu_temperature_sensors() -- this function uses the command 'sensors' to obtain the cpu temperature
local file = io.popen("sensors | awk '/CPU: / {printf substr($2,2,2)}' 2> /dev/null")
if not file then
io.stderr:write("Error while executing a command containing 'sensors' and 'awk'. Defaulting to cpu_temperature()\n")
return cpu_temperature()
end
local result = file:read("*a")
file:close()
if tonumber(result) == nil then
io.stderr:write("Error. Invalid result from 'sensors'. Defaulting to cpu_temperature()\n")
return cpu_temperature()
end
return result
end
function cpu_percent(n)
if n == nil or n == 0 or n == "" then return parse("cpu") end
if n > 0 and n <= 32 then return parse("cpu cpu" .. n)
else return nil end
end
function fs_used(fs)
if fs == nil then return nil
else return parse("fs_used " .. fs)
end
end
function fs_used_perc(fs)
if fs == nil then return nil
else return parse("fs_used_perc " .. fs)
end
end
function fs_size(fs)
if fs == nil then return nil
else return parse("fs_size " .. fs)
end
end
function fs_free_perc(fs)
if fs == nil then return nil
else return parse("fs_free_perc " .. fs)
end
end
function fs_free(fs)
if fs == nil then return nil
else return parse("fs_free " .. fs)
end
end
public_ip = nil -- variable that will hold the IP adress
function get_public_ip() return public_ip end
function set_public_ip(ip)
if not ip then public_ip = "No Address"
else public_ip = tostring(ip)
end
end
--[[
Don't call this function every seconde because it is slow and public IP doesn't change much anyway.
Warning: if your internet connection is disfunctioning, this function may prevent the whole conky from launching
]]
function update_public_ip()
if not use_public_ip then
print("Warning: Turn on the variable use_public_ip (set it to true) in settings.lua before calling the function update_public_ip()")
public_ip = nil
end
-- fetch IP from the internet. other websites: "ifconfig.me/ip", "ident.me", "api.ipify.org"
local file = io.popen("curl -s http://ipinfo.io/ip")
if not file then
set_public_ip(nil)
return nil
end
local output = file:read("*a")
file:close()
if output == nil or output == "" or string.len(output) > 15 then
set_public_ip(nil)
return nil
end
set_public_ip(output)
return output
end
--[[
The following will define multiple variables and functions according to the machine where it is ran
the default value is a nil, so it is necessary to check in case you want to use the second battery.
]]
has_battery = nil -- boolean
has_second_battery = nil -- boolean
battery1_percent = nil -- function for the first battery. nil if it doesn't exist
battery2_percent = nil -- function for the second battery if it exists. nil if it doesn't
battery_percent = nil -- function that returns the value of the battery. adapts to single or double batteries. nil if no battery
battery1_index = nil -- index of the first battery. nil if there is no battery. This is the number that follows 'BAT' ex: 'BAT0'
battery2_index = nil -- index of the second battery. nil if there is no battery or no second battery
discharging_battery = function() return false end -- check if the battery is discharging or not
initialized_battery = false -- check if the function `init_battery()` has already been called
local called_init_battery_once = false -- sometimes, conky doesn't detect the battery the first time we require it.
--[[
check if there is a battery or multiple batteries
define the functions that return battery values
define discharging_battery() according to the number of batteries
NOTE: before calling this function, first check if the variable `initialized_battery` is false.
]]
function init_battery()
if not called_init_battery_once then
called_init_battery_once = true
else
initialized_battery = true
end
local bat_indexes = {}
local size = 0 -- how many batteries found
-- determine how many batteries by calling them (even if it will print out error messages)
local bt0 = parse("battery_percent BAT0")
local bt1 = parse("battery_percent BAT1")
local bt2 = parse("battery_percent BAT2")
if bt0 ~= nil and bt0 ~= "0" then
table.insert(bat_indexes, 0)
size = size + 1
end
if bt1 ~= nil and bt1 ~= "0" then
table.insert(bat_indexes, 1)
size = size + 1
end
if bt2 ~= nil and bt2 ~= "0" then
table.insert(bat_indexes, 2)
size = size + 1
end
if size == 0 then
has_battery = false
has_second_battery = false
elseif size >= 1 then
has_battery = true
battery1_index = bat_indexes[1]
battery1_percent = function () return parse("battery_percent BAT" .. bat_indexes[1]) end
if size == 1 then
battery_percent = function() return tonumber(battery1_percent()) end
discharging_battery = function() return string.match(parse("battery BAT" .. battery1_index), "discharging") end
end
if size >= 2 then
has_second_battery = true
battery2_index = bat_indexes[2]
battery2_percent = function()
return parse("battery_percent BAT" .. bat_indexes[2])
end
battery_percent = function()
local b0 = tonumber(battery1_percent())
local b1 = tonumber(battery2_percent())
return math.floor((b0 + b1)/2)
end
discharging_battery = function()
if string.match(parse("battery BAT" .. battery1_index), "discharging") then return true end
if string.match(parse("battery BAT" .. battery2_index), "discharging") then return true end
return false
end
end
end
end

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local dark_text_color = 0xD1CDD5
local light_text_color = 0x1D1D1D
local dark_or_light = "dark" -- dark / light
function build_color(bg, fg, text, warn, critic, bg_alpha, fg_alpha)
return {
bg = bg,
fg = fg,
text = text,
warn = warn or 0xFF9000,
critic = critic or 0xFF0000,
bg_alpha = bg_alpha or 0.2,
fg_alpha = fg_alpha or 0.8,
}
end
C = {
blue = {
dark = build_color(0xA6A6A6, 0x5594FF, dark_text_color),
light = build_color(0x252525, 0x151515, light_text_color),
},
deepblue = {
dark = build_color(0xA6A6A6, 0x0000a8, 0x55ffff, nil, nil, 0.1),
light = build_color(0x180047, 0x00008B, 0x180047, nil, nil, 0.1),
},
green = {
dark = build_color(0xA6A6A6, 0x00ff00, dark_text_color),
light = build_color(0x252525, 0x00ff00, light_text_color),
},
emerald = {
dark = build_color(0xD3FACD, 0x539950, 0xD3FACD, nil, nil, 0.1),
light = build_color(0x8bff85, 0x3f753d, 0x1a3019, nil, nil, 0.1),
},
yellow = {
dark = build_color(0xA6A6A6, 0xfafa37, dark_text_color),
light = build_color(0x252525, 0xfdff00, light_text_color),
},
purple = {
dark = build_color(0xA6A6A6, 0xbc00bc, dark_text_color),
light = build_color(0x252525, 0x800080, light_text_color),
},
violet = {
dark = build_color(0xA6A6A6, 0x7028E5, dark_text_color),
light = build_color(0x252525, 0x5329AE, light_text_color),
},
crimson = {
dark = build_color(0xA6A6A6, 0xdc143c, dark_text_color),
light = build_color(0x252525, 0xd11339, light_text_color),
},
orange = {
dark = build_color(0xA6A6A6, 0xffa500, dark_text_color, 0xff4f00),
light = build_color(0x252525, 0xffa500, light_text_color, 0xff4f00),
},
maroon = {
dark = build_color(0xA6A6A6, 0xae0000, dark_text_color),
light = build_color(0x252525, 0x940000, light_text_color),
},
pink = {
dark = build_color(0xffccdd, 0xff3377, 0xffccdd),
light = build_color(0xffccdd, 0xff3377, 0xff0055),
},
cyan = {
dark = build_color(0xA6A6A6, 0x48FFE7, dark_text_color),
light = build_color(0x252525, 0x00C9AF, light_text_color),
},
aquamarine = {
dark = build_color(0xA6A6A6, 0x76EDC3, dark_text_color),
light = build_color(0x252525, 0x64C8A5, light_text_color),
},
monochrome = {
dark = build_color(0x484848, 0xDEDEDE, 0xDEDEDE, 0xFF0000, 0xDEDEDE),
light = build_color(0x252525, 0x151515, 0x151515, 0xFF0000, 0x1D1D1D)
},
gruvbox = {
dark = build_color(0x282828, 0xEBDBB2, 0xFBF1C7, 0xFE8019, 0xCC241D),
light = build_color(0xFBF1C7, 0x3C3836, 0x282828, 0xD65D0E, 0xCC241D),
},
contrast = {
dark = build_color(0x000000, 0xffffff, 0xffffff, 0xf36910, 0xFF0000, 0.5, 1),
light = build_color(0xffffff, 0x000000, 0x000000, 0xf36910, 0xFF0000, 0.3, 1)
},
}
function choose_random_theme()
dark_themes = dark_themes or {}
light_themes = dark_themes or {}
if #dark_themes == 0 and #light_themes == 0 then
for _, v in pairs(C) do
for kk, vv in pairs(v) do
if kk == "dark" then
dark_themes[#dark_themes + 1] = vv
elseif kk == "light" then
light_themes[#dark_themes + 1] = vv
end
end
end
end
if dark_or_light == "dark" then
return dark_themes[math.random(#dark_themes)]
end
return light_themes[math.random(#light_themes)]
end
function get_color_table(theme)
if type(theme) ~= "string" then
io.stderr:write("No theme provided. Defaulting to blue dark")
return C.blue.dark
end
theme = string.lower(theme)
if string.find(theme, "light") then
dark_or_light = "light"
else
dark_or_light = "dark"
end
if theme == "monochrome dark" then
return C.monochrome.dark
elseif theme == "monochrome light" then
return C.monochrome.light
elseif theme == "blue dark" then
return C.blue.dark
elseif theme == "blue light" then
return C.blue.light
elseif theme == "deepblue dark" then
return C.deepblue.dark
elseif theme == "deepblue light" then
return C.deepblue.light
elseif theme == "green dark" then
return C.green.dark
elseif theme == "green light" then
return C.green.light
elseif theme == "emerald dark" then
return C.emerald.dark
elseif theme == "emerald light" then
return C.emerald.light
elseif theme == "yellow dark" then
return C.yellow.dark
elseif theme == "yellow light" then
return C.yellow.light
elseif theme == "purple dark" then
return C.purple.dark
elseif theme == "purple light" then
return C.purple.light
elseif theme == "violet dark" then
return C.violet.dark
elseif theme == "violet light" then
return C.violet.light
elseif theme == "crimson dark" then
return C.crimson.dark
elseif theme == "crimson light" then
return C.crimson.light
elseif theme == "orange dark" then
return C.orange.dark
elseif theme == "orange light" then
return C.orange.light
elseif theme == "maroon dark" then
return C.maroon.dark
elseif theme == "maroon light" then
return C.maroon.light
elseif theme == "pink dark" then
return C.pink.dark
elseif theme == "pink light" then
return C.pink.light
elseif theme == "cyan dark" then
return C.cyan.dark
elseif theme == "cyan light" then
return C.cyan.light
elseif theme == "aquamarine dark" then
return C.aquamarine.dark
elseif theme == "aquamarine light" then
return C.aquamarine.light
elseif theme == "gruvbox dark" then
return C.gruvbox.dark
elseif theme == "gruvbox light" then
return C.gruvbox.light
elseif theme == "contrast dark" then
return C.contrast.dark
elseif theme == "contrast light" then
return C.contrast.light
else
io.stderr:write("ERROR. the provided theme does not exist. Defaulting to 'blue dark")
return C.blue.dark
end
end

25
conkyrc Normal file
View File

@ -0,0 +1,25 @@
conky.config = {
minimum_height = 720,
minimum_width = 1240,
gap_y = 40,
gap_x = 2,
alignment = 'middle_middle',
lua_load = "settings.lua start.lua",
lua_draw_hook_pre = "main",
text_buffer_size = 2048,
double_buffer = true,
background = true,
update_interval = 1,
own_window = true,
own_window_class = 'Conky',
own_window_type = 'normal',
own_window_transparent = true,
own_window_hints = 'undecorated,sticky,skip_taskbar,skip_pager,below',
own_window_argb_visual = true,
own_window_argb_value = 0,
use_xft = true,
override_utf8_locale = true,
}
conky.text = [[]]

792
rc/gauge.lua Normal file
View File

@ -0,0 +1,792 @@
local S = {
mem = {
x = 1020,
y = 200,
radius = 160,
text = {
indicators = { x = 950, y = 40 },
process_title = { x = 930, y = 150 },
processes = { x = 945, y = 170 },
ring_title = { x = 990, y = 320 },
}
},
battery = {
x = 610,
y = -900,
radius = 1600,
width = 3,
begin = -160,
end_ = -200,
text = {
perc = { x = 1160, y = 608 },
title = { x = 570, y = 720 },
},
},
clock = {
x = 600,
y = 300,
width = 10,
radius = 140,
font_height = 110,
font_m = 84,
hr = { x = 510, y = 290 },
mn = { x = 590, y = 380 },
dt = { x = 550, y = 310 },
ut = { x = 550, y = 410 },
},
disk = {
x = 840,
y = 500,
radius = 120,
thickness = 18,
begin_angle = 20,
end_angle = -260,
text = {
}
},
net = {
x = 360,
y = 500,
width = 10,
radius = 120,
begin_angle = 0,
end_angle = 320,
indicators = {
down = {x = 295, y = 385},
up = {x = 295, y = 405},
},
total = {
down = {x = 360, y = 510},
up = {x = 360, y = 490},
},
list = {x = 10, y = 440},
},
cpu = {
x = 200,
y = 200,
begin_angle = 0,
end_angle = -260,
cores = {
_0cores = { -- display only total cpu usage
total = {
number = 0,
radius = 130,
thickness = 35,
max_value = 100,
begin_angle = 0,
end_angle = -260,
text = {
x = 205,
y = 75,
post_particle = "%"
}
},
temperature = {
number = -1,
radius = 163,
thickness = 10,
max_value = 95,
begin_angle = 45,
end_angle = -300,
text = {
x = 315,
y = 110,
post_particle = "°C"
}
},
},
_2cores = {
core1 = {
number = 1,
radius = 123,
thickness = 24,
max_value = 100,
begin_angle = 0,
end_angle = -260,
text = {
x = 205,
y = 80,
post_particle = "%"
}
},
core2 = {
number = 2,
radius = 150,
thickness = 26,
max_value = 100,
begin_angle = 0,
end_angle = -260,
text = {
x = 205,
y = 55,
post_particle = "%"
}
},
total = {
number = 0,
radius = 171,
thickness = 10,
max_value = 100,
begin_angle = 0,
end_angle = -260,
text = nil
},
temperature = {
number = -1,
radius = 183,
thickness = 3,
max_value = 95,
begin_angle = 45,
end_angle = -300,
text = {
x = 330,
y = 90,
post_particle = "°C"
}
},
},
_4cores = {
core1 = {
number = 1,
radius = 103,
thickness = 15,
max_value = 100,
begin_angle = 0,
end_angle = -260,
text = {
x = 205,
y = 100,
post_particle = "%"
}