Forum

# Use Xft?
use_xft yes
xftfont GE Inspira:size=10
xftalpha 0.8
text_buffer_size 2048
uppercase no
 
# Update interval in seconds
update_interval 1
 
# This is the number of times Conky will update before quitting.
# Set to zero to run forever.
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# Create own window instead of using desktop (required in nautilus)
own_window yes
own_window_transparent yes
own_window_type normal
own_window_hints undecorated,below,skip_taskbar,skip_pager
#own_window_argb_visual yes
#own_window_argb_value 255
 
# Use double buffering (reduces flicker, may not work for everyone)
double_buffer yes
 
minimum_size 282
 
# Draw shades?
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# Draw outlines?
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# Draw borders around text
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# Stippled borders?
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# border margins
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#border_outer_margin 0
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# border width
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# Text alignment, other possible values are commented
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alignment top_right
#alignment bottom_left
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# same thing as passing -x at command line
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#    Open Sans Light             fonts
#    Droid Sans
 
 
imlib_cache_size 0
 
color1 323232
color2 323232
color3 000000
color4 6b6b6b
color5 6db9d5
color6 000000
color7 000000
 
TEXT
 
${image ~/.conky/conkyeos/icons/background.png -p 0,0 -s 287x600}${image ~/.conky/conkyeos/icons/box.png -p 10,208 -s 267x64}${execi 600 bash $HOME/1_accuweather/1_accuweather -f2016 -h2016}
${voffset -20}${color1}${alignc}[${time %A,}${time %H:%M:%S}]${image ~/.conky/conkyeos/icons/fav-color.png -p 1,20 -s 285x185}
${alignc 60}${font Relaway:size=30}${time %d %B %Y}$font
${image ~/1_accuweather/forecast_2016/forecast_0.png -p 20,52 -s 80x80}
${voffset 12}${color1}${font GE Inspira:size=42}${alignr 10}${execi 90 sed -n '2p' $HOME/1_accuweather/curr_cond}°${font}
   ${color1}${alignc}${execi 90 sed -n '4p' $HOME/1_accuweather/curr_cond}
   ${image ~/.conky/conkyeos/icons/wind.png -p 10,136 -s 16x16}${alignc}${color1}${execi 90 sed -n '5p' $HOME/1_accuweather/curr_cond} à ${execi 90 sed -n '6p' $HOME/1_accuweather/curr_cond}${color5}
   ${image ~/.conky/conkyeos/icons/humidity.png -p 10,146 -s 16x16}${color1}${alignc}${execi 90 sed -n '7p' $HOME/1_accuweather/curr_cond}
   ${image ~/.conky/conkyeos/icons/pressure.png -p 10,160 -s 16x16}${color1}${alignc}${execi 90 sed -n '8p' $HOME/1_accuweather/curr_cond}
${image ~/.conky/conkyeos/icons/sunrise.png -p 10,174 -s 16x16}${color1}${goto 80}De ${execi 90 sed -n '14p' $HOME/1_accuweather/curr_cond} à ${execi 90 sed -n '15p' $HOME/1_accuweather/curr_cond} durée ${execi 90 sed -n '16p' $HOME/1_accuweather/curr_cond}
${image ~/.conky/conkyeos/icons/sunset.png -p 10,188 -s 16x16}${color1} ${goto 80}De ${execi 90 sed -n '18p' $HOME/1_accuweather/curr_cond} à ${execi 90 sed -n '19p' $HOME/1_accuweather/curr_cond} durée ${execi 90 sed -n '20p' $HOME/1_accuweather/curr_cond}${voffset 4}
${color1}${voffset 4}${goto 20}${execi 90 sed -n '8p' $HOME/1_accuweather/first_days}° ${goto 120}${execi 90 sed -n '13p' $HOME/1_accuweather/first_days}° ${goto 220}${execi 90 sed -n '18p' $HOME/1_accuweather/first_days}°
${image ~/1_accuweather/forecast_2016/forecast_2.png -p  20,228 -s 35x35}
${image ~/1_accuweather/forecast_2016/forecast_3.png -p 120,228 -s 35x35}
${image ~/1_accuweather/forecast_2016/forecast_4.png -p 220,228 -s 35x35}
${voffset -4}${color4}${goto 60}${execi 90 sed -n '9p' $HOME/1_accuweather/first_days}° ${goto 160}${execi 90 sed -n '14p' $HOME/1_accuweather/first_days}°${goto 260}${execi 90 sed -n '19p' $HOME/1_accuweather/first_days}°
${goto 30}${color1}${execi 3600 echo `date --date="1 day" | awk '{print $1}' | cut -c1-3`}${goto 130}${execi 3600 echo `date --date="2 day" | awk '{print $1}' | cut -c1-3`} ${goto 230}${execi 3600 echo `date --date="3 day" | awk '{print $1}' | cut -c1-3`}
${image ~/.conky/conkyeos/icons/bg-3.png -p 1,286 -s 285x2}
${if_existing /proc/net/route wlp2s0}${image ~/.conky/conkyeos/icons/online.png -p 120,295 -s 43x18}${else}${image ~/.conky/conkyeos/icons/offline.png -p 120,295 -s 43x18}${endif}
${voffset -12}${font Droid Sans:pixelsize=9}${goto 14}${color1}Signal: ${wireless_link_qual_perc wlp2s0} % 
${goto 14}${color1}Sortant:${color3} ${upspeed wlp2s0}${color1}${alignr}${goto 190}${color1}Entrant: ${color3}${downspeed wlp2s0}${color1}
${goto 14}${upspeedgraph wlp2s0 50,120 6db9d5 6db9d5}${alignr}${goto 160}${downspeedgraph wlp2s0 50,120 6db9d5 6db9d5}
${goto 14}${color1}Envoyé:${color1} ${color2}${totalup wlp2s0}${color1}${alignr}${goto 190}${color1}Reçu:${color1} ${color2}${totaldown wlp2s0}${color}1
${image ~/.conky/conkyeos/icons/bg-3.png -p 1,392 -s 285x2}
${goto 14}${color5}${font Droid Sans:pixelsize=9}CPU 1: ${color1}${alignc}${freq_g 0} ${color1}Ghz ${color2}${alignr}${goto 254}${cpu cpu0}${color1}%
${goto 14}${color5}${font Droid Sans:pixelsize=9}CPU 2: ${color1}${alignc}${freq_g 1} ${color1}Ghz ${color2}${alignr}${goto 254}${cpu cpu1}${color1}%
${goto 14}${color5}${font Droid Sans:pixelsize=9}CPU 3: ${color1}${alignc}${freq_g 2} ${color1}Ghz ${color2}${alignr}${goto 254}${cpu cpu2}${color1}%
${goto 14}${color5}${font Droid Sans:pixelsize=9}CPU 4: ${color1}${alignc}${freq_g 3} ${color1}Ghz ${color2}${alignr}${goto 254}${cpu cpu3}${color1}%
${goto 14}${color5}Températures : ${color1} CPU ${exec expr `cat /sys/class/hwmon/hwmon2/temp1_input` / 1000}°C    Carte: ${hwmon 0 temp 1} °C    Disque${execi 120 hddtemp -n /dev/sda} °C 
${goto 14}${alignr}${goto 14}${loadgraph 50,266 6db9d5 6db9d5 -l}
${goto 14}${color5}${font Droid Sans:pixelsize=9}RAM: ${color1}${alignc 10}${mem}
${goto 14}${color5}${font Droid Sans:pixelsize=9}TOTAL: ${color1}${alignc 10}${memmax}
${image ~/.conky/conkyeos/icons/bg-3.png -p 1,532 -s 285x2}
${goto 14}${color1}${font Droid Sans:pixelsize=9}${color5}${top_mem name 1}${color1}${alignc -10}${top_mem mem_res 1}${color2}${alignr}${goto 234}${top_mem mem 1}${color1} %
${goto 14}${color1}${font Droid Sans:pixelsize=9}${color5}${top_mem name 2}${color1}${alignc -10}${top_mem mem_res 2}${color2}${alignr}${goto 234}${top_mem mem 2}${color1} %
${goto 14}${color1}${font Droid Sans:pixelsize=9}${color5}${top_mem name 3}${color1}${alignc -10}${top_mem mem_res 3}${color2}${alignr}${goto 234}${top_mem mem 3}${color1} %
${goto 14}${color1}${font Droid Sans:pixelsize=9}${color5}${top_mem name 4}${color1}${alignc -10}${top_mem mem_res 4}${color2}${alignr}${goto 234}${top_mem mem 4}${color1} %
${goto 14}${color1}${font Droid Sans:pixelsize=9}${color5}${top_mem name 5}${color1}${alignc -10}${top_mem mem_res 5}${color2}${alignr}${goto 234}${top_mem mem 5}${color1} %
 
 

background no
use_xft yes
xftfont URW Chancery L:style=Bold:size=10
xftalpha 1
update_interval 1
total_run_times 0
own_window yes
own_window_transparent yes
own_window_argb_visual yes
own_window_type normal
own_window_hints undecorated,below,skip_taskbar,skip_pager
double_buffer yes
minimum_size 380 310
maximum_width 380
text_buffer_size 2048
draw_shades no
draw_outline no
draw_borders no
border_width 1
draw_graph_borders no
default_outline_color cacaca
alignment top_right
gap_x 5
gap_y 100
no_buffers yes
uppercase no
cpu_avg_samples 2
override_utf8_locale yes
#
color1                ffff00
lua_load ~/.conky/v11/conky/soleil.lua
lua_draw_hook_pre draw_fig
default_color 8b8b8b
 
lua_load ~/.conky/lua/image.lua
TEXT
${lua fDrawImage /home/loutch/.conky/v11/conky/terre.png 170 170 60 64 0}
 

--sun position lua script by mrpeachy 2010 version 2 includes moon position
--############################################################
--############################################################
--input latitude
--for northern hemisphere enter positive
--for southern hemisphere enter negative
latitude=-49.1
longitude=7.06
--input hemisphere
--for northern enter 1
--for southern enter 2
hemisphere=2
--daylight saving? 1=yes, 0=no
dst=0
--position - this is the point where the N-S line crosses the horizon line
--the .5 helps make lines look sharper
across=200.5
down=200.5
--############################################################
--############################################################
require 'cairo'
function cos(x)
a=math.cos(math.rad(x))
return a
end
function sin(x)
a=math.sin(math.rad(x))
return a
end
function tan(x)
a=math.tan(math.rad(x))
return a
end
function addzero10(num)
if tonumber(num) < 10 then
return "0" .. num
else
return num
end
end
function round(val, decimal)
  if (decimal) then
    return math.floor( (val * 10^decimal) + 0.5) / (10^decimal)
  else
    return math.floor(val+0.5)
  end
end
function string:split(delimiter)
local result = { }
local from  = 1
local delim_from, delim_to = string.find( self, delimiter, from  )
while delim_from do
table.insert( result, string.sub( self, from , delim_from-1 ) )
from  = delim_to + 1
delim_from, delim_to = string.find( self, delimiter, from  )
end
table.insert( result, string.sub( self, from  ) )
return result
end
function datan2(y, x)
    if x == 0 and y == 0 then 
        return 0 
        else a = math.atan(math.rad(y / x))
    end
    if (x < 0) then
    a = a + 180
        else if y < 0 and x > 0 then
        a = a + 360
        end
    end
return math.rad(a)
end
function ipart(x)
if (x> 0) then
a = math.floor(x)
else a = math.ceil(x);
end
return a
end
function range(x)
    b = x / 360;
    a = 360 * (b - ipart(b));
    if a  < 0 then
        a = a + 360
end
    return a
end
function ranget(x)
    b = x / 24;
    a = 24 * (b - ipart(b));
    if a  < 0 then
        a = a + 24
end
    return a
end
function rangei(x)
    b = x / 1440;
    a = 1440 * (b - ipart(b));
    if a  < 0 then
        a = a + 1440
end
    return a
end
--################################################################################################################################################
--###########   MAIN FUNCTION   ########################################################################################################
--################################################################################################################################################
--################################################################################################################################################
function conky_draw_fig()
if conky_window == nil then return end
local cs = cairo_xlib_surface_create(conky_window.display, conky_window.drawable, conky_window.visual, conky_window.width, conky_window.height)
cr = cairo_create(cs)
local updates=tonumber(conky_parse('${updates}'))
--###########   START FUNCTION   ########################################################################################################
if updates > 5 then
--###########   SET HEMISPHERE   ########################################################################################################
if hemisphere==1 then 
start=0
else
start=180
end
--################ sets daylignt saving #####################################3
if dst==1 then ds=-1 else ds=0 end
--################################################################################################################################################
--################################################################################################################################################
--###########  calculate julian time   ########################################################################################################
--################################################################################################################################################
--################################################################################################################################################
M=os.date("%m") --month
K=os.date("%G") --4 digit year
I=(os.date("%d"))--day of month
H=ranget((os.date("%H"))+ds) --hours
Min=os.date("%M")
Mi=(os.date("%M"))/60 --minutes expressed as hours
--current Julian time-----------------------------------------------------------------
JD=round((367*K)-((7*(K+((M+9)/12)))/4)+((275*M)/9)+I+1721013.5,0)+0.5+((H+Mi)/24)
--------------------------------------------------------------------------------------
days=(JD)-2451545.0 --correct
T=days/36525 --correct
--Julian time at preceeding midnight
JD0=round((367*K)-((7*(K+((M+9)/12)))/4)+((275*M)/9)+I+1721013.5,0)+0.5
D0=JD0-2451545.0
--###########  calculate sidereal time   ########################################################################################################
--current sidereal time
CST=6.697374558+(0.06570982441908*D0)+(1.00273790935*(H+Mi))
-----------------------------------------------------------------
GMST = 6.697374558 + (0.06570982441908*D0) + (1.00273790935*(H+Mi)) + (0.000026*(T^2))
ADJ=longitude/15
GMST24=ranget(GMST)
GMST24S=string.split(GMST24, "%p")
GMST24H=GMST24S[1]
GMST24M=string.len(GMST24S[2])
GMST24M=GMST24S[2]/(10^(GMST24M))*60
GMST24M=string.split(GMST24M,"%p")
GMST24M=GMST24M[1]
sgtime=(GMST24H*60)+GMST24M
-------------------------------------------------------------
day=os.date("%j")
B=(360/365)*(day-81)
eot=(9.87*math.sin(2*B))-(7.53*math.cos(B))-(1.5*math.sin(B))
LSTM=15*10
TC=(4*(LSTM-longitude))+eot
LT=((H)*60)+Min
LST=LT+(TC/60)
---------------------------------------
LST24=ranget(LST/60)
LST24S=string.split(LST24, "%p")
LST24H=LST24S[1]
LST24M=string.len(LST24S[2])
LST24M=(LST24S[2]/(10^(LST24M)))*60
LST24M=string.split(LST24M,"%p")
LST24M=LST24M[1]
--below is current solar time
stime=(LST24H*60)+LST24M
--################################################################################################################################################
--#############  END TIME CALCS ###########################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--#############  SUN CACULATIONS AND DISPLAY ###########################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--    Sun formulas
--
--    L1    - Mean longitude
--    M1    - Mean anomaly
--    C1    - Equation of centre
--    V1    - True anomaly
--    Ec1    - Eccentricity 
--    R1    - Sun distance
--    Th1    - Theta (true longitude)
--    Om1    - Long Asc Node (Omega)
--    Lam1- Lambda (apparent longitude)
--    Obl    - Obliquity of ecliptic
--    Ra1    - Right Ascension
--    Dec1- Declination
t=T
L1 = range(280.466 + 36000.8 * t)
M1 = range(357.529+35999*t - 0.0001536* t*t + t*t*t/24490000)
sinm1=math.sin(math.rad(M1))
C1 = (1.915 - 0.004817* t - 0.000014* t * t)* sinm1;     
C1 = C1 + (0.01999 - 0.000101 * t)* sinm1;
C1 = C1 + 0.00029 * sinm1;
V1 = M1 + C1;
cosv1=math.cos(math.rad(V1))
Ec1 = 0.01671 - 0.00004204 * t - 0.0000001236 * t*t;
R1 = 0.99972 / (1 + Ec1 * cosv1);--correct
Th1 = L1 + C1
Om1 = range(125.04 - 1934.1 * t)
om1sin=math.sin(math.rad(Om1))
Lam1 = Th1 - 0.00569 - 0.00478 * math.deg(om1sin);
Obl = (84381.448 - 46.815 * t)/3600; --correct
th1sin=math.sin(math.rad(Th1))
th1cos=math.cos(math.rad(Th1))
th1tan=math.tan(math.rad(Th1))
oblsin=math.sin(math.rad(Obl))
oblcos=math.cos(math.rad(Obl))
obltan=math.tan(math.rad(Obl))
zsin=math.sin(math.rad(0))
zcos=math.cos(math.rad(0))
ztan=math.tan(math.rad(0))
Ra1 = datan2((th1sin * oblcos - ztan* zsin),th1cos)--close ish
Dec1 = math.asin(zsin* oblcos + zcos*oblsin*th1sin)--very close
--SUN CALCULATIONS---------------------------------------------------------------
-------------------------------------------------------
delta=math.deg(Dec1)
------------------------------------------------------
sdec=delta
--calculate hangle in relation to altitude in relation to time
althrtab={}
shartab={}
total=1440
for i=1,total do
sha=180+(i*(360/total))
cossha=math.cos(math.rad(sha))
cossundec=math.cos(math.rad(sdec))
coslat=math.cos(math.rad(latitude))
cosmath=cossha*cossundec*coslat
sinsundec=math.sin(math.rad(sdec))
sinlat=math.sin(math.rad(latitude))
sinmath=sinsundec*sinlat
sinelevation=cosmath+sinmath
elevation=math.deg(math.asin(sinelevation))
curaltlong=elevation
curalt=round(curaltlong,2)
althrtab[i]=curalt
shartab[i]=sha-360
end
--#############################################
--calculate sunrise and sunset
for i=1,(total-1) do
if althrtab[i]<0 and althrtab[i+1]>0 then
rise=i
end
if althrtab[i]>0 and althrtab[i+1]<0 then
set=i
end
end
rise=rise/60
rises=string.split(rise,"%p")
sriseh=rises[1]
riseml=string.len(rises[2])
risem=(rises[2]/(10^riseml))*60
risems=string.split(risem,"%p")
srisem=risems[1]
set=set/60
sets=string.split(set,"%p")
sseth=sets[1]
setml=string.len(sets[2])
setm=(sets[2]/(10^setml))*60
setms=string.split(setm,"%p")
ssetm=setms[1]
--#############################################
--calculate azimuth for all above points
if hemisphere==1 then
azitab={}
for i=1,total do
azmath1=(math.cos(math.rad(shartab[i]))*cossundec*sinlat)-(sinsundec*coslat)
azmath2=math.cos(math.rad(althrtab[i]))
cosaz=azmath1/azmath2
azi1=math.deg(math.acos(cosaz))
aziplot=azi1
if shartab[i]<0 then
azitab[i]=(aziplot-180)*-1
else
azitab[i]=aziplot+180
end
end
end--if hemishpere
if hemisphere==2 then
azitab={}
for i=1,total do
azmath1=(math.cos(math.rad(shartab[i]))*cossundec*sinlat)-(sinsundec*coslat)
azmath2=math.cos(math.rad(althrtab[i]))
cosaz=azmath1/azmath2
azi1=math.deg(math.acos(cosaz))
aziplot=azi1
if shartab[i]<0 then
azitab[i]=(aziplot-360)*-1
else
azitab[i]=aziplot--+180
end
end
end--if hemishpere
------------------------------------------------------------------------------
--diplay sun plot
for i = 1,total do
circrad=0.25
circx=across-180+azitab[i]
circy=down-althrtab[i]
cairo_arc(cr,circx,circy,circrad,0,2*math.pi)
cairo_close_path(cr)
cairo_set_source_rgba(cr,0.4,0.4,0.4,1)
cairo_fill (cr)
end
--plot current sun position
circrad=7
circx=across-180+azitab[stime]
circy=down-althrtab[stime]
cairo_arc(cr,circx,circy,circrad,0,2*math.pi)
cairo_close_path(cr)
cairo_set_source_rgba(cr,1,1,0,1)
cairo_fill (cr)
-------------------------------
--curerent sun alt and azi
sunalt=althrtab[stime]
sunazi=azitab[stime]
--------------------------------------------
--############################################################################
--draw vertical N-S line
cairo_set_line_width (cr, 1)
cairo_set_source_rgba(cr,0.5,0.5,0.5,1)
cairo_move_to (cr, across, down+100)
cairo_line_to (cr, across, down-100)
cairo_stroke (cr)
--draw horizon
cairo_move_to (cr, across-180, down)
cairo_line_to (cr, across+180, down)
cairo_stroke (cr)
if hemisphere==1 then
cairo_move_to (cr, across-4, down-102)
cairo_show_text (cr, "S")
cairo_move_to (cr, across-4, down+109)
cairo_show_text (cr, "N")
else
cairo_move_to (cr, across-4, down-102)
cairo_show_text (cr, "N")
cairo_move_to (cr, across-4, down+109)
cairo_show_text (cr, "S")
cairo_stroke (cr)
end
--################################################################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--#############  MOON CACULATIONS AND DISPLAY ###########################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--calculate moon data----------------------------------------------------------------
--moon stuff
F = range(93.2721 + 483202 * t - 0.003403 * t* t - t * t * t/3526000);
L2 = range(218.316 + 481268 * t);
Om2 = range(125.045 - 1934.14 * t + 0.002071 * t * t + t * t * t/450000);
M2 = range(134.963 + 477199 * t + 0.008997 * t * t + t * t * t/69700);
cosm2=math.cos(math.rad(M2))
D = range(297.85 + 445267 * t - 0.00163 * t * t + t * t * t/545900);
D2 = 2*D;
cosd2m2=math.cos(math.rad(D2-M2))
cosd2=math.cos(math.rad(D2))
R2 = 1 + (-20954 * cosm2 - 3699 * cosd2m2 - 2956 * cosd2 / 385000);
R3 = (R2 / R1) / 379.168831168831;
sinf=math.sin(math.rad(F))
sinm2f=math.sin(math.rad(M2-F))
sind2f=math.sin(math.rad(D2-F))
Bm = 5.128 * sinf + 0.2806 * sinm2f;
Bm = Bm + 0.2777 * sinm2f + 0.1732 * sind2f;
sinm2=math.sin(math.rad(M2))
sind2m2=math.sin(math.rad(D2-M2))
sind2=math.sin(math.rad(D2))
Lm = 6.289 * sinm2 + 1.274 * sind2m2 + 0.6583 * sind2; 
sin2m2=math.sin(math.rad(2*M2))
sin2f=math.sin(math.rad(2*F))
Lm = Lm + 0.2136 * sin2m2 - 0.1851 * sinm1 - 0.1143 * sin2f;
sind22m2=math.sin(math.rad(D2-(2*M2))) 
Lm = Lm +0.0588 * sind22m2
sind2m1m2=math.sin(math.rad(D2-M1-M2))
sind2m22=math.sin(math.rad(D2+M2))
Lm = Lm + 0.0572* sind2m1m2 + 0.0533* sind2m22;
Lm = Lm + L2;
tanbm=math.tan(math.rad(Bm))
sinbm=math.sin(math.rad(Bm))
cosbm=math.cos(math.rad(Bm))
sinlm=math.sin(math.rad(Lm))
coslm=math.cos(math.rad(Lm))
Ra2 = math.atan((sinlm * oblcos - tanbm* oblsin));
Dec2 = math.asin(sinbm* oblcos + cosbm*oblsin*sinlm);
sinlam1lm=math.sin(math.rad(Lam1-Lm))
HLm = range(Lam1 + 180 + (180/math.pi) * R3 * cosbm * sinlam1lm);
HBm = R3 * Bm;
--------------------------------------------------------------------
--obliquity of ecliptic:
eps = 23.0 + 26.0/60.0 + 21.448/3600.0 - (46.8150*T+ 0.00059*T*T- 0.001813*T*T*T)/3600;
X = cos(Bm)*cos(Lm)
Y = cos(eps)*cos(Bm)*sin(Lm) - sin(eps)*sin(Bm)
Z = sin(eps)*cos(Bm)*sin(Lm) - cos(eps)*sin(Bm)
R = math.sqrt(1.0-Z*Z);
delta = (180/math.pi)*math.atan(Z/R); -- in degrees-- declination
RA = (24/math.pi)*math.atan(Y/(X+R)); -- in hours
-------------------------------------------------------
delta=math.deg(Dec2)
------------------------------------------------------
sdec=delta
althrtab={}
shartab={}
total=1440
cossundec=math.cos(math.rad(sdec))
coslat=math.cos(math.rad(latitude))
sinlat=math.sin(math.rad(latitude))
sinsundec=math.sin(math.rad(sdec))
sinmath=sinsundec*sinlat
for i=0,total do
sha=180+(i*(360/total))
cossha=math.cos(math.rad(sha))
cosmath=cossha*cossundec*coslat
sinelevation=cosmath+sinmath
elevation=math.deg(math.asin(sinelevation))
curaltlong=elevation
curalt=round(curaltlong,2)
althrtab[i]=curalt
shartab[i]=sha-360
end
--#############################################
--calculate moonrise and moonset
for i=1,(total-1) do
if althrtab[i]<0 and althrtab[i+1]>0 then
rise=i
end
if althrtab[i]>0 and althrtab[i+1]<0 then
set=i
end
end
rise=rise/60
rises=string.split(rise,"%p")
mriseh=rises[1]
riseml=string.len(rises[2])
risem=(rises[2]/(10^riseml))*60
risems=string.split(risem,"%p")
mrisem=risems[1]
set=set/60
sets=string.split(set,"%p")
mseth=sets[1]
setml=string.len(sets[2])
setm=(sets[2]/(10^setml))*60
setms=string.split(setm,"%p")
msetm=setms[1]
--#############################################
--calculate azimuth for all above points
if hemisphere==1 then
azitab={}
for i=1,total do
azmath1=(math.cos(math.rad(shartab[i]))*cossundec*sinlat)-(sinsundec*coslat)
azmath2=math.cos(math.rad(althrtab[i]))
cosaz=azmath1/azmath2
azi1=math.deg(math.acos(cosaz))
aziplot=azi1
if shartab[i]<0 then
azitab[i]=(aziplot-180)*-1
else
azitab[i]=aziplot+180
end
end
end--if hemishpere
if hemisphere==2 then
azitab={}
for i=1,total do
azmath1=(math.cos(math.rad(shartab[i]))*cossundec*sinlat)-(sinsundec*coslat)
azmath2=math.cos(math.rad(althrtab[i]))
cosaz=azmath1/azmath2
azi1=math.deg(math.acos(cosaz))
aziplot=azi1
if shartab[i]<0 then
azitab[i]=(aziplot-360)*-1
else
azitab[i]=aziplot
end
end
end--if hemishpere
------------------------------------------------------------------------------
--diplay moon plot
for i = 1,total do
circrad=0.25
circx=across-180+azitab[i]
circy=down-althrtab[i]
cairo_arc(cr,circx,circy,circrad,0,2*math.pi)
cairo_close_path(cr)
cairo_set_source_rgba(cr,0.7,0.7,0.7,1)
cairo_fill (cr)
end
--plot current moon position
madj=tostring(rangei(sgtime+360))
mtime=madj
circrad=5
circx=across-180+(azitab[tonumber(mtime)])
circy=down-(althrtab[tonumber(mtime)])
cairo_arc(cr,circx,circy,circrad,0,2*math.pi)
cairo_close_path(cr)
cairo_set_source_rgba(cr,1,1,1,1)
cairo_fill (cr)
-------------------------------
--curerent moon alt and azi
moonalt=althrtab[tonumber(mtime)]
moonazi=azitab[tonumber(mtime)]
---------------------------------------------
--################################################################################################################################################
--################################################################################################################################################
--#############  TEXT DISPLAYS ###########################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--################################################################################################################################################
--draws text label
font="Mono"
fontsize=10
cairo_select_font_face (cr, font, CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL);
cairo_set_font_size (cr, fontsize);
cairo_set_source_rgba (cr, 0.1, 0.1, 0.1, 0.5);
--top left - sun moon alt and azi
tlx=20
tly=20
adj=10
cairo_move_to (cr, tlx, tly)
cairo_show_text (cr, "Positions")
gap=10
add=fontsize+((fontsize/100)*adj)+gap
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Soleil")
add=fontsize+((fontsize/100)*adj)+add
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Azimut " .. round(sunazi,2) .. "°")
add=fontsize+((fontsize/100)*adj)+add
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Altitude " .. sunalt .. "°")
gap=10
add=fontsize+((fontsize/100)*adj)+add+gap
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Lune")
add=fontsize+((fontsize/100)*adj)+add
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Azimut " .. round(moonazi,2) .. "°")
add=fontsize+((fontsize/100)*adj)+add
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Altitude " .. moonalt .. "°")
tlx=180
tly=20
adj=10
cairo_move_to (cr, tlx, tly)
cairo_show_text (cr, "Heure")
gap=10
add=fontsize+((fontsize/100)*adj)+gap
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Heure  Locale: " .. H .. ":" .. Min)
add=fontsize+((fontsize/100)*adj)+add
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Heure Sidérale: " .. GMST24H .. ":" .. GMST24M )
add=fontsize+((fontsize/100)*adj)+add
cairo_move_to (cr, tlx, tly+add)
cairo_show_text (cr, "Heure Solaire : " .. LST24H .. ":" .. LST24M)
cairo_stroke (cr)
--#######################################################################
--###########################################################################################
--###########################################################################################
--###########################################################################################
--###########################################################################################
end-- end if updates =
end--end main function
 

 
conky.config = {
    background = true,
    use_xft = true,
    font = 'hooge 05_53:size=6',
    xftalpha = 1,
    update_interval = 1.0,
    total_run_times = 0,
        net_avg_samples = 2,
    own_window = true,
    own_window_transparent = true,
--own_window_color 000000
own_window_argb_visual = true,
--own_window_argb_value = 250,
    own_window_type = 'normal',
    own_window_hints = 'undecorated,below,skip_taskbar,skip_pager',
    double_buffer = true,
    minimum_width = 320, minimum_height = 320,
        maximum_width = 320,
    text_buffer_size = 2048,
    draw_shades = false,
    draw_outline = false,
    draw_borders = false,
    draw_graph_borders = false,
    default_color = 'white',
    default_outline_color = 'white',
    alignment = 'top_right',
    gap_x = 120,
    gap_y = 70,
    no_buffers = true,
    uppercase = false,
    cpu_avg_samples = 2,
    override_utf8_locale = true,
imlib_cache_flush_interval = 60,
    imlib_cache_size = 10000,
    stippled_borders = 5,
-- Couleurs
    default_color         = '#ffffff',      --ffd579
    default_shade_color   = '#333333',
    default_outline_color = 'black',
color0 = 'white',
color1 = 'orange',
color2 = 'green',
color3 = '#000000',
color4 = '#FF0000',
color5 = '#696969',
color6 = '#BDB76B',
color7 = '#00FF01',
color8 = '#cccccc',
 lua_load = '~/.conky/cronograph/scripts/cups.lua',
lua_draw_hook_post = 'main',
};
conky.text = [[
${execi 3600 bash $HOME/1_accuweather/1_accuweather -f2016}
${voffset 85}${goto 85}${font hooge 05_53:size=12}${time %H:%M}${font}${goto 215}UPTIME:
${voffset 2}${goto 72}${time %a %d %b}${goto 215}${uptime}
${voffset 2}${goto 90}${time %Y}${alignc -75}Temp.${hwmon 0 temp 1}°C
${voffset 84}${goto 75}Signal: ${wireless_link_qual_perc wlo1} %
${voffset -60}${goto 146}${font conkyweather:size=34}${execi 600  sed -n '22p' $HOME/1_accuweather/curr_cond}${font}
${voffset -60}${goto 154}${font hooge 05_53:size=12}${execpi 600 sed -n '2p' ~/1_accuweather/curr_cond}°C${font}
${voffset -16}${goto 200}${execpi 600 sed -n '4p' ~/1_accuweather/curr_cond | cut -c1-14}
              ${goto 200}${execpi 600 sed -n '4p' ~/1_accuweather/curr_cond | cut -c15-30}
              ${goto 200}Vent: ${execpi 600 sed -n '5p' ~/1_accuweather/curr_cond} ${execpi 600 sed -n '6p' ~/1_accuweather/curr_cond}
              ${goto 200}Hum: ${execpi 600 sed -n '7p' ~/1_accuweather/curr_cond}
${voffset -3}${font conkyweather:size=20}${goto 230}${execi 600  sed -n '27p' $HOME/1_accuweather/first_days}${font}
${voffset 1}${goto 220}${execi 600  sed -n '9p' $HOME/1_accuweather/first_days}°C - ${execi 600sed -n '8p' $HOME/1_accuweather/first_days}°C                              
            ${goto 225}${execi 3600 echo `date --date="1 day" | awk '{print $1}' | cut -c1-3`}.${execi 3600 echo `date --date="1 day" | awk '{print $2}'`}\
${voffset -10}${font conkyweather:size=20}
${goto 90}${execi 600  sed -n '28p' $HOME/1_accuweather/first_days}
${voffset -34}${goto 226}${execi 600  sed -n '29p' $HOME/1_accuweather/first_days}${font}
${voffset -1}
${goto 80}${execi 600  sed -n '14p' $HOME/1_accuweather/first_days}°C - ${execi 600  sed -n '13p' $HOME/1_accuweather/first_days}°C\
${goto 215}${execi 600  sed -n '19p' $HOME/1_accuweather/first_days}°C - ${execi 600  sed -n '18p' $HOME/1_accuweather/first_days}°C
${goto 80}${execi 3600 echo `date --date="2 day" | awk '{print $1}' | cut -c1-3`}.${execi 3600 echo `date --date="2 day" | awk '{print $2}'`}\
${goto 215}${execi 3600 echo `date --date="3 day" | awk '{print $1}' | cut -c1-3`}.${execi 3600 echo `date --date="3 day" | awk '{print $2}'`}
${execpi 1 cat ~/.conky/cronograph/scripts/blinkingLED}
]];

 
conky.config = {
    background = true,
    use_xft = true,
    font = 'hooge 05_53:size=6',
    xftalpha = 1,
    update_interval = 1.0,
    total_run_times = 0,
        net_avg_samples = 2,
    own_window = true,
    own_window_transparent = true,
--own_window_color 000000
own_window_argb_visual = true,
--own_window_argb_value = 250,
    own_window_type = 'normal',
    own_window_hints = 'undecorated,below,skip_taskbar,skip_pager',
    double_buffer = true,
    minimum_width = 320, minimum_height = 320,
        maximum_width = 320,
    text_buffer_size = 2048,
    draw_shades = false,
    draw_outline = false,
    draw_borders = false,
    draw_graph_borders = false,
    default_color = 'white',
    default_outline_color = 'white',
    alignment = 'top_right',
    gap_x = 120,
    gap_y = 70,
    no_buffers = true,
    uppercase = false,
    cpu_avg_samples = 2,
    override_utf8_locale = true,
imlib_cache_flush_interval = 60,
    imlib_cache_size = 10000,
    stippled_borders = 5,
-- Couleurs
    default_color         = '#ffffff',      --ffd579
    default_shade_color   = '#333333',
    default_outline_color = 'black',
color0 = 'white',
color1 = 'orange',
color2 = 'green',
color3 = '#000000',
color4 = '#FF0000',
color5 = '#696969',
color6 = '#BDB76B',
color7 = '#00FF01',
color8 = '#cccccc',
 lua_load = '~/.conky/cronograph/scripts/clock_rings2a.lua',
lua_draw_hook_pre = 'clock_rings',
};
conky.text = [[
]];

---
--==============================================================================
--                  Cups and Saucers
--                               Lua conky script
--
--  author  : Abu Yahya
--  license : Distributed under the terms of GNU GPL v3
--  30.05.2012
-- v.1.0.1
--==============================================================================
require 'cairo'
--------------------------------------------------------------------------------
----Adjustable Settings 
coffee_table = {
    {
    name='time',                   arg='%I',                    max_value=12,
    x=170,                         y=170,
    cup_radius=35,
    cup_wall_thickness=90,
    cup_bg_clr=0xffffff,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_length=70,              handle_circ=5,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0, --1.0
    graduation_radius=124,
    graduation_thickness=8,        graduation_mark_circ=1.5,
    graduation_mark_angle=30,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.5,
    saucer_thickness=6,            thick_saucer_circ=11/12,    
    saucer_radius=135,             thin_saucer_circ=11/12,    
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.3, 
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.0,
    inner_saucer=true, 
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=0.0,
    caption='',                    caption2='',
    },
   {
    name='time',                   arg='%H',                    max_value=12,
    x=170,                         y=170,
    cup_radius=2.5,
    cup_wall_thickness=3,
    cup_bg_clr=0xffffff,           cup_bg_alpha=1.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=1.0,
    handle_length=40,              handle_circ=4,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0, --1.0
    graduation_radius=127,
    graduation_thickness=1,        graduation_mark_circ=0.5,
    graduation_mark_angle=3,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.5,
    saucer_thickness=6,            thick_saucer_circ=11/12,    
    saucer_radius=135,             thin_saucer_circ=11/12,    
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.0, 
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.0,
    inner_saucer=true, 
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=0.0,
    caption='',                    caption2='',
    },
    {
    name='time',                   arg='%M',                    max_value=60,
    x=170,                         y=170,
    cup_radius=55,
    cup_wall_thickness=120,
    cup_bg_clr=0xffffff,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    graduation_radius=123,
    graduation_thickness=10,       graduation_mark_circ=2.5,
    graduation_mark_angle=90,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.5,
    handle_length=110,              handle_circ=3,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0, --1.0
    saucer_thickness=6,            thick_saucer_circ=11/12,
    saucer_radius=155,             thin_saucer_circ=11/12,    
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.0,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=0.0,
    caption='',                    caption2='',
    },
    {
    name='time',                   arg='%S',                    max_value=60,
    x=170,                         y=170,
    cup_radius=59,
    cup_wall_thickness=120,
    cup_bg_clr=0xffffff,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,             cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0, --1.0
    handle_length=118,              handle_circ=1,
    graduation_radius=125,
    graduation_thickness=6,        graduation_mark_circ=0.5,
    graduation_mark_angle=6,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.5,
    saucer_thickness=5,           thick_saucer_circ=1,
    saucer_radius=145,             thin_saucer_circ=11/12,    
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.4,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.4,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=0.0,
    caption='',                    caption2='',
},
    {
    name='cpu',                    arg='cpu0',                  max_value=100,
    x=170,                         y=100,
    cup_radius=20,
    cup_wall_thickness=40,
    cup_start_angle=0,
    cup_bg_clr=0xFFFFFF,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0,
    handle_length=40,              handle_circ=4,
    xtxt=-20,               ytxt= -5,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=1,
    caption=' CPU ',               caption2=' %',
    graduation_radius=25,
    graduation_thickness=3,        graduation_mark_circ=2,
    graduation_mark_angle=36,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.6,
    saucer_thickness=3,            thick_saucer_circ=0.85,
    saucer_radius=30,              thin_saucer_circ=0.85,
    saucer_fg_clr=0xFFFFFF,       saucer_fg_alpha= 0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.5,
    inner_saucer=true,
    },
    {
    name='freq_g',                 arg='/',                  max_value=5,
    x=170,                         y=100,
    cup_radius=12,
    cup_wall_thickness=23,
    cup_start_angle=0,
    cup_bg_clr=0xFFFFFF,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0,
    handle_length=40,              handle_circ=4,
    xtxt=-20,               ytxt= 10,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=1,
    caption='',           caption2=' GHz',
    graduation_radius=25,
    graduation_thickness=4,        graduation_mark_circ=4,
    graduation_mark_angle=30,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.0,
    saucer_thickness=3,            thick_saucer_circ=0.75,
    saucer_radius=35,              thin_saucer_circ=0.75,
    saucer_fg_clr=0xFFFFFF,       saucer_fg_alpha= 0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.5,
},
---------------1/2
{
    name='downspeedf',                arg='wlo1',                      max_value=100,
    x=100,                         y=170,
    cup_radius=12,
    cup_wall_thickness=23,
    cup_start_angle=0,
    cup_bg_clr=0xFFFFFF,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0,
    handle_length=40,              handle_circ=4,
    xtxt=-20,               ytxt= -5,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=1,
    caption='E. ',             caption2='',
    graduation_radius=25,
    graduation_thickness=3,        graduation_mark_circ=2,
    graduation_mark_angle=36,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.6,
    saucer_thickness=3,           thick_saucer_circ=0.85,
    saucer_radius=30,              thin_saucer_circ=0.85,    
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha= 0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.5,
    inner_saucer=true,
},   
{
    name='upspeedf',               arg='wlo1',                      max_value=100,
    x=100,                         y=170,
    cup_radius=12,
    cup_wall_thickness=27,
    cup_start_angle=0,
    cup_bg_clr=0xFFFFFF,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0,
    handle_length=40,              handle_circ=4,
    xtxt=-20,               ytxt= 10,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=1,
    caption='S ',             caption2='',
    graduation_radius=25,
    graduation_thickness=4,        graduation_mark_circ=4,
    graduation_mark_angle=30,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.0,
    saucer_thickness=3,            thick_saucer_circ=0.85,
    saucer_radius=35,              thin_saucer_circ=0.85,     
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.5,
},
------------------2/3    
{
    name='fs_used_perc',           arg='/home',                      max_value=100,
    x=170,                         y=240,
    cup_radius=12,
    cup_wall_thickness=27,
    cup_start_angle=0,
    cup_bg_clr=0xFFFFFF,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0,
    handle_length=40,              handle_circ=4,
    xtxt=-20,               ytxt= 10,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=1,
    caption=' FS /: ',             caption2=' %',
    graduation_radius=25,
    graduation_thickness=3,        graduation_mark_circ=2,
    graduation_mark_angle=36,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.6,    
    saucer_thickness=3,            thick_saucer_circ=0.85,
    saucer_radius=30,              thin_saucer_circ=0.85,     
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.5,
    inner_saucer=true,
},
{
    name='fs_used_perc',           arg='/',                      max_value=100,
    x=170,                         y=240,
    cup_radius=12,
    cup_wall_thickness=27,
    cup_start_angle=0,
    cup_bg_clr=0xFFFFFF,           cup_bg_alpha=0.0,
    cup_fg_clr=0xFFFFFF,           cup_fg_alpha=0.0,
    handle_fg_clr=0xFFFFFF,        handle_fg_alpha=0.0,
    handle_length=40,              handle_circ=4,
    xtxt=-20,               ytxt= -5,
    txt_weight=0,                  txt_size=8.0,
    txt_fg_clr=0xFFFFFF,           txt_fg_alpha=0.8,
    caption=' FS H: ',             caption2=' %',
    graduation_radius=25,
    graduation_thickness=4,        graduation_mark_circ=4,
    graduation_mark_angle=36,
    graduation_fg_clr=0xFFFFFF,    graduation_fg_alpha=0.0,
    saucer_thickness=3,            thick_saucer_circ=0.85,
    saucer_radius=35,              thin_saucer_circ=0.85,     
    saucer_fg_clr=0xFFFFFF,        saucer_fg_alpha=0.3,
    saucer_mark_fg_clr=0xFFFFFF,   saucer_mark_fg_alpha=0.5,
},
}
 
--Fixed code -do not edit unless you know what you are doing------------------------------------------------------------------------
-------------------------------------------------------------------------------
-- converts color in hexa to decimal
function rgb_to_r_g_b(clr, alpha)
    return ((clr / 0x10000) % 0x100) / 255., ((clr / 0x100) % 0x100) / 255., (clr % 0x100) / 255., alpha
end
-------------------------------------------------------------------------------
------------------------------------------------------------------------
-- displays cups and saucers
local function draw_coffee_table(display, data, value) 
     max_value = data['max_value']
     x, y = data['x'], data['y']
     if x==nil then x=conky_window.width/2 end
     if y==nil then y=conky_window.height/2 end    
     cup_radius = data['cup_radius']    
     if cup_radius==nil then cup_radius=conky_window.width/4 end    
     cup_wall_thickness = data['cup_wall_thickness']
     if cup_wall_thickness==nil then cup_wall_thickness=20 end
     handle_length, handle_circ = data['handle_length'], data['handle_circ']
     if handle_length==nil then handle_length=20 end
     if handle_circ==nil then handle_circ=1 end
     cup_start_angle = data['cup_start_angle']
     if cup_start_angle == nil then cup_start_angle =0 end
     total_angle = data['total_angle']
     if total_angle == nil then total_angle=360 end
     cup_sector_angle = (math.abs(total_angle))/max_value  
     cup_end_angle = total_angle + cup_start_angle
     cup_bg_clr, cup_bg_alpha = data['cup_bg_clr'], data['cup_bg_alpha']
     if cup_bg_clr==nil then cup_bg_clr =0xffffff end
     cup_fg_clr, cup_fg_alpha = data['cup_fg_clr'], data['cup_fg_alpha']
     if cup_fg_clr==nil then cup_fg_clr =0xffffff end
     if cup_fg_alpha==nil then cup_fg_alpha=0 end
     handle_fg_clr, handle_fg_alpha = data['handle_fg_clr'], data['handle_fg_alpha']  
     if handle_fg_clr==nil then handle_fg_clr = 0xffffff end
     if handle_fg_alpha==nil then handle_fg_alpha=0 end
 
     saucer_radius = data['saucer_radius']
     if saucer_radius==nil then saucer_radius=conky_window.width/2 end 
     total_saucer_angle=data['total_saucer_angle']
     if total_saucer_angle==nil then total_saucer_angle=360 end 
     saucer_sector_angle=(math.abs(total_saucer_angle))/max_value  
     saucer_thickness = data['saucer_thickness']
     if saucer_thickness==nil then saucer_thickness=6 end
     saucer_fg_clr = data['saucer_fg_clr']
     if saucer_fg_clr ==nil then saucer_fg_clr=0 end
     saucer_fg_alpha = data['saucer_fg_alpha']
     if saucer_fg_alpha ==nil then saucer_fg_alpha=0 end
 
     saucer_mark_fg_alpha = data['saucer_mark_fg_alpha']
     if saucer_mark_fg_alpha ==nil then saucer_mark_fg_alpha=0 end
     saucer_mark_fg_clr = data['saucer_mark_fg_clr']
     if saucer_mark_fg_clr ==nil then saucer_mark_fg_clr=0xffffff end
     thick_saucer_circ = data['thick_saucer_circ']
     if thick_saucer_circ==nil then thick_saucer_circ =0.9 end
     thin_saucer_circ = data['thin_saucer_circ']
     if thin_saucer_circ==nil then thin_saucer_circ =0.9 end
     inner_saucer = data['inner_saucer']
 
     graduation_radius = data['graduation_radius']
     if graduation_radius ==nil then graduation_radius = conky_window.width/3 end
     graduation_thickness, graduation_mark_circ = data['graduation_thickness'], data['graduation_mark_circ']
     if graduation_thickness ==nil then graduation_thickness = 2 end
     if graduation_mark_circ ==nil then graduation_mark_circ = 1 end
     graduation_mark_angle = data['graduation_mark_angle']
     if graduation_mark_angle == nil then graduation_mark_angle = total_angle/10 end
     graduation_fg_clr, graduation_fg_alpha = data['graduation_fg_clr'], data['graduation_fg_alpha']
     if graduation_fg_clr ==nil then graduation_fg_clr= 0xffffff end
     if graduation_fg_alpha==nil then graduation_fg_alpha =0 end
 
 
     txt_weight, txt_size = data['txt_weight'], data['txt_size']
     if txt_weight == nil then txt_weight=1 end
     if txt_size == nil then txt_size=8 end
     txt_fg_clr, txt_fg_alpha = data['txt_fg_clr'], data['txt_fg_alpha']
     if txt_fg_clr ==nil then txt_fg_clr= 0xffffff end
     if txt_fg_alpha==nil then txt_fg_alpha =0 end
     caption = data['caption']
     if caption==nil then caption='' end
     caption2 = data['caption2']
     if caption2==nil then caption2='' end
     xtxt, ytxt= data ['xtxt'], data['ytxt']
     if xtxt ==nil then xtxt=0 end
     if ytxt ==nil then ytxt=0 end
--convert degree to rad and rotate (0 degree is top/north)
    function angle_to_position(start_angle, current_angle)    
      if total_angle < 0 then 
        local pos = start_angle - current_angle
        return ( ( pos * (math.pi / 180) ) - (math.pi / 2) )
      else 
        local pos = current_angle + start_angle 
        return ( ( pos * (math.pi / 180) ) - (math.pi / 2) ) 
      end   
    end
--cup centre background    
  if cup_bg_alpha >0   then
    if total_angle < 0 then
      cairo_arc_negative(display, x, y, cup_radius, angle_to_position(cup_start_angle, 0), angle_to_position(cup_end_angle, 0))
    else
      cairo_arc(display, x, y, cup_radius, angle_to_position(cup_start_angle, 0), angle_to_position(cup_start_angle, cup_end_angle))
    end
    cairo_set_source_rgba(display, rgb_to_r_g_b(cup_bg_clr, cup_bg_alpha))
    cairo_set_line_width(display, cup_wall_thickness)
    cairo_stroke(display)
  end 
--cup wall fg    
  if cup_fg_alpha > 0 then 
   local fg_stop_arc = (cup_sector_angle * value)
    if total_angle < 0 then
    cairo_arc_negative(display, x, y, cup_radius, angle_to_position(cup_start_angle, 0), angle_to_position(cup_start_angle, fg_stop_arc))
    else
    cairo_arc(display, x, y, cup_radius, angle_to_position(cup_start_angle, 0), angle_to_position(cup_start_angle, fg_stop_arc))
    end
    cairo_set_source_rgba(display, rgb_to_r_g_b(cup_fg_clr, cup_fg_alpha))
    cairo_set_line_width(display, cup_wall_thickness)
    cairo_stroke(display)
  end
-- cup handle
  if handle_fg_alpha>0 then 
    local start_handle = (cup_sector_angle * value) - (handle_circ*0.5)
    local stop_handle = (cup_sector_angle * value) +  (handle_circ*0.5)
    if total_angle < 0 then
    cairo_arc_negative(display, x, y, cup_radius, angle_to_position(cup_start_angle, start_handle), angle_to_position(cup_start_angle, stop_handle))
    else
    cairo_arc(display, x, y, cup_radius, angle_to_position(cup_start_angle, start_handle), angle_to_position(cup_start_angle, stop_handle))
    end
    cairo_set_line_width(display, handle_length)    
    cairo_set_source_rgba(display, rgb_to_r_g_b(handle_fg_clr, handle_fg_alpha))
    cairo_stroke(display)
  end
--saucers   
---thick saucer     
    if saucer_fg_alpha > 0 and (thin_saucer_circ >0 or thick_saucer_circ > 0)
      then 
    if value < (max_value/2) 
        then j = value + ((max_value*total_saucer_angle)/720)
        else j = value - ((max_value*total_saucer_angle)/720)
    end
 
    local start_saucer = (saucer_sector_angle * j) - (value*saucer_sector_angle*0.5*thick_saucer_circ)
    local stop_saucer = (saucer_sector_angle * j) + (value*saucer_sector_angle*0.5*thick_saucer_circ)
    if total_angle < 0 then
    cairo_arc_negative(display, x, y, saucer_radius, angle_to_position(cup_start_angle, start_saucer), angle_to_position(cup_start_angle, stop_saucer))
    else
    cairo_arc(display, x, y, saucer_radius, angle_to_position(cup_start_angle, start_saucer), angle_to_position(cup_start_angle, stop_saucer))
    end
    cairo_set_source_rgba(display, rgb_to_r_g_b(saucer_fg_clr, saucer_fg_alpha))
    cairo_set_line_width(display, saucer_thickness)
    cairo_stroke(display)
    --thin saucer
      if inner_saucer == true 
      then rt = (saucer_radius - 0.5) + (0.5 * saucer_thickness)
      else rt = (saucer_radius + 0.5) - (0.5 * saucer_thickness)  
      end
    local start_thin_saucer = (saucer_sector_angle * j) - (max_value *0.5*saucer_sector_angle*thin_saucer_circ)
    local stop_thin_saucer = (saucer_sector_angle * j) + (max_value *0.5*saucer_sector_angle*thin_saucer_circ)
    if total_angle < 0 then
    cairo_arc_negative(display, x, y, rt, angle_to_position(cup_start_angle, start_thin_saucer), angle_to_position(cup_start_angle, stop_thin_saucer))
    else
    cairo_arc(display, x, y, rt, angle_to_position(cup_start_angle, start_thin_saucer), angle_to_position(cup_start_angle, stop_thin_saucer))
    end
    cairo_set_source_rgba(display, rgb_to_r_g_b(saucer_fg_clr, saucer_fg_alpha))
    cairo_set_line_width(display, 1)
    cairo_stroke(display)
   end
--saucer mark
    if saucer_mark_fg_alpha > 0 then 
    local start_cm = (saucer_sector_angle * value) - (handle_circ *0.5 )
    local stop_cm = (saucer_sector_angle * value) + (handle_circ *0.5 )
    if total_angle < 0 then
      cairo_arc_negative(display, x, y, saucer_radius, angle_to_position(cup_start_angle, start_cm), angle_to_position(cup_start_angle, stop_cm))
    else
      cairo_arc(display, x, y, saucer_radius, angle_to_position(cup_start_angle, start_cm), angle_to_position(cup_start_angle, stop_cm))
    end
    cairo_set_source_rgba(display, rgb_to_r_g_b(saucer_mark_fg_clr, saucer_mark_fg_alpha))
        cairo_set_line_width(display, saucer_thickness)
        cairo_stroke(display)
    end 
--graduation mark 
     if graduation_radius > 0 and graduation_thickness > 0 and graduation_mark_angle > 0 then
        number_graduation = (math.abs(total_angle) +1)/ graduation_mark_angle
        local start_arc_grad = 0
        local stop_arc_grad = 0
    local i = 0
        while i < number_graduation do            
            local start_arc_grad = (graduation_mark_angle * (i)) - (graduation_mark_circ *0.5)
            local stop_arc_grad = (graduation_mark_angle * (i)) + (graduation_mark_circ *0.5)
            if total_angle < 0 then
          cairo_arc_negative(display, x, y, graduation_radius, angle_to_position(cup_start_angle, start_arc_grad), angle_to_position(cup_start_angle, stop_arc_grad))
        else
          cairo_arc(display, x, y, graduation_radius, angle_to_position(cup_start_angle, start_arc_grad), angle_to_position(cup_start_angle, stop_arc_grad))
        end
        cairo_set_source_rgba(display,rgb_to_r_g_b(graduation_fg_clr,graduation_fg_alpha))
            cairo_set_line_width(display, graduation_thickness)
        cairo_stroke(display)            
            i = i + 1
        end
    end   
-- text
  if txt_fg_alpha>0 then 
    cairo_select_font_face (display, "hooge 05_53", CAIRO_FONT_SLANT_NORMAL, txt_weight);
    cairo_set_font_size (display,txt_size)
    cairo_set_source_rgba (display, rgb_to_r_g_b(txt_fg_clr, txt_fg_alpha))
    cairo_move_to (display,x+xtxt,y+ytxt)
    cairo_show_text (display, caption ) cairo_show_text (display,value)cairo_show_text (display, caption2 )
    cairo_stroke (display)
  end
end
-------------------------------------------------------------------------------
-- loads data and displays table_settings
function display_coffee_table(display)
    local function load_coffee_table(display, data)
        local str, value = '', 0       
    if data['name'] == 'time2' then
        local max_value = data['max_value']
            str = string.format('${time %s}', data['arg'])
            str = conky_parse(str)
            local value2 = tonumber(str:sub(0,2))
        if value2 == max_value then value2 = 0 end
        value = value2 + (tonumber(str:sub(4,5))/60)                
    else
            str = string.format('${%s %s}',data['name'], data['arg'])
            str = conky_parse(str)
            value = tonumber(str)
        end     
        if value == nil then value = 0 end
        draw_coffee_table(display, data, value)
    end
    for i in pairs(coffee_table) do
        load_coffee_table(display, coffee_table[i])
    end
end
-------------------------------------------------------------------------------
runscheck = 0 -- fix for draw shades running script twice on every update
function conky_main()
    if conky_window == nil then 
        return
    end
    local cs = cairo_xlib_surface_create(conky_window.display, conky_window.drawable, conky_window.visual, conky_window.width, conky_window.height)
    local display = cairo_create(cs)
    local updates = conky_parse('${updates}')
    update_num = tonumber(updates)
    if update_num > 5 then
      cairo_set_antialias (display, CAIRO_ANTIALIAS_SUBPIXEL)
      display_coffee_table(display)
      cairo_set_antialias (display, CAIRO_ANTIALIAS_DEFAULT)
    end    
    cairo_surface_destroy(cs)
    cairo_destroy(display)
end
 

--[[
Clock Rings by londonali1010 (2009)
This script draws percentage meters as rings, and also draws clock hands if you want! It is fully customisable; all options are described in the script. This script is based off a combination of my clock.lua script and my rings.lua script.
IMPORTANT: if you are using the 'cpu' function, it will cause a segmentation fault if it tries to draw a ring straight away. The if statement near the end of the script uses a delay to make sure that this doesn't happen. It calculates the length of the delay by the number of updates since Conky started. Generally, a value of 5s is long enough, so if you update Conky every 1s, use update_num > 5 in that if statement (the default). If you only update Conky every 2s, you should change it to update_num > 3; conversely if you update Conky every 0.5s, you should use update_num > 10. ALSO, if you change your Conky, is it best to use "killall conky; conky" to update it, otherwise the update_num will not be reset and you will get an error.
To call this script in Conky, use the following (assuming that you save this script to ~/scripts/rings.lua):
    lua_load ~/scripts/clock_rings-v1.1.1.lua
    lua_draw_hook_pre clock_rings
Changelog:
+ v1.1.1 -- Fixed minor bug that caused the script to crash if conky_parse() returns a nil value (20.10.2009)
+ v1.1 -- Added colour option for clock hands (07.10.2009)
+ v1.0 -- Original release (30.09.2009)
]]
settings_table = {
    {
        -- Edit this table to customise your rings.
        -- You can create more rings simply by adding more elements to settings_table.
        -- "name" is the type of stat to display; you can choose from 'cpu', 'memperc', 'fs_used_perc', 'battery_used_perc'.
        name='time',
        -- "arg" is the argument to the stat type, e.g. if in Conky you would write ${cpu cpu0}, 'cpu0' would be the argument. If you would not use an argument in the Conky variable, use ''.
        arg='%I',
        -- "max" is the maximum value of the ring. If the Conky variable outputs a percentage, use 100.
        max=12,
        -- "bg_colour" is the colour of the base ring.
        bg_colour=0xFFFFFF,
        -- "bg_alpha" is the alpha value of the base ring.
        bg_alpha=0.0,
        -- "fg_colour" is the colour of the indicator part of the ring.
        fg_colour=0xFFFFFF,
        -- "fg_alpha" is the alpha value of the indicator part of the ring.
        fg_alpha=0.0,
        -- "x" and "y" are the x and y coordinates of the centre of the ring, relative to the top left corner of the Conky window.
        x=150, y=150,
        -- "radius" is the radius of the ring.
        radius=133,
        -- "thickness" is the thickness of the ring, centred around the radius.
        thickness=4,
        -- "start_angle" is the starting angle of the ring, in degrees, clockwise from top. Value can be either positive or negative.
        start_angle=0,
        -- "end_angle" is the ending angle of the ring, in degrees, clockwise from top. Value can be either positive or negative, but must be larger than start_angle.
        end_angle=360
    },
    {
        name='time',
        arg='%M',
        max=60,
        bg_colour=0xFFFFFF,
        bg_alpha=0.0,
        fg_colour=0xFFFFFF,
        fg_alpha=0.0,
        x=150, y=150,
        radius=140,
        thickness=4,
        start_angle=0,
        end_angle=360
    },
    {
        name='time',
        arg='%S',
        max=60,
        bg_colour=0xFFFFFF,
        bg_alpha=0.0,
        fg_colour=0xFFFFFF,
        fg_alpha=0.0,
        x=150, y=150,
        radius=147,
        thickness=4,
        start_angle=0,
        end_angle=360
    },
 
 
 
    }
-- Use these settings to define the origin and extent of your clock.
clock_r=127
-- "clock_x" and "clock_y" are the coordinates of the centre of the clock, in pixels, from the top left of the Conky window.
clock_x=170
clock_y=170
-- Colour & alpha of the clock hands
clock_colour=0xFFFFFF
clock_alpha=1
-- Do you want to show the seconds hand?
show_seconds=true
require 'cairo'
function rgb_to_r_g_b(colour,alpha)
    return ((colour / 0x10000) % 0x100) / 255., ((colour / 0x100) % 0x100) / 255., (colour % 0x100) / 255., alpha
end
function draw_ring(cr,t,pt)
    local w,h=conky_window.width,conky_window.height
    local xc,yc,ring_r,ring_w,sa,ea=pt['x'],pt['y'],pt['radius'],pt['thickness'],pt['start_angle'],pt['end_angle']
    local bgc, bga, fgc, fga=pt['bg_colour'], pt['bg_alpha'], pt['fg_colour'], pt['fg_alpha']
    local angle_0=sa*(2*math.pi/360)-math.pi/2
    local angle_f=ea*(2*math.pi/360)-math.pi/2
    local t_arc=t*(angle_f-angle_0)
    -- Draw background ring
    cairo_arc(cr,xc,yc,ring_r,angle_0,angle_f)
    cairo_set_source_rgba(cr,rgb_to_r_g_b(bgc,bga))
    cairo_set_line_width(cr,ring_w)
    cairo_stroke(cr)
    -- Draw indicator ring
    cairo_arc(cr,xc,yc,ring_r,angle_0,angle_0+t_arc)
    cairo_set_source_rgba(cr,rgb_to_r_g_b(fgc,fga))
    cairo_stroke(cr)
end
function draw_clock_hands(cr,xc,yc)
    local secs,mins,hours,secs_arc,mins_arc,hours_arc
    local xh,yh,xm,ym,xs,ys
    secs=os.date("%S")
    mins=os.date("%M")
    hours=os.date("%I")
    secs_arc=(2*math.pi/60)*secs
    mins_arc=(2*math.pi/60)*mins+secs_arc/60
    hours_arc=(2*math.pi/12)*hours+mins_arc/12
    -- Draw hour hand
    xh=xc+0.7*clock_r*math.sin(hours_arc)
    yh=yc-0.7*clock_r*math.cos(hours_arc)
    cairo_move_to(cr,xc,yc)
    cairo_line_to(cr,xh,yh)
    cairo_set_line_cap(cr,CAIRO_LINE_CAP_ROUND)
    cairo_set_line_width(cr,5)
    cairo_set_source_rgba(cr,rgb_to_r_g_b(clock_colour,clock_alpha))
    cairo_stroke(cr)
    -- Draw minute hand
    xm=xc+clock_r*math.sin(mins_arc)
    ym=yc-clock_r*math.cos(mins_arc)
    cairo_move_to(cr,xc,yc)
    cairo_line_to(cr,xm,ym)
    cairo_set_line_width(cr,3)
    cairo_stroke(cr)
    -- Draw seconds hand
    if show_seconds then
        xs=xc+clock_r*math.sin(secs_arc)
        ys=yc-clock_r*math.cos(secs_arc)
        cairo_move_to(cr,xc,yc)
        cairo_line_to(cr,xs,ys)
        cairo_set_line_width(cr,1) -- (cr,1)
        cairo_stroke(cr)
    end
end
function conky_clock_rings()
    local function setup_rings(cr,pt)
        local str=''
        local value=0
        str=string.format('${%s %s}',pt['name'],pt['arg'])
        str=conky_parse(str)
        value=tonumber(str)
        if value == nil then value = 0 end
        pct=value/pt['max']
        draw_ring(cr,pct,pt)
    end
    -- Check that Conky has been running for at least 5s
    if conky_window==nil then return end
    local cs=cairo_xlib_surface_create(conky_window.display,conky_window.drawable,conky_window.visual, conky_window.width,conky_window.height)
    local cr=cairo_create(cs)    
    local updates=conky_parse('${updates}')
    update_num=tonumber(updates)
    if update_num>5 then
        for i in pairs(settings_table) do
            setup_rings(cr,settings_table[i])
        end
    end
    draw_clock_hands(cr,clock_x,clock_y)
end
 

${image $HOME/.conky/cronograph/images/Blank.png -p 145, 32 -s 40x40}${if_match ${execi 1 num=$(date +%-S);rem=$(( num % 2 ));if [ $rem -eq 0 ] ; then echo 0 ; else  echo 1 ; fi}==0}${image $HOME/.conky/cronograph/images/Blue.png -p 145, 32 -s 40x40}${endif}
${image $HOME/.conky/cronograph/images/Blank.png -p 145, 258 -s 40x40}${if_match ${execi 1 num=$(date +%-S);rem=$(( num % 2 ));if [ $rem -eq 0 ] ; then echo 0 ; else  echo 1 ; fi}==0}${image $HOME/.conky/cronograph/images/Blue.png -p 145, 258 -s 40x40}${endif}
${image $HOME/.conky/cronograph/images/Blank.png -p 33, 145 -s 40x40}${if_match ${execi 1 num=$(date +%-S);rem=$(( num % 2 ));if [ $rem -eq 0 ] ; then echo 0 ; else  echo 1 ; fi}==0}${image $HOME/.conky/cronograph/images/Blue.png -p 33, 145 -s 40x40}${endif}
${image $HOME/.conky/cronograph/images/Blank.png -p 257, 145 -s 40x40}${if_match ${execi 1 num=$(date +%-S);rem=$(( num % 2 ));if [ $rem -eq 0 ] ; then echo 0 ; else  echo 1 ; fi}==0}${image $HOME/.conky/cronograph/images/Blue.png -p 257, 145 -s 40x40}${endif}
 

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]],