Conky-conkyrc-scripts-partie 3

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
 

 
background yes
use_xft yes
xftfont URW Chancery L:style=Bold:size=10
xftalpha 1
update_interval 1.0
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 410 820
maximum_width 410
text_buffer_size 2048
draw_shades no
draw_outline no
draw_borders no
draw_graph_borders no
default_color ffffff
default_outline_color black
alignment tl
gap_x 20
gap_y 60
no_buffers yes
uppercase no
cpu_avg_samples 2
override_utf8_locale yes
# Fonctionne uniquement avec les polices Fixes
#use_spacer yes
imlib_cache_size 0 
 uppercase no
 # -- Déclaration template -- #
 template0 ${lua fDrawImage ~/.conky/conky-meteo/meteo/images/1 2 3 4 5} # -- images fond -- #
 template1 ${lua Meteo_1 2 3 4 5 6} # -- gestion météo --#
 template2 ${lua Meteo_1 2 3 4 5 6 7} # -- icônes météo -- 2=répertoire icônes 3=position 4=taille 5=jour (pour les prévisions) #
 template3 ${lua Lune_1} 
 template4 ${lua_parse Images_1 2 3 60 4} # -- Appelle image -- 2=position 3=taille 4=jour (pour les prévisions) #
 lua_load ~/.conky/conky-meteo/meteo_lua_2/scripts/meteo2.lua
 lua_load ~/.conky/conky-meteo/meteo_lua_2/scripts/baro.lua
lua_draw_hook_pre main
lua_load ~/.conky/conky-meteo/meteo_lua_2/scripts/textwriting.lua
lua_draw_hook_post draw_text
 lua_startup_hook init ~/.conky/conky-meteo/meteo6jours/meteo.cfg 
 
 
TEXT
#### Heure ####
${template1 Maj}
${voffset -25}${font LED_mono :style=Medium:size=30}${goto 30}${time %H}${goto 80}: ${goto 95}${time %M}${font LED_mono :size=20:style=Medium}${color 808080}${goto 150}${time %S}${font}
##### Date et Saints du jour #####
${voffset -40}${goto 220}${color yellow}${font URW Chancery L :size=16:style=Bold}${exec date "+%A %d %B %Y"|sed 's/^.| [a-z]/U&/g'}${font}${color}
${voffset -1}${goto 250}Aujourd'hui St :${texeci 1000 wget -O - -q  http://fetedujour.fr/  --user-agent="Mozilla/5.0 (Windows NT 5.1; rv:31.0) Gecko/20100101 Firefox/31.0" | grep h2 | head -1 | cut -d">" -f2 | cut -d"<" -f1 | cut -d":" -f2 } 
##### Heure mise à jour #####
${voffset 1}${goto 130}Dernière mise à jour : ${template1 Heure} h ${template1 Minute}
##### Ville plus température et condition actuelles #####
${voffset 10}${goto 15}${font URW Chancery L :size=12 style:bold}${template1 Ville} : ${font}
${voffset 10}${goto 10}${template1  CondMeteo1} ${voffset 15}${goto 10}${template1  CondMeteo2} ${voffset -55}${goto 240}${font URW Chancery L :size=30:style=Bold}${if_match ${template1 TempAct}<5}${color cornflowerblue}${blink ${template1 TempAct}°}${else}${color ffe595}${template1 TempAct}°${endif} ${font}
##### Affichage infos vent   ######
${voffset 50}${color ffffff}Vent : ${template1 VentDirP}    Vitesse : ${template1 VentForce} km/h   max: ${template1 Jour_VentRafales 1} Km/h     Pluie : ${template1 Jour_NivPrec 1} mm     Visibilité: ${template1  Visibilite 1} km
#### Prévisions six prochaines heures #####
${voffset -2}${goto 10}${template1 huitHeures_Heure 1} h         ${goto 85}${template1 huitHeures_Heure 2} h         ${goto 160}${template1 huitHeures_Heure 3} h         ${goto 235}${template1 huitHeures_Heure 4} h     ${goto 305}${template1 huitHeures_Heure 5} h         ${goto 380}${template1 huitHeures_Heure 6} h    
${voffset -5}${goto 15}${template1 huitHeures_Temp 1}°           ${goto 90}${template1 huitHeures_Temp 2}°           ${goto 165}${template1 huitHeures_Temp 3}°           ${goto 240}${template1 huitHeures_Temp 4}°       ${goto 310}${template1 huitHeures_Temp 5}°           ${goto 385}${template1 huitHeures_Temp 6}°                      
##### Prévisions six prochains jours #####
${voffset 35}${alignc 95}${template1 Jour %a_%d 2}${alignc 40}${template1 Jour %a_%d 3}${alignc -15}${template1 Jour %a_%d 4}${alignc -72}${template1 Jour %a_%d 5}${alignc -127}${template1 Jour %a_%d 6}${alignc -175}${template1 Jour %a_%d 7}
${voffset -5}${alignc 85}${color cornflowerblue}${template1 Nuit_Temp 2}°${color white} | ${color red}${template1 Jour_Temp 2}°  ${alignc 38}${color cornflowerblue}${template1 Nuit_Temp 3}°${color white} | ${color red}${template1 Jour_Temp 3}° ${alignc -20}${color cornflowerblue}${template1 Nuit_Temp 4}°${color white} | ${color red}${template1 Jour_Temp 4}° ${alignc -72}${color cornflowerblue}${template1 Nuit_Temp 5}°${color white} | ${color red}${template1 Jour_Temp 5}°${alignc -128}${color cornflowerblue}${template1 Nuit_Temp 6}°${color white} | ${color red}${template1 Jour_Temp 6}°  ${alignc -173}${color cornflowerblue}${template1 Nuit_Temp 7}°${color white} | ${color red}${template1 Jour_Temp 7}°${font}${color}
#### Lunaison ####
${voffset 50}${goto 190}${font URW Chancery L:style=Bold:size=20}Lune ${font}
${template1 horsligne}
${voffset -20}Ephéméride :          ${goto 110}${template3 ephemerides}
Phase :               ${goto 110}${template3 Phases}
Taux de visibilitée : ${goto 110}${template3 Visibilite } %                            ${goto 180}Age : ${template3 Age}
La Lune se lève à  :  ${goto 110}${template3 HLeverLune}  :  ${template3 MLeverLune}   ${goto 180}Et se couche à  : ${template3 HCoucherLune}  :  ${template3 MCoucherLune}
#### Pression ####
${voffset 10}${goto 160}${font URW Chancery L:style=Bold:size=20}Baromètre${font}
${voffset 150}${goto 185}${template1 Pression 1} mb
#### Affichage base ####
${template0 base.png 0 0 420 330}
${template0 base.png 0 335 420 110}
${template0 base.png 0 450 420 200}
#### Réduction de la hauteur du conky ####
${voffset -2000}
#### Affichage icones condition actuelle et rose des vents ####
${template2 IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 290 80 90 80} ${template2 IconeV ~/.conky/conky-meteo/meteo_lua_2/icones 240 125 40 40}
#### Affichage icones prévisions six prochaines heures ####
${template2 huitHeures_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones   1 215 50 40 1}
${template2 huitHeures_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones  70 215 50 40 2} 
${template2 huitHeures_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 145 215 50 40 3}
${template2 huitHeures_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 220 215 50 40 4}
${template2 huitHeures_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 295 215 50 40 5}
${template2 huitHeures_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 365 215 50 40 6} 
#### Affichage six prochains jours ####
${template2 Jour_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones   1 285 50 40 2}
${template2 Jour_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones  70 285 50 40 3}
${template2 Jour_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 145 285 50 40 4}
${template2 Jour_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 220 285 50 40 5}
${template2 Jour_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 295 285 50 40 6}
${template2 Jour_IconeM ~/.conky/conky-meteo/meteo_lua_2/icones 365 285 50 40 7}
#### Affichage image lune ####
${lua fDrawImage /tmp/lune.png 330 360 60 60}
####Affichage baromètre ####
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/15.png  60 600 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/18.png  70 550 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/13.png 105 500 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/14.png 158 470 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/6.png  220 470 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/4.png  260 500 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/3.png  280 550 60 40}
${lua fDrawImage ~/.conky/conky-meteo/meteo_lua_2/icones/icone_meteo/1.png  280 600 60 40}

 
--==============================================================================
--                                 baro.lua
--
--  author  : SLK-adapted by shamen456
--  version : v2011-06-13
--  license : Distributed under the terms of GNU GPL version 2 or later
--
--==============================================================================
require 'cairo'
--------------------------------------------------------------------------------
--                                                                    gauge DATA
gauge = {
{
    name='cpu',                arg='',                      max_value=1060, sub_value=960,
    x=205,                          y=600,
    graph_radius=60,
    graph_thickness=10,
    graph_start_angle=235,
    graph_unit_angle=2.5,          graph_unit_thickness=2.,
    graph_bg_colour=0xFFFFFF,      graph_bg_alpha=0.4,
    graph_fg_colour=0xB1ADA7,      graph_fg_alpha=0,
    hand_fg_colour=0x000000,       hand_fg_alpha=.0,
    txt_radius=0,
    txt_weight=0,                  txt_size=10.0,
    txt_fg_colour=0xFFFFFF,        txt_fg_alpha=0,
    graduation_radius=50,
    graduation_thickness=8,        graduation_mark_thickness=2,
    graduation_unit_angle=18,
    graduation_fg_colour=0x4F4B41, graduation_fg_alpha=0,
    caption='',
    caption_weight=1,              caption_size=8.0,
    caption_fg_colour=0xFFFFFF,    caption_fg_alpha=0.8,
},
{
    name='lua',                arg='Meteo_Pression',                      max_value=1050, sub_value=950,
    x=205,                          y=600,
    graph_radius=30,
    graph_thickness=70,
    graph_start_angle=255,
    graph_unit_angle=2.1,          graph_unit_thickness=2.,
    graph_bg_colour=0xFFFFFF,      graph_bg_alpha=0.0,
    graph_fg_colour=0xB1ADA7,      graph_fg_alpha=0,
    hand_fg_colour=0xFF0000,       hand_fg_alpha=0.8,
    txt_radius=20,
    txt_weight=0,                  txt_size=10.0,
    txt_fg_colour=0xFFFFFF,        txt_fg_alpha=0,
    graduation_radius=70,
    graduation_thickness=8,        graduation_mark_thickness=2,
    graduation_unit_angle=18,
    graduation_fg_colour=0x4F4B41, graduation_fg_alpha=1,
    caption='',
    caption_weight=1,              caption_size=8.0,
    caption_fg_colour=0xFFFFFF,    caption_fg_alpha=0.1,
},
{
    name='lua',                arg='Meteo_TempRes',   
    max_value=60,                   sub_value=-30,--valeur de depart du graphe
    x=175,                          y=100,
    graph_radius=20,
    graph_thickness=40,
    graph_start_angle=75,
    graph_unit_angle=2.33,          graph_unit_thickness=1.5,
    graph_bg_colour=0xFFFFFF,      graph_bg_alpha=0,
    graph_fg_colour=0xB1ADA7,      graph_fg_alpha=0,
    hand_fg_colour=0xFF0000,       hand_fg_alpha=0,
    txt_radius=18,
    txt_weight=1,                  txt_size=10.0,
    txt_fg_colour=0xC0C0FF,        txt_fg_alpha=0,
    graduation_radius=20,
    graduation_thickness=8,        graduation_mark_thickness=2,
    graduation_unit_angle=11.6,
    graduation_fg_colour=0xffffff, graduation_fg_alpha=0.9,
    caption='',
    caption_weight=1,              caption_size=8.0,
    caption_fg_colour=0xFFFFFF,    caption_fg_alpha=0.3,
},
{
    name='lua',                arg='Meteo_TempAct',                      max_value=60, sub_value=-30,
    x=175,                          y=100,
    graph_radius=20,
    graph_thickness=40,
    graph_start_angle=75,
    graph_unit_angle=2.33,          graph_unit_thickness=1.5,
    graph_bg_colour=0xFFFFFF,      graph_bg_alpha=0.,
    graph_fg_colour=0xB1ADA7,      graph_fg_alpha=0,
    hand_fg_colour=0xff0000,       hand_fg_alpha=1,
    txt_radius=30,
    txt_weight=1,                  txt_size=10.0,
    txt_fg_colour=0xED7F77,        txt_fg_alpha=0,
    graduation_radius=22,
    graduation_thickness=14,        graduation_mark_thickness=2,
    graduation_unit_angle=23.3,
    graduation_fg_colour=0xffffff, graduation_fg_alpha=1,
    caption='',
    caption_weight=1,              caption_size=8.0,
    caption_fg_colour=0xFFFFFF,    caption_fg_alpha=0.9,
},
}
-------------------------------------------------------------------------------
--                                                                 rgb_to_r_g_b
-- converts color in hexa to decimal
--
function rgb_to_r_g_b(colour, alpha)
    return ((colour / 0x10000) % 0x100) / 255., ((colour / 0x100) % 0x100) / 255., (colour % 0x100) / 255., alpha
end
-------------------------------------------------------------------------------
--                                                            angle_to_position
-- convert degree to rad and rotate (0 degree is top/north)
--
function angle_to_position(start_angle, current_angle)
    local pos = current_angle + start_angle
    return ( ( pos * (2 * math.pi / 360) ) - (math.pi / 2) )
end
-------------------------------------------------------------------------------
--                                                              draw_gauge_ring
-- displays gauges
--
function draw_gauge_ring(display, data, value)
    local max_value = data['max_value']-data['sub_value']
    local sub_value = data['sub_value']
    local x, y = data['x'], data['y']
    local graph_radius = data['graph_radius']
    local graph_thickness, graph_unit_thickness = data['graph_thickness'], data['graph_unit_thickness']
    local graph_start_angle = data['graph_start_angle']
    local graph_unit_angle = data['graph_unit_angle']
    local graph_bg_colour, graph_bg_alpha = data['graph_bg_colour'], data['graph_bg_alpha']
    local graph_fg_colour, graph_fg_alpha = data['graph_fg_colour'], data['graph_fg_alpha']
    local hand_fg_colour, hand_fg_alpha = data['hand_fg_colour'], data['hand_fg_alpha']
    local graph_end_angle = (max_value * graph_unit_angle) % 360
    -- background ring
    cairo_arc(display, x, y, graph_radius, angle_to_position(graph_start_angle, 0), angle_to_position(graph_start_angle, graph_end_angle))
    cairo_set_source_rgba(display, rgb_to_r_g_b(graph_bg_colour, graph_bg_alpha))
    cairo_set_line_width(display, graph_thickness)
    cairo_stroke(display)
    -- arc of value
    local val = (value-sub_value) % (max_value + 1)
    local start_arc = 0
    local stop_arc = 0
    local i = 1
    while i <= val do
        start_arc = (graph_unit_angle * i) - graph_unit_thickness
        stop_arc = (graph_unit_angle * i)
        cairo_arc(display, x, y, graph_radius, angle_to_position(graph_start_angle, start_arc), angle_to_position(graph_start_angle, stop_arc))
        cairo_set_source_rgba(display, rgb_to_r_g_b(graph_fg_colour, graph_fg_alpha))
        cairo_stroke(display)
        i = i + 1
    end
    local angle = start_arc
    -- hand
    start_arc = (graph_unit_angle * val) - (graph_unit_thickness * 2)
    stop_arc = (graph_unit_angle * val)
    cairo_arc(display, x, y, graph_radius, angle_to_position(graph_start_angle, start_arc), angle_to_position(graph_start_angle, stop_arc))
    cairo_set_source_rgba(display, rgb_to_r_g_b(hand_fg_colour, hand_fg_alpha))
    cairo_stroke(display)
    -- graduations marks
    local graduation_radius = data['graduation_radius']
    local graduation_thickness, graduation_mark_thickness = data['graduation_thickness'], data['graduation_mark_thickness']
    local graduation_unit_angle = data['graduation_unit_angle']
    local graduation_fg_colour, graduation_fg_alpha = data['graduation_fg_colour'], data['graduation_fg_alpha']
    if graduation_radius > 0 and graduation_thickness > 0 and graduation_unit_angle > 0 then
        local nb_graduation = graph_end_angle / graduation_unit_angle
        local i = 0
        while i < nb_graduation do
            cairo_set_line_width(display, graduation_thickness)
            start_arc = (graduation_unit_angle * i) - (graduation_mark_thickness / 2)
            stop_arc = (graduation_unit_angle * i) + (graduation_mark_thickness / 2)
            cairo_arc(display, x, y, graduation_radius, angle_to_position(graph_start_angle, start_arc), angle_to_position(graph_start_angle, stop_arc))
            cairo_set_source_rgba(display,rgb_to_r_g_b(graduation_fg_colour,graduation_fg_alpha))
            cairo_stroke(display)
            cairo_set_line_width(display, graph_thickness)
            i = i + 1
        end
    end
    -- text
    local txt_radius = data['txt_radius']
    local txt_weight, txt_size = data['txt_weight'], data['txt_size']
    local txt_fg_colour, txt_fg_alpha = data['txt_fg_colour'], data['txt_fg_alpha']
    local movex = txt_radius * math.cos(angle_to_position(graph_start_angle, angle))
    local movey = txt_radius * math.sin(angle_to_position(graph_start_angle, angle))
    cairo_select_font_face (display, "ubuntu", 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_colour, txt_fg_alpha))
    cairo_move_to (display, x + movex - (txt_size / 2), y + movey + 3)
    cairo_show_text (display, value)
    cairo_stroke (display)
    -- caption
    local caption = data['caption']
    local caption_weight, caption_size = data['caption_weight'], data['caption_size']
    local caption_fg_colour, caption_fg_alpha = data['caption_fg_colour'], data['caption_fg_alpha']
    local tox = graph_radius * (math.cos((graph_start_angle * 2 * math.pi / 360)-(math.pi/2)))
    local toy = graph_radius * (math.sin((graph_start_angle * 2 * math.pi / 360)-(math.pi/2)))
    cairo_select_font_face (display, "ubuntu", CAIRO_FONT_SLANT_NORMAL, caption_weight);
    cairo_set_font_size (display, caption_size)
    cairo_set_source_rgba (display, rgb_to_r_g_b(caption_fg_colour, caption_fg_alpha))
    cairo_move_to (display, x + tox + 5, y + toy + 1)
    -- bad hack but not enough time !
    if graph_start_angle < 105 then
        cairo_move_to (display, x + tox - 30, y + toy + 1)
    end
    cairo_show_text (display, caption)
    cairo_stroke (display)
end
-------------------------------------------------------------------------------
--                                                               go_gauge_rings
-- loads data and displays gauges
--
function go_gauge_rings(display)
    local function load_gauge_rings(display, data)
        local str, value = '', 0
        str = string.format('${%s %s}',data['name'], data['arg'])
        str = conky_parse(str)
        value = tonumber(str)
        draw_gauge_ring(display, data, value)
    end
 
    for i in pairs(gauge) do
        load_gauge_rings(display, gauge[i])
    end
end
-------------------------------------------------------------------------------
--                                                                         MAIN
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
        go_gauge_rings(display)
    end
end

 
--[[circlewriting by mrpeachy (2010)]]
require 'cairo'
function addzero100(num)
if tonumber(num) < 10 then
return "00" .. num
elseif tonumber(num) <100 then
return "0" .. num
else
return num
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 circlewriting(cr, text, font, fsize, radi, horiz, verti, tred, tgreen, tblue, talpha, start, finish, var1)
local inum=string.len(text)
range=finish
deg=(finish-start)/(inum-1)
degrads=1*(math.pi/180)
local textcut=string.gsub(text, ".", "%1@@@")
texttable=string.split(textcut, "@@@")
for i = 1,inum do
ival=i
interval=(degrads*(start+(deg*(i-1))))+var1
interval2=degrads*(start+(deg*(i-1)))
txs=0+radi*(math.sin(interval))
tys=0-radi*(math.cos(interval))
cairo_select_font_face (cr, font, CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL);
cairo_set_font_size (cr, fsize);
cairo_set_source_rgba (cr, tred, tgreen, tblue, talpha);
cairo_move_to (cr, txs+horiz, tys+verti);
cairo_rotate (cr, interval2)
cairo_show_text (cr, (texttable[i]))
cairo_stroke (cr)
cairo_rotate (cr, -interval2)
end
end
function circlewritingdown(cr, text, font, fsize, radi, horiz, verti, tred, tgreen, tblue, talpha, start, finish, var1)
local inum=string.len(text)
deg=(start-finish)/(inum-1)
degrads=1*(math.pi/180)
local textcut=string.gsub(text, ".", "%1@@@")
texttable=string.split(textcut, "@@@")
for i = 1,inum do
ival=i
interval=(degrads*(start-(deg*(i-1))))+var1
interval2=degrads*(start-(deg*(i-1)))
txs=0+radi*(math.sin(interval))
tys=0-radi*(math.cos(interval))
cairo_select_font_face (cr, font, CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL);
cairo_set_font_size (cr, fsize);
cairo_set_source_rgba (cr, tred, tgreen, tblue, talpha);
cairo_move_to (cr, txs+horiz, tys+verti);
cairo_rotate (cr, interval2+(180*math.pi/180))
cairo_show_text (cr, (texttable[i]))
cairo_stroke (cr)
cairo_rotate (cr, -interval2-(180*math.pi/180))
end
end
function conky_draw_text()
local updates=conky_parse('${updates}')
update_num=tonumber(updates)
if update_num > 5 then
if conky_window==nil then return end
local w=conky_window.width
local h=conky_window.height
local cs=cairo_xlib_surface_create(conky_window.display, conky_window.drawable, conky_window.visual, w, h)
cr=cairo_create(cs)
--circlewriting variable
cpu=tonumber(conky_parse('${cpu}'))
--text must be in quotes
text=("Tempete - Pluie - Variable - Beau - Tres Sec")
--text=("Stormy - Rain - Change - Fair - Very Dry") 
--font name must be in quotes
font="URW Chancery L"
fontsize=15
radius=80
positionx=205
positiony=600
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
--to set start and finish values for circlewriting, if the text will cross 0 degrees then you must calculate for 360+finish degrees
--eg if you want to go from 270 to 90, then you will input 270 to 450.  Finish has to be greater than start.
start=-115
finish=115
letterposition=0
circlewriting(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
--circlewritingdown variables
--mem=tonumber(conky_parse('${memperc}'))
--text must be in quotes
text=(" 0 ")
--font name must be in quotes
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
--to set start and finish values for circlewritingdown, if the text will cross 0 degrees then you must calculate for 0-finish degrees
--eg if you want to go from 90 to 270, then you will input 90 to -90.  Start has to be greater than finish
start=150
finish=144
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("50")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
start=268
finish=262
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("40")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
start=245
finish=239
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("30")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
start=222
finish=216
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("20")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
start=199
finish=193
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("10")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=1
colorblue=1
coloralpha=1
start=176
finish=170
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("-10")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=0
colorblue=0
coloralpha=1
start=134
finish=124
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
text=("-20")
font="URW Chancery L"
fontsize=12
radius=48
positionx=175
positiony=100
colorred=1
colorgreen=0
colorblue=0
coloralpha=1
start=112
finish=99
letterposition=0
circlewritingdown(cr, text, font, fontsize, radius, positionx, positiony, colorred, colorgreen, colorblue, coloralpha, start, finish, letterposition)
end
end

 
background yes
use_xft yes
xftfont URW Chancery L:style=Bold:size=10
xftalpha 1
update_interval 1.0
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 410 145
maximum_width 410
text_buffer_size 2048
draw_shades no
draw_outline no
draw_borders no
draw_graph_borders no
default_color ffffff
default_outline_color black
alignment tl
gap_x 0
gap_y 720
no_buffers yes
uppercase no
cpu_avg_samples 2
override_utf8_locale yes
# Fonctionne uniquement avec les polices Fixes
#use_spacer yes
imlib_cache_size 0 
 uppercase no
  # -- Déclaration template -- #
 template0 ${lua fDrawImage ~/.conky/conky-meteo/meteo/images/1 2 3 4 5} # -- images fond -- #
 template1 ${lua Meteo_1 2 3 4 5 6} # -- gestion météo --#
 template2 ${lua Meteo_1 2 3 4 5 6 7} # -- icônes météo -- 2=répertoire icônes 3=position 4=taille 5=jour (pour les prévisions) #
 template3 ${lua Lune_1} 
 template4 ${lua_parse Images_1 2 3 60 4} # -- Appelle image -- 2=position 3=taille 4=jour (pour les prévisions) #
 lua_load ~/.conky/conky-meteo/meteo_lua_2/scripts/meteo2.lua
 lua_startup_hook init ~/.conky/conky-meteo/meteo6jours/meteo.cfg 
 
color1  lightgreen
color2  ff2121
 TEXT
${voffset -30}${goto 100}${font URW Chancery L:style=Bold:size=20}Pression Atmospherique
${if_gw}${execi 1200 bash ~/.conky/barograph/barognuplot.sh }${endif}#
${image ~/.conky/barograph/graph.png -s 285x150 -p 50,10 -n}#
${font URW Chancery L:style=Bold:size=8}}#
 ${voffset -15}${goto 50}${color1} 40 ° ${goto 320}${color2}1040mb
 ${voffset 06} ${goto 50}${color1} 20 ° ${goto 320}${color2}1020mb
 ${voffset 05} ${goto 50}${color1}  0 ° ${goto 320}${color2}1000mb
 ${voffset 09} ${goto 50}${color1}-10 ° ${goto 320}${color2} 980mb
 ${voffset 06} ${goto 50}${color1}-20 ° ${goto 320}${color2} 960mb
 ${template0 base.png 0 0 420 155}
 ${lua fDrawImage ~/.conky/barograph/white.png 70 140 245 12}
 ${voffset -800}
 

#!/bin/bash
## files
LOG="$HOME/.conky/barograph/ListePression.log"
GRAPH="$HOME/.conky/barograph/graph.png"
## Verifier argument 
##Infos generales
DATE=$(date +"%s")
DATE1WEEK=$(date --date="1 week ago" +"%s")
# liste des dates de releve du fichier log
EPOCH=()
while read 
do
    EPOCH+=( "$REPLY" )
done< <(awk '{print $1}' "$LOG")
# si le fichier existe et contient des valeurs de plus d'une semaine (premiere = plus vieille)
#supprimer premiere valeur
[[ -f $LOG ]] && {
    for i in $(seq 0 $(($(wc -l < $LOG)-1)))
    do
        [[ $DATE1WEEK -gt ${EPOCH[$i]} ]] && sed -i '1d' $LOG || break
    done
}
## Conversion en hectopascal et soustraction de la pression moyenne pour ramener l'axe a zero
PR_HP=`awk '/Pression: / {print int($2)}' ~/.conky/conky-meteo/meteo6jours/reptravail/CC`
TEMP=`awk '/Temp: / {print int($2)}' ~/.conky/conky-meteo/meteo6jours/reptravail/CC`
PR_CALC=$(bc << EOF
scale=0
$PR_HP - 1000
EOF
)
echo "$DATE $PR_CALC $TEMP" >> $LOG
gnuplot <<EOF
set border linewidth 2.5
set terminal png enhanced size 300,170  transparent #font "Ubuntu,10" 400,350
set term png font "URW Chancery L:style=Bold,14"
set output "$GRAPH"
unset key
set grid
set xzeroaxis lt 3 lw 1
set yzeroaxis
set ytics ("" -40, "" -20, "" 20, "" 40)
set mxtics 0
set xdata time
set timefmt "%s"
set xtics 86400
set format x "%d"
set style line 1 lw 2
set style line 2 lw 2
plot ["$DATE1WEEK":"$DATE"] [-40:50] "$LOG" using 1:3 with lines ls 2, "$LOG" using 1:2 with lines ls 1
EOF
exit 0