Using the data from the previous post, the gnu file would read as follows
reset b=0.4; a=0.4; B=0.5; r=1.0; s=0.1 set view 30, 20; set parametric unset border; unset tics; unset key; unset colorbox set ticslevel 0 set urange [0:1]; set vrange [0:1] set xrange [-2:2]; set yrange [-2:2]; set zrange [0:3] set multiplot set palette model RGB functions 0.9, 0.9,0.95 splot -2+4*u, -2+4*v, 0 w pm3d set palette model RGB functions 0.8, 0.8, 0.85 splot cos(u*2*pi)*v, sin(u*2*pi)*v, 0 w pm3d set palette model RGB functions 0.333333, 0.166667, 0.111111 set urange [0.000000:0.090909] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 0.666667, 0.333333, 0.222222 set urange [0.090909:0.272727] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 1.000000, 0.500000, 0.333333 set urange [0.272727:0.454545] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 0.333333, 0.666667, 0.444444 set urange [0.454545:0.500000] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 0.666667, 0.833333, 0.555556 set urange [0.500000:0.636364] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 1.000000, 1.000000, 0.666667 set urange [0.636364:0.909091] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 0.333333, 0.166667, 0.777778 set urange [0.909091:1.000000] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d set palette model RGB functions 0.333333, 0.166667, 0.111111 set urange [0.000000:0.090909] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 0.666667, 0.333333, 0.222222 set urange [0.090909:0.272727] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 1.000000, 0.500000, 0.333333 set urange [0.272727:0.454545] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 0.333333, 0.666667, 0.444444 set urange [0.454545:0.500000] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 0.666667, 0.833333, 0.555556 set urange [0.500000:0.636364] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 1.000000, 1.000000, 0.666667 set urange [0.636364:0.909091] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set label 1 "1989" at cos(0.090909*pi)*B+cos(0.090909*pi), sin(0.090909*pi)*B+sin(0.090909*pi) centre set label 2 "1990" at cos(0.363636*pi)*B+cos(0.363636*pi), sin(0.363636*pi)*B+sin(0.363636*pi) centre set label 3 "1991" at cos(0.727273*pi)*B+cos(0.727273*pi), sin(0.727273*pi)*B+sin(0.727273*pi) centre set label 4 "1992" at cos(0.954545*pi)*B+cos(0.954545*pi), sin(0.954545*pi)*B+sin(0.954545*pi) centre set label 5 "1992" at cos(1.136364*pi)*B+cos(1.136364*pi), sin(1.136364*pi)*B+sin(1.136364*pi) centre set label 6 "1993" at cos(1.545455*pi)*B+cos(1.545455*pi), sin(1.545455*pi)*B+sin(1.545455*pi) centre set label 7 "1994" at cos(1.909091*pi)*B+cos(1.909091*pi), sin(1.909091*pi)*B+sin(1.909091*pi) centre set palette model RGB functions 0.333333, 0.166667, 0.777778 set urange [0.909091:1] splot cos(u*2*pi)*v, sin(u*2*pi)*v, a+s w pm3d unset multiplot
However, since you don't want to insert all these numbers by hand, I attach a small script in gawk, that would produce the gnu file for you by the stroke of a key. Here you go:
#!/bin/bash
gawk 'BEGIN {i=0}
{
if($0!~/#/) {
label[i] = $1
v[i] = $2
D+= $2
i++
}
}
END {
print "reset"
print "b=0.4; a=0.4; B=0.5; r=1.0; s=0.1"
print "set view 30, 20; set parametric"
print "unset border; unset tics; unset key; unset colorbox"
print "set ticslevel 0"
print "set urange [0:1]; set vrange [0:1]"
print "set xrange [-2:2]; set yrange [-2:2]; set zrange [0:3]"
print "set multiplot"
print "set palette model RGB functions 0.9, 0.9,0.95"
print "splot -2+4*u, -2+4*v, 0 w pm3d"
print "set palette model RGB functions 0.8, 0.8, 0.85"
print "splot cos(u*2*pi)*v, sin(u*2*pi)*v, 0 w pm3d"
d=0.0;
for(j=0;j<i;j++) {
printf "set palette model RGB functions %f, %f, %f\n", (j%3+1)/3, (j%6+1)/6, (j%9+1)/9
printf "set urange [%f:%f]\n", d, d+v[j]/D
print "splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+v*a w pm3d"
print "splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+v*a w pm3d"
d+=v[j]/D
}
d=0.0;
for(j=0;j<i-1;j++) {
printf "set palette model RGB functions %f, %f, %f\n", (j%3+1)/3, (j%6+1)/6, (j%9+1)/9
printf "set urange [%f:%f]\n", d, d+v[j]/D
print "splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d"
d+=v[j]/D
}
d=v[0]/D;
for(j=0;j<i;j++) {
printf "set label %d \"%s\" at cos(%f*pi)*B+cos(%f*pi), sin(%f*pi)*B+sin(%f*pi) centre\n", j+1, label[j], d, d, d, d
d=d+v[j]/D+v[j+1]/D
}
printf "set palette model RGB functions %f, %f, %f\n", ((i-1)%3+1)/3, ((i-1)%6+1)/6, ((i-1)%9+1)/9
printf "set urange [%f:1]\n", 1.0-v[i-1]/D
print "splot cos(u*2*pi)*v, sin(u*2*pi)*v, a+s w pm3d"
print "unset multiplot"
}' $1
You don't even need to write the gnu file to disc, you can call the gawk script from gnuplot as
load "<pie3d.sh pie.dat
Now, this is not everything. I have recently seen pie charts that are not full, i.e., the centre is missing, as in this one
It is very easy to hack our gnu file above to achieve something like this: the only thing we have to do is to restrict the dummy variable in the parametric plot, so that instead of 0 to 1, now it runs from 0.5 to 1. However, when doing this, we have got to be a bit careful: that particular dummy variable appears at more than one place, so we have to make sure that the actual range doesn't change where we don't want it to change. The snag is that these ranges are linked to each other. But that shouldn't be a problem! In the script below, I highlighted the places to which we have got to pay particular attention.
reset b=0.4; a=0.4; B=0.5; r=1.0; s=0.1 set view 30, 20; set parametric unset border; unset tics; unset key; unset colorbox set ticslevel 0 set urange [0:1]; set vrange [0.5:1] set xrange [-2:2]; set yrange [-2:2]; set zrange [0:3] set multiplot set palette model RGB functions 0.9, 0.9,0.95 splot -2+4*u, -2+4*(1-v)*2, 0 w pm3d set palette model RGB functions 0.8, 0.8, 0.85 splot cos(u*2*pi)*v, sin(u*2*pi)*v, 0 w pm3d set palette model RGB functions 0.333333, 0.166667, 0.111111 set urange [0.000000:0.090909] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 0.666667, 0.333333, 0.222222 set urange [0.090909:0.272727] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 1.000000, 0.500000, 0.333333 set urange [0.272727:0.454545] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 0.333333, 0.666667, 0.444444 set urange [0.454545:0.500000] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 0.666667, 0.833333, 0.555556 set urange [0.500000:0.636364] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 1.000000, 1.000000, 0.666667 set urange [0.636364:0.909091] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 0.333333, 0.166667, 0.777778 set urange [0.909091:1.000000] splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d set palette model RGB functions 0.333333, 0.166667, 0.111111 set urange [0.000000:0.090909] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 0.666667, 0.333333, 0.222222 set urange [0.090909:0.272727] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 1.000000, 0.500000, 0.333333 set urange [0.272727:0.454545] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 0.333333, 0.666667, 0.444444 set urange [0.454545:0.500000] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 0.666667, 0.833333, 0.555556 set urange [0.500000:0.636364] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set palette model RGB functions 1.000000, 1.000000, 0.666667 set urange [0.636364:0.909091] splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d set label 1 "1989" at cos(0.090909*pi)*B+cos(0.090909*pi), sin(0.090909*pi)*B+sin(0.090909*pi) centre set label 2 "1990" at cos(0.363636*pi)*B+cos(0.363636*pi), sin(0.363636*pi)*B+sin(0.363636*pi) centre set label 3 "1991" at cos(0.727273*pi)*B+cos(0.727273*pi), sin(0.727273*pi)*B+sin(0.727273*pi) centre set label 4 "1992" at cos(0.954545*pi)*B+cos(0.954545*pi), sin(0.954545*pi)*B+sin(0.954545*pi) centre set label 5 "1992" at cos(1.136364*pi)*B+cos(1.136364*pi), sin(1.136364*pi)*B+sin(1.136364*pi) centre set label 6 "1993" at cos(1.545455*pi)*B+cos(1.545455*pi), sin(1.545455*pi)*B+sin(1.545455*pi) centre set label 7 "1994" at cos(1.909091*pi)*B+cos(1.909091*pi), sin(1.909091*pi)*B+sin(1.909091*pi) centre set palette model RGB functions 0.333333, 0.166667, 0.777778 set urange [0.909091:1] splot cos(u*2*pi)*v, sin(u*2*pi)*v, a+s w pm3d unset multiplot
Again, it is much easier to do this in a convenient way, so I give my gawk script below.
#!/bin/bash
gawk 'BEGIN {i=0}
{
if($0!~/#/) {
label[i] = $1
v[i] = $2
D+= $2
i++
}
}
END {
print "reset"
print "b=0.4; a=0.4; B=0.5; r=1.0; s=0.1"
print "set view 30, 20; set parametric"
print "unset border; unset tics; unset key; unset colorbox"
print "set ticslevel 0"
print "set urange [0:1]; set vrange [0.5:1]"
print "set xrange [-2:2]; set yrange [-2:2]; set zrange [0:3]"
print "set multiplot"
print "set palette model RGB functions 0.9, 0.9,0.95"
print "splot -2+4*u, -2+4*(1-v)*2, 0 w pm3d"
print "set palette model RGB functions 0.8, 0.8, 0.85"
print "splot cos(u*2*pi)*v, sin(u*2*pi)*v, 0 w pm3d"
d=0.0;
for(j=0;j<i;j++) {
printf "set palette model RGB functions %f, %f, %f\n", (j%3+1)/3, (j%6+1)/6, (j%9+1)/9
printf "set urange [%f:%f]\n", d, d+v[j]/D
print "splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d"
print "splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d"
d+=v[j]/D
}
d=0.0;
for(j=0;j<i-1;j++) {
printf "set palette model RGB functions %f, %f, %f\n", (j%3+1)/3, (j%6+1)/6, (j%9+1)/9
printf "set urange [%f:%f]\n", d, d+v[j]/D
print "splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d"
d+=v[j]/D
}
d=v[0]/D;
for(j=0;j<i;j++) {
printf "set label %d \"%s\" at cos(%f*pi)*B+cos(%f*pi), sin(%f*pi)*B+sin(%f*pi) centre\n", j+1, label[j], d, d, d, d
d=d+v[j]/D+v[j+1]/D
}
printf "set palette model RGB functions %f, %f, %f\n", ((i-1)%3+1)/3, ((i-1)%6+1)/6, ((i-1)%9+1)/9
printf "set urange [%f:1]\n", 1.0-v[i-1]/D
print "splot cos(u*2*pi)*v, sin(u*2*pi)*v, a+s w pm3d"
print "unset multiplot"
}' $1
Well, this is for today. So long!
times
Where is the pie.dat file?
ReplyDeleteYou are right, I haven't published the file. On the other hand, I pointed out somewhere that it is just a two-column file, with the first being the label, the second being the actual data. But if you insist, here is the file that I used, and referred to as pie.dat
ReplyDelete1989 0.1
1990 0.2
1991 0.2
1992 0.05
1993 0.15
1994 0.3
1995 0.1
Cheers,
Gnuplotter
so great
ReplyDeleteI am trying to duplicate your results with Gnuplot 4.4rc1 without much success. If I output this graph as a PNG, I only get text. If I output it as an SVG it looks OK but not anti-aliased in Chrome and Firefox. If I load the SVG into Inkscape, or use ImageMagick to convert it to a PNG, I get some really odd transparency on top that shows the inner circle and some pretty significant moiree (but the lines dividing the slices are nice and smooth.
ReplyDeleteWhat version of Gnuplot are you using?
Hello Alex,
ReplyDeleteWhen I was doing these charts, I used gnuplot 4.2, but I believe that it should work with 4.4. I will try it. However, what you say about the png file is more disturbing. I could get png work on 4.4, in fact, I use that all the time without any problems. Can you produce any png files at all? Can you post the relevant part of your code?
Cheers,
Zoltán
I have tried to implement an arbitrary inner radius for the script. It kinda works, although the "lid" of the plot is sometimes too large, sometimes too small (try 0, 0.25, 0.75) in gnuplot 4.4
ReplyDeleteAny ideas why this may be happening?
___
#!/bin/bash
## pie3dh.sh script
## call with pie3dh.sh , where 0 < inner radius < 1
if [ -z "$2" ]
then
v0=0.5
else
v0=$2
echo "set radius to $v0" >&2
fi
gawk 'BEGIN {i=0}
{
if($0!~/#/) {
label[i] = $1
v[i] = $2
D+= $2
i++
}
}
END {
print "reset"
print "set term postscript enhanced eps color dashed size 5,3.5 24"
print "set output \"pie.eps\""
print "b=0.4; a=0.4; B=0.5; r=1.0; s=0.1; v0='$v0';"
print "set view 30, 20; set parametric"
print "unset border; unset tics; unset key; unset colorbox"
print "set ticslevel 0"
print "set urange [0:1]; set vrange [v0:1]"
print "set xrange [-2:2]; set yrange [-2:2]; set zrange [0:3]"
print "set isosamples 10,10"
print "set multiplot"
print "set palette model RGB functions 0.9, 0.9,0.95"
print "splot -2+4*u, -2+4*(1-v)/(1-v0), 0 w pm3d"
print "set palette model RGB functions 0.8, 0.8, 0.85"
print "splot cos(u*2*pi)*v, sin(u*2*pi)*v, 0 w pm3d"
d=0.0;
for(j=0;j<i;j++) {
printf "set palette model RGB functions %f, %f, %f\n", (j%3+1)/3, (j%6+1)/6, (j%9+1)/9
printf "set urange [%f:%f]\n", d, d+v[j]/D
print "splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a/(1-v0) w pm3d"
print "splot cos(u*2*pi)*r*v0, sin(u*2*pi)*r*v0, s+(1-v)*a/(1-v0) w pm3d"
d+=v[j]/D
}
d=0.0;
for(j=0;j<i-1;j++) {
printf "set palette model RGB functions %f, %f, %f\n", (j%3+1)/3, (j%6+1)/6, (j%9+1)/9
printf "set urange [%f:%f]\n", d, d+v[j]/D
print "splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d"
d+=v[j]/D
}
d=v[0]/D;
for(j=0;j<i;j++) {
printf "set label %d \"%s\" at cos(%f*pi)*B+cos(%f*pi), sin(%f*pi)*B+sin(%f*pi) centre\n", j+1, label[j], d, d, d, d
d=d+v[j]/D+v[j+1]/D
}
printf "set palette model RGB functions %f, %f, %f\n", ((i-1)%3+1)/3, ((i-1)%6+1)/6, ((i-1)%9+1)/9
printf "set urange [%f:1]\n", 1.0-v[i-1]/D
print "splot cos(u*2*pi)*v, sin(u*2*pi)*v, a+s w pm3d"
print "unset multiplot"
print "!gv -scale=3 pie.eps &"
}' $1
hi all,
ReplyDeleteI found this (rather old) post, and attempted to reproduce the sample gnuplot config to get such a 3D pie-chart.
However my GNUPLOT command yells at me with
Warning: empty cb range [0:0], adjusting to [-1:1]
Warning: empty cb range [0:0], adjusting to [-1:1]
Warning: empty cb range [0.5:0.5], adjusting to [0.495:0.505]
Warning: empty cb range [0.5:0.5], adjusting to [0.495:0.505]
Warning: empty cb range [0.5:0.5], adjusting to [0.495:0.505]
No idea where to start looking, maybe it has to do with the colors, based on what I found in some web articles about the 'cb' axis.
my gnuplot binary is version 4.4.0, compiled from the source files bundle.
my config file is :
reset
set term postscript enhanced eps color dashed size 5,3.5 24
set output "/tmp/2011.eps"
set title "Iaccounts - 2011"
b=0.4; a=0.4; B=0.5; r=1.0; s=0.1
set view 30, 20; set parametric
unset border; unset tics; unset key; unset colorbox
set ticslevel 0
set urange [0:1]; set vrange [0.5:1]
set xrange [-2:2]; set yrange [-2:2]; set zrange [0:3]
set isosamples 10,10
set multiplot
set palette model RGB functions 0.9, 0.9,0.95
splot -2+4*u, -2+4*(1-v)*2, 0 w pm3d
set palette model RGB functions 0.8, 0.8, 0.85
splot cos(u*2*pi)*v, sin(u*2*pi)*v, 0 w pm3d
set palette model RGB functions 0.333333, 0.166667, 0.111111
set urange [0.000000:0.248093]
splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d
splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d
set palette model RGB functions 0.666667, 0.333333, 0.222222
set urange [0.248093:0.712216]
splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d
splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d
set palette model RGB functions 1.000000, 0.500000, 0.333333
set urange [0.712216:1.000000]
splot cos(u*2*pi)*r, sin(u*2*pi)*r, s+(1-v)*a*2 w pm3d
splot cos(u*2*pi)*r/2, sin(u*2*pi)*r/2, s+(1-v)*a*2 w pm3d
set palette model RGB functions 0.333333, 0.166667, 0.111111
set urange [0.000000:0.248093]
splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d
set palette model RGB functions 0.666667, 0.333333, 0.222222
set urange [0.248093:0.712216]
splot cos(u*2*pi)*r*v, sin(u*2*pi)*r*v, s+a w pm3d
set label 1 "BW_QoS_UDF_update" at cos(0.248093*pi)*B+cos(0.248093*pi), sin(0.248093*pi)*B+sin(0.248093*pi)
centre
set label 2 "Category I" at cos(0.960310*pi)*B+cos(0.960310*pi), sin(0.960310*pi)*B+sin(0.960310*pi) centre
set label 3 "Category II" at cos(1.712216*pi)*B+cos(1.712216*pi), sin(1.712216*pi)*B+sin(1.712216*pi) centre
set palette model RGB functions 1.000000, 0.500000, 0.333333
set urange [0.712216:1]
splot cos(u*2*pi)*v, sin(u*2*pi)*v, a+s w pm3d
unset multiplot
Sorry, mistake in the version number of my gnuplot : it is not 4.4.0, but rather 4.4 patchlevel 4 (which thus equals 4.4.4)
ReplyDelete
ReplyDeleteGreat post! I am actually getting ready to across this information, It's very helpful for this blog.Also great with all of the valuable information you have Keep up the good work you are doing well. Roles and reponsibilities of hadoop developer | hadoop developer skills Set | hadoop training course fees in chennai | Hadoop Training in Chennai Omr
ReplyDeleteGreetings! Very helpful advice within this article! It is the little changes that produce the largest changes. Many thanks for sharing!
Selenium Courses in Marathahalli
selenium institutes in Marathahalli
selenium training in Bangalore
Selenium Courses in Bangalore
best selenium training institute in Bangalore
selenium training institute in Bangalore
Keep going and please provide the update when ever you people update new article.
ReplyDeleteSelenium Training in chennai | Selenium Training in anna nagar | Selenium Training in omr | Selenium Training in porur | Selenium Training in tambaram | Selenium Training in velachery
I would like to see how your make such diagram and everything. I can help you start youtube channel about it if you want. I know site https://soclikes.com/buy-youtube-subscribers here you can get first youtube subscribers
ReplyDeletenice https://duckcreektraining.com/
ReplyDeleteGain great knowledge of IT for a better future. Get AWS Training in Chennai, the best software training institute from Infycle Technologies. Amazing software training institute and Placement centre in Chennai. And afford courses like Oracle, Java, Data Science, Big data, Python, Manual and Automation Testing, DevOps, Medical Coding, Power BI, Digital Marketing, Data Science, etc. With the excellence of training from best trainers for freshers, experience, and Tech professionals of any field. After the completion of the course, the student will be able to crack interviews from top MNC’s. For further enquiry approach us through 7504633633 / 7502633633 and get a free demo class.
ReplyDelete