Database Management Exam > Database Management Videos > Introduction to Fortran Programming (Basic Level) > Fortran Programming Tutorials (Revised ) : 028 : Finishing the program; Links to GNUplots; Programs
Fortran Programming Tutorials (Revised ) : 028 : Finishing the program; Links to GNUplots; Programs Video Lecture | Introduction to Fortran Programming (Basic Level) - Database Management
FAQs on Fortran Programming Tutorials (Revised ) : 028 : Finishing the program; Links to GNUplots; Programs Video Lecture - Introduction to Fortran Programming (Basic Level) - Database Management
| 1. How do I finish a Fortran program? |  |
Ans. To finish a Fortran program, you need to properly structure the code and include the necessary closing statements. The main steps to finish a Fortran program are:
1. Write the main program code, including the necessary variables, calculations, and logical statements.
2. Include any additional subroutines or functions that are required for the program.
3. Add appropriate input/output statements to interact with the user.
4. Close the program by adding the "END" statement at the end of the code.
Here is an example of how a finished Fortran program might look:
```
PROGRAM my_program
IMPLICIT NONE
! Declare variables
! Main program code
! Additional subroutines/functions if needed
! Input/output statements
END PROGRAM my_program
```
Remember to compile and run the program to ensure it executes correctly.
| 2. How can I include links to GNUplots in my Fortran program? | |
Ans. To include links to GNUplots in your Fortran program, you can follow these steps:
1. Install GNUplot on your system if it is not already installed. You can download GNUplot from the official website.
2. Generate the necessary data files or arrays in your Fortran program that you want to plot using GNUplot.
3. Use Fortran's file I/O capabilities to write the data to a file in a format compatible with GNUplot (e.g., CSV or ASCII).
4. In your Fortran program, call the GNUplot executable using the system command or a similar mechanism, providing the necessary arguments such as the path to the data file and the desired plot settings.
5. Compile and run your Fortran program, and GNUplot will generate the desired plots based on the provided data.
Remember to properly handle any errors or exceptions that may occur during the process.
| 3. How can I manage a database in Fortran programs? | |
Ans. Fortran is not primarily designed for database management, but you can still work with databases by using external libraries or connecting to a database management system (DBMS). Here are a few steps to manage a database in Fortran:
1. Choose a suitable database management system, such as MySQL, PostgreSQL, or SQLite, that supports Fortran.
2. Install the necessary drivers or libraries to establish a connection between your Fortran program and the chosen DBMS.
3. Use the appropriate Fortran libraries or functions provided by the DBMS to establish a connection to the database, execute queries, and fetch results.
4. Write Fortran code to handle the retrieved data, perform any necessary calculations or transformations, and display or store the results as required.
5. Close the database connection once you have finished working with the data.
It's important to note that managing a database in Fortran may require additional knowledge of SQL or the specific DBMS you are using. Consult the documentation of the chosen DBMS and any Fortran libraries or modules you are utilizing for more specific instructions.
| 4. How can I find Fortran programming tutorials online? | |
Ans. If you are looking for Fortran programming tutorials online, you can try the following approaches:
1. Search on popular programming tutorial websites like Tutorialspoint, GeeksforGeeks, or W3Schools. These websites often provide free tutorials on various programming languages, including Fortran.
2. Look for Fortran-specific tutorial websites or blogs. There are several websites dedicated to Fortran programming that offer tutorials, examples, and resources for beginners and advanced users.
3. Check online learning platforms like Udemy, Coursera, or edX. These platforms often offer paid or free courses on Fortran programming, which can be a comprehensive way to learn the language.
4. Utilize search engines like Google or Bing to search for specific topics or concepts you want to learn in Fortran. Many websites and forums have discussions and tutorials on Fortran programming.
Remember to consider the credibility and quality of the tutorials you find, and choose ones that suit your learning style and objectives.
| 5. Why is Fortran still used in programming? | |
Ans. Fortran, despite being one of the oldest programming languages, is still used in certain domains for several reasons:
1. Legacy code: Many scientific, engineering, and numerical applications were developed in Fortran, and a significant amount of valuable code still exists in this language. Rewriting or migrating these codes to other languages can be time-consuming and expensive, so they continue to be maintained and used in Fortran.
2. Performance: Fortran is known for its efficiency and performance in numerical computations. It has specialized features for handling arrays, mathematical functions, and parallel processing, making it well-suited for scientific and engineering computations.
3. Stability: Fortran has a stable and mature language standard (e.g., Fortran 77, Fortran 90, etc.) that has been widely adopted by the scientific and engineering community. This stability ensures that existing Fortran code can be maintained and run reliably without major changes.
4. Ecosystem and libraries: Fortran has a rich ecosystem of libraries and tools specifically designed for scientific computing and numerical analysis. These libraries, such as LAPACK, BLAS, and FFTPACK, provide optimized implementations of mathematical algorithms and are widely used in various fields.
5. Interoperability: Fortran can easily interface with other programming languages like C and C++, allowing developers to leverage existing libraries and tools written in different languages while still benefiting from Fortran's strengths.
Overall, Fortran's long-standing presence, performance advantages, and extensive scientific computing ecosystem contribute to its continued use in certain domains.
Text Transcript from Video
hi guys my name is Aaron and welcome to
my channel this series is a series of
tutorials on photon programming now the
last two lectures I mean last two videos
we were looking at how writing a program
to solve the trigonometric identities
and in the last video we just saw a
little introduction to dinner photon
well to be sorry Jeannot Jeannot plot a
GNU plot well I will not be delving into
Guinot plot because it's it's a little
it's a little tangentially coming out of
the trick now the Fortran tutorials here
maybe some other time
I'll see if I can incorporate a separate
tutorials on a new plot or not I'm
thinking about it well I can't be sure I
can't give any promises on that as of
now anyway but I did promise you guys
that I will tell able to find tell you
guys a few links have got how to find
how to find resources to you know to
continue with gnew plot and all I'll
that I will you know let you guys you
guys know in a few would you know videos
anyway coming out to the point coming
back to the tutorials we will finish
this tutorial today in this in this
session now when we checked when we
check these out the last hotel this is
where we stood okay
and I found this nice little function
the nice little operation determine
given by the given by you know using an
indexing arrays okay to make this entire
thing done to be done in one shot see
you can use do loop and individually my
altered array are used this colon
operation to index a slight to in to do
manipulate the indices of the matrix of
an array like this okay and go go hand
with it like what what this function
does is it from from the values of 1 0
to n okay each value of the indexing is
taken care of by this value I and I
value changes from 0 to N
okay and for each value of I that is a
problem this value I into increment will
be stored in the according according
index indices given here now so instead
this do loop this is a little more handy
after my statement which can be
considered okay this is fine but this is
immune better okay and then we found
these calculate we found these values
and let's print them here I mean will
not save this in files but rather will
finish them you know we'll finish them
off here
let's okay and let's know I don't want
to open a file here so I'll just no
comment this out so that you guys can
use it afterwards okay now to print to
print them on the screen will initially
put this value sign you'll copy this you
copy this okay
comma sine 2x I -
it's plus cos 2x this is I this us to X
of i okay and now let's repeat this
again and this as per the identity the
next is secant squared X minus tan
square X so this is secant square X
minus minus tan square x control-d and
cosecant cosecant square X if I'm right
yeah and big cot square X cot square x
okay now let's give them different
formats 3545 okay I'll define I'll
define these formats here okay
25 format okay
in this
value of sine square I just copy this
here
copy this I baste it baste this here
it's quite square X
the value of sine square X plus cos
square X at X X
okay
here as I'll put the format F 10.4 this
F 10.4 I just put that on statement here
and are you here okay this will be the
format now let me just sorry let me just
copy this is this here and this should
be a negative sign and this is secant
square X and this is tan tan square X
and this farmer should be 35 35 and then
if I were to print this again this
should be 45 and this should be our
sequence so the cosecant squared of X
and this should be a negative sign okay
I forgot this negative sign here and
this should be caught this should be
caught and that's it now if I had to
print this continuously this will just
you know because the printer printing
will go a little haywire so let's print
them one by one these formants are not
used it will not throw up any error so
that doesn't matter I don't know now let
me just raise this thing raise this
terminal up clear this up and then T
Fortran Drake underscore ID n - o and
then Drake okay no error so far okay now
if I just type this trade yeah perfect
now in the initial condition initial
value at the initial initially we just
gave sine square X plus cos square X at
this now
as per this statement statement goes by
all of them all of the values are at one
now let's just slightly modify this okay
degrees is
let's give a space in front
okay let's say this again lets you know
okay okay this again drag I think I
didn't know this trick yeah perfect
oh yeah I have got to compare this again
I said it yeah now if I were to trigger
this yeah perfect now this is turning
out to be nice okay
now let's clear this up let's put this
down shall we
and that now instead of this 25 let's
print this one the next identity clear
okay
next identity is T for this value it's
fine hopefully yeah okay fine
now if you look at the values almost at
all the places the values are turning
out to be fine except that some
singularity points like this now the
reason is the reason is because these
locate at this location you know the
values at values tend to go to infinity
if you guys can see this if you guys can
see this the way except for this point
and at 90 this point everywhere else the
values are 1 except these points where
because these points are actually
singularity points were and not singular
I think I singularity for her to say
undefined points because with a tan
value and seeking really they just shoot
up Allah shoot up a lot and it's a
little difficult to get answers here but
it's very difficult to get answers here
and they even had no answers here so you
know it's kind of one as the you might
have some numerical errors you make as a
roundoff error that might be dominating
so that's reason you might get
there's a little different okay so other
than that this works perfectly fine now
let's print the last statement out I
spent the last statement out and let's
clear this up okay
run this and then click the trigger yeah
trick and there you have it
yeah you're you in this place also you
might notice a few issues okay see sine
zero is zero but cosine of cosine of
cosine of X at cosine of X at x equals
cosine of zero is infinity so the cosine
square is also infinity so this number
is actually not defined at all
so we have an an here now meaning not a
number so at but in other places the
values are at least a little finite
enough when it enough that this
technology identity is obeyed at at 180
degrees 80 degrees this is almost close
to one they again this might be because
of the ergonomic because of the
numerical errors in numeric computers
the rounding of errors that might happen
and truncation error that might happen
during a calculation of these values and
finally everywhere else it's one so you
in this in in a way you can say that
this function turned out to be really
nice really nice and that's it and
that's all I have for this tutorial guys
hope you guys have had hope you guys had
learned something from here okay this is
what this is turned out to be a more of
an example of how to use how to use
arrays and you guys I believe you guys
would be a little more comfortable with
formats and arrays and stuff okay
by the way I just forgot into forgot to
mention okay if you guys go to ok leave
it it's just one eye we are going on if
I just go to
okay okay it doesn't matter anyway
you guys go to my what do you call yeah
you guys guys go to my YouTube tutorial
such youtube tutorials go to this
Fortran video page the photon playlist
and if you notice there will be a link
okay well I'll just show you guys the
link this hold on hey guys welcome back
now this is actually this is actually
the triples tutorials I'm playlist where
I'm posting all the videos now the thing
I want you to notice is I want you
notice is that in my web page in this in
this web page
okay the playlist page you okay in the
description you have this web link over
here you guys just click this up okay
you guys just click this up okay you
will go into a Dropbox folder I public
Dropbox folder okay in that if you go to
this public folder inside their base
folder colors Fortran programs and
inside all the programs that we did so
far okay I'll play are present in them
this includes the programs that we did
using the programs that we did using the
code blocks the programs like you know
the programs that we did using gajini
and all the programs over here okay you
guys can have a look and it's this is
easy to download I mean this is really
don't know this is actually a public
public public folders where anybody can
go and access the files but they cannot
do it they can't tamper any files okay
I've set the permissions such that
anybody can go and access the files
without any restraint or conditions okay
so what you can do is go to these files
and download the folders I'll update the
web I'll update the files every one
every once in a while so that you guys
can have a look look at it you guys can
have a look at it and then
I promised you guys I'll tell you guys
about guinea for trans stuff so sorry
Guinea plot so what you do is a type k
new plot and then the lot of things can
show up over here so click this one the
WWE new plot dot info or home page and
then there is this tutorial page
tutorial session to develop a just by
now game by you know from Duke
University my head somebody named
professor I think it's a professor named
HP Gavin okay click this page click this
page okay now if we go to this give me
blood home page to ask up to as of the
April 6 26 the 2015 it looks like this
maybe after some time it may be a little
different okay there are many user
manuals over here there are like a lot
of explanations tutorials
external links scripts frequently asked
question documentation demos and
downloads over here and there are a lot
of gallery of to the up demos over here
which you guys can look at and there is
this there are a lot of user manuals
here like for the for the version 4.0
for the version 5 and for the upcoming
version for 5.1 even the even for that
the documentation is available so how do
you guys can do is just click one of
these documentation funny it just it
does go down very quickly okay going to
look if you guys look at this this
documentation is quite extensive okay
these guys just literally cover I think
this documentation this literally covers
a lot of commands and stuff available
available and you know Jeannot Jeannot
plot and if you guys look at it they
start some copyrights explanations
environment and everything everything
and even the functions that are
available the mathematical functions
that are available and say get new plot
at all so if you guys want to have a
look at it you know you guys you guys
should have me those guys
to work with Fortran enclose a close
association without you know any
external need for external need for a
subprogram plotting program since
floating problems and prodding tools
kinou plot looks fine very fine very
good and there are a lot of features
also which you guys can have a look at
ok these are all explanations and after
some time the plots also come into
picture and I found this really
infinitive and maybe sometime I you know
I haven't learned you know foggy no plot
much so I cannot teach you guys much can
you plot here but you know definitely
after you guys learn a little of Fortran
you might find this a little easy and if
you guys especially have some you know
experience in plotting plot making some
plots and some high-level programming
languages like MATLAB or Python or some
other programming language you will find
the the syntax here are very very easy
to follow very easy to follow and that's
about this place that's about this page
I think they do probably these two books
but if you ask me I think this manual is
sufficient but you know anyway I haven't
you haven't seen these books how good
these are so you know if you guys want
to get a book about it you can just have
a look but you know for now shop for you
know for simple quick to learn
processors I think the user manual
itself is sufficient that's my opinion
you know your personal opinions can vary
anyway this is about this and this is a
small tutorial page created by created
by who I think you don't know then I
don't know who's who created this we're
looking at the name I think it's
somebody named Gavin maybe professor hey
Gavin I suppose here they give all the
explanations as to how to install how to
install and how to download stuff and
all what are the basic functions
available some plotting syntax and how
to plot stuff and how to you know give
commands in data data files like data
files ok
how to plot them and continue the line
in multiple line multiple lines okay so
there are plot there are I know explain
there are some customization commands as
to you know which command to use to have
the witch work which value to be done
and know and they're also giving some
sample to a demo on how certain values
can look like sudden class can look like
especially and like something like are
the scale and stuff over here and you
know there's lot of about it like curve
fitting multiple play multiple plots how
to get data from spreads and how to do
some spreadsheet like calculations and
all you know just too many of them these
are like very good I mean at least if
you guys don't did not read the Olivia
lease if you guys did not read this page
here this is like at least a quick
starter I recommend you guys start with
this hi guys
I reckon you guys start with this and
then you go with the go with the book
here because this is a I guess for many
people saw a large number of job when
comma so this this will be sufficient
this will break a superset and this will
be like a subset this is this will be
sufficient enough that be that being
said that's all I have for this tutorial
the next tutor will go into C will go
into you know
two-dimensional arrays and some matrix
of matrix operations and some you know
in index operations and all and from
there wheel after finishing this will go
into functions and subroutines okay
thank you guys for watching see you guys
in the next tutorial
my channel this series is a series of
tutorials on photon programming now the
last two lectures I mean last two videos
we were looking at how writing a program
to solve the trigonometric identities
and in the last video we just saw a
little introduction to dinner photon
well to be sorry Jeannot Jeannot plot a
GNU plot well I will not be delving into
Guinot plot because it's it's a little
it's a little tangentially coming out of
the trick now the Fortran tutorials here
maybe some other time
I'll see if I can incorporate a separate
tutorials on a new plot or not I'm
thinking about it well I can't be sure I
can't give any promises on that as of
now anyway but I did promise you guys
that I will tell able to find tell you
guys a few links have got how to find
how to find resources to you know to
continue with gnew plot and all I'll
that I will you know let you guys you
guys know in a few would you know videos
anyway coming out to the point coming
back to the tutorials we will finish
this tutorial today in this in this
session now when we checked when we
check these out the last hotel this is
where we stood okay
and I found this nice little function
the nice little operation determine
given by the given by you know using an
indexing arrays okay to make this entire
thing done to be done in one shot see
you can use do loop and individually my
altered array are used this colon
operation to index a slight to in to do
manipulate the indices of the matrix of
an array like this okay and go go hand
with it like what what this function
does is it from from the values of 1 0
to n okay each value of the indexing is
taken care of by this value I and I
value changes from 0 to N
okay and for each value of I that is a
problem this value I into increment will
be stored in the according according
index indices given here now so instead
this do loop this is a little more handy
after my statement which can be
considered okay this is fine but this is
immune better okay and then we found
these calculate we found these values
and let's print them here I mean will
not save this in files but rather will
finish them you know we'll finish them
off here
let's okay and let's know I don't want
to open a file here so I'll just no
comment this out so that you guys can
use it afterwards okay now to print to
print them on the screen will initially
put this value sign you'll copy this you
copy this okay
comma sine 2x I -
it's plus cos 2x this is I this us to X
of i okay and now let's repeat this
again and this as per the identity the
next is secant squared X minus tan
square X so this is secant square X
minus minus tan square x control-d and
cosecant cosecant square X if I'm right
yeah and big cot square X cot square x
okay now let's give them different
formats 3545 okay I'll define I'll
define these formats here okay
25 format okay
in this
value of sine square I just copy this
here
copy this I baste it baste this here
it's quite square X
the value of sine square X plus cos
square X at X X
okay
here as I'll put the format F 10.4 this
F 10.4 I just put that on statement here
and are you here okay this will be the
format now let me just sorry let me just
copy this is this here and this should
be a negative sign and this is secant
square X and this is tan tan square X
and this farmer should be 35 35 and then
if I were to print this again this
should be 45 and this should be our
sequence so the cosecant squared of X
and this should be a negative sign okay
I forgot this negative sign here and
this should be caught this should be
caught and that's it now if I had to
print this continuously this will just
you know because the printer printing
will go a little haywire so let's print
them one by one these formants are not
used it will not throw up any error so
that doesn't matter I don't know now let
me just raise this thing raise this
terminal up clear this up and then T
Fortran Drake underscore ID n - o and
then Drake okay no error so far okay now
if I just type this trade yeah perfect
now in the initial condition initial
value at the initial initially we just
gave sine square X plus cos square X at
this now
as per this statement statement goes by
all of them all of the values are at one
now let's just slightly modify this okay
degrees is
let's give a space in front
okay let's say this again lets you know
okay okay this again drag I think I
didn't know this trick yeah perfect
oh yeah I have got to compare this again
I said it yeah now if I were to trigger
this yeah perfect now this is turning
out to be nice okay
now let's clear this up let's put this
down shall we
and that now instead of this 25 let's
print this one the next identity clear
okay
next identity is T for this value it's
fine hopefully yeah okay fine
now if you look at the values almost at
all the places the values are turning
out to be fine except that some
singularity points like this now the
reason is the reason is because these
locate at this location you know the
values at values tend to go to infinity
if you guys can see this if you guys can
see this the way except for this point
and at 90 this point everywhere else the
values are 1 except these points where
because these points are actually
singularity points were and not singular
I think I singularity for her to say
undefined points because with a tan
value and seeking really they just shoot
up Allah shoot up a lot and it's a
little difficult to get answers here but
it's very difficult to get answers here
and they even had no answers here so you
know it's kind of one as the you might
have some numerical errors you make as a
roundoff error that might be dominating
so that's reason you might get
there's a little different okay so other
than that this works perfectly fine now
let's print the last statement out I
spent the last statement out and let's
clear this up okay
run this and then click the trigger yeah
trick and there you have it
yeah you're you in this place also you
might notice a few issues okay see sine
zero is zero but cosine of cosine of
cosine of X at cosine of X at x equals
cosine of zero is infinity so the cosine
square is also infinity so this number
is actually not defined at all
so we have an an here now meaning not a
number so at but in other places the
values are at least a little finite
enough when it enough that this
technology identity is obeyed at at 180
degrees 80 degrees this is almost close
to one they again this might be because
of the ergonomic because of the
numerical errors in numeric computers
the rounding of errors that might happen
and truncation error that might happen
during a calculation of these values and
finally everywhere else it's one so you
in this in in a way you can say that
this function turned out to be really
nice really nice and that's it and
that's all I have for this tutorial guys
hope you guys have had hope you guys had
learned something from here okay this is
what this is turned out to be a more of
an example of how to use how to use
arrays and you guys I believe you guys
would be a little more comfortable with
formats and arrays and stuff okay
by the way I just forgot into forgot to
mention okay if you guys go to ok leave
it it's just one eye we are going on if
I just go to
okay okay it doesn't matter anyway
you guys go to my what do you call yeah
you guys guys go to my YouTube tutorial
such youtube tutorials go to this
Fortran video page the photon playlist
and if you notice there will be a link
okay well I'll just show you guys the
link this hold on hey guys welcome back
now this is actually this is actually
the triples tutorials I'm playlist where
I'm posting all the videos now the thing
I want you to notice is I want you
notice is that in my web page in this in
this web page
okay the playlist page you okay in the
description you have this web link over
here you guys just click this up okay
you guys just click this up okay you
will go into a Dropbox folder I public
Dropbox folder okay in that if you go to
this public folder inside their base
folder colors Fortran programs and
inside all the programs that we did so
far okay I'll play are present in them
this includes the programs that we did
using the programs that we did using the
code blocks the programs like you know
the programs that we did using gajini
and all the programs over here okay you
guys can have a look and it's this is
easy to download I mean this is really
don't know this is actually a public
public public folders where anybody can
go and access the files but they cannot
do it they can't tamper any files okay
I've set the permissions such that
anybody can go and access the files
without any restraint or conditions okay
so what you can do is go to these files
and download the folders I'll update the
web I'll update the files every one
every once in a while so that you guys
can have a look look at it you guys can
have a look at it and then
I promised you guys I'll tell you guys
about guinea for trans stuff so sorry
Guinea plot so what you do is a type k
new plot and then the lot of things can
show up over here so click this one the
WWE new plot dot info or home page and
then there is this tutorial page
tutorial session to develop a just by
now game by you know from Duke
University my head somebody named
professor I think it's a professor named
HP Gavin okay click this page click this
page okay now if we go to this give me
blood home page to ask up to as of the
April 6 26 the 2015 it looks like this
maybe after some time it may be a little
different okay there are many user
manuals over here there are like a lot
of explanations tutorials
external links scripts frequently asked
question documentation demos and
downloads over here and there are a lot
of gallery of to the up demos over here
which you guys can look at and there is
this there are a lot of user manuals
here like for the for the version 4.0
for the version 5 and for the upcoming
version for 5.1 even the even for that
the documentation is available so how do
you guys can do is just click one of
these documentation funny it just it
does go down very quickly okay going to
look if you guys look at this this
documentation is quite extensive okay
these guys just literally cover I think
this documentation this literally covers
a lot of commands and stuff available
available and you know Jeannot Jeannot
plot and if you guys look at it they
start some copyrights explanations
environment and everything everything
and even the functions that are
available the mathematical functions
that are available and say get new plot
at all so if you guys want to have a
look at it you know you guys you guys
should have me those guys
to work with Fortran enclose a close
association without you know any
external need for external need for a
subprogram plotting program since
floating problems and prodding tools
kinou plot looks fine very fine very
good and there are a lot of features
also which you guys can have a look at
ok these are all explanations and after
some time the plots also come into
picture and I found this really
infinitive and maybe sometime I you know
I haven't learned you know foggy no plot
much so I cannot teach you guys much can
you plot here but you know definitely
after you guys learn a little of Fortran
you might find this a little easy and if
you guys especially have some you know
experience in plotting plot making some
plots and some high-level programming
languages like MATLAB or Python or some
other programming language you will find
the the syntax here are very very easy
to follow very easy to follow and that's
about this place that's about this page
I think they do probably these two books
but if you ask me I think this manual is
sufficient but you know anyway I haven't
you haven't seen these books how good
these are so you know if you guys want
to get a book about it you can just have
a look but you know for now shop for you
know for simple quick to learn
processors I think the user manual
itself is sufficient that's my opinion
you know your personal opinions can vary
anyway this is about this and this is a
small tutorial page created by created
by who I think you don't know then I
don't know who's who created this we're
looking at the name I think it's
somebody named Gavin maybe professor hey
Gavin I suppose here they give all the
explanations as to how to install how to
install and how to download stuff and
all what are the basic functions
available some plotting syntax and how
to plot stuff and how to you know give
commands in data data files like data
files ok
how to plot them and continue the line
in multiple line multiple lines okay so
there are plot there are I know explain
there are some customization commands as
to you know which command to use to have
the witch work which value to be done
and know and they're also giving some
sample to a demo on how certain values
can look like sudden class can look like
especially and like something like are
the scale and stuff over here and you
know there's lot of about it like curve
fitting multiple play multiple plots how
to get data from spreads and how to do
some spreadsheet like calculations and
all you know just too many of them these
are like very good I mean at least if
you guys don't did not read the Olivia
lease if you guys did not read this page
here this is like at least a quick
starter I recommend you guys start with
this hi guys
I reckon you guys start with this and
then you go with the go with the book
here because this is a I guess for many
people saw a large number of job when
comma so this this will be sufficient
this will break a superset and this will
be like a subset this is this will be
sufficient enough that be that being
said that's all I have for this tutorial
the next tutor will go into C will go
into you know
two-dimensional arrays and some matrix
of matrix operations and some you know
in index operations and all and from
there wheel after finishing this will go
into functions and subroutines okay
thank you guys for watching see you guys
in the next tutorial
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