Database Management Exam > Database Management Videos > Introduction to Fortran Programming (Basic Level) > Fortran Programming Tutorials (Revised) : 037 : Fortran Array Indexing; Printing arrays
Fortran Programming Tutorials (Revised) : 037 : Fortran Array Indexing; Printing arrays Video Lecture | Introduction to Fortran Programming (Basic Level) - Database Management
FAQs on Fortran Programming Tutorials (Revised) : 037 : Fortran Array Indexing; Printing arrays Video Lecture - Introduction to Fortran Programming (Basic Level) - Database Management
| 1. What is array indexing in Fortran programming? |  |
Ans. Array indexing in Fortran programming refers to the process of accessing and manipulating individual elements of an array using their position or index. In Fortran, array indexing starts from 1, unlike some other programming languages that start from 0.
| 2. How can I print an array in Fortran? | |
Ans. To print an array in Fortran, you can use a loop to iterate through each element of the array and print its value. Here's an example:
```fortran
program print_array
implicit none
integer :: i
integer, dimension(5) :: my_array
my_array = [1, 2, 3, 4, 5]
do i = 1, size(my_array)
print *, my_array(i)
end do
end program print_array
```
This program will print each element of the `my_array` on a separate line.
| 3. Can I change the values of an array using array indexing in Fortran? | |
Ans. Yes, you can change the values of an array using array indexing in Fortran. By assigning a new value to a specific index of the array, you can modify the corresponding element. For example:
```fortran
my_array(3) = 10
```
In this case, the third element of `my_array` will be changed to 10.
| 4. What happens if I try to access an element of an array using an invalid index in Fortran? | |
Ans. If you try to access an element of an array using an invalid index in Fortran, it will result in a runtime error. Fortran does not perform index out-of-bounds checking by default, so it is your responsibility to ensure that the index is within the valid range of the array.
| 5. Can Fortran arrays have negative indices? | |
Ans. No, Fortran arrays cannot have negative indices. Array indexing in Fortran starts from 1 and goes up to the size of the array. Attempting to use a negative index will result in a compilation error.
Text Transcript from Video
hello guys hello guys my name is Erin
and welcome to my channel this series is
a Caesar 2014 programming now in the
last tutorial we saw this program we
were working on this program that mean
we saw the the usage of reshape function
usually a function pack function and how
to you know use these to slice variables
the slice not a slice entries and
certain two-dimensional matrix now we
will be continuing on that and the as
promised I'll tell you guys as to how
the array indexing works and Fortran now
before they are going to array indexing
I just thought up you know letting you
guys a small note okay
now when we press when we you know let
me just comment this out okay he then we
wrote our program the last time and we
printed all the results okay it came
kind of haphazard happen sadly came
little episodic not so nice for instance
about to compare both and thanks to get
this this is how we got okay know what I
fact I mean this kind of an arrangement
there will not be no pleasing easy to
easy to visualize especially if you're
you know working with mattresses maybe
if it's a list of numbers or something
is this white work but if you want to
visualize mattresses you know in that I
comma J position and all this kind of
formatting display will not be - you
know it will not be no appealing or you
know will makes any cognate it will make
any sense so what I did is that I've
using I'm using the write write command
I'm using the write command to do all
the process now what I can do is that
only the path output of top portion of
it if you guys notice I've introduced
I'm using the write command to print the
same statement same value on the screen
what I can do is that in the since I'm
not this write command can be used to
display ticks on the screen also with a
small okay and it calls us the function
it also behaves like you know
in that regard okay now how do we do
that how to produce right to print on
the screen simple and for the first
question where it has to be very hard to
mention the unit number or the file
number very well processing this keep
this as a star indicate that design
specified in the formatting part okay
instead of specifying a specific format
you can write the format like this or
you can separately write the format and
indicate over here using the decimal fmt
parameter okay and then you can use this
advanced parameter available then write
function to write function - you know
display it I've displayed as it is
suppose if I were to give advanced
equals yes now if I were to compile
those and execute this perfect now if
this yes it is just printing it is just
printing just like how a print statement
executed now if I give advance equals no
watch they give advance equals no it'll
just compile and execute this it is
completely half assadís after that now
but there is an advantage what I am
doing is that I will comment this out
comment this out and if you guys
remember this and this and is used for
you know continue extending the previous
line in Multan multiple lines okay now
what I can do is that I can make this
simple to make it look like a matrix
right function the right function asset
is a bike command as it is with no
specified formatting for the file no
specified file we will just specifying
the format and in this form and what I'm
doing is that I'm creating then a field
of eight eight characters long in that
three significant digits four three
three spaces for the significant digits
as a dot the sign and everything and all
the numbers real large numbers of the
real number path takes eight take the
remaining part of it and then I give
this command colors advance parameter
advance call us know if I were to give
this advance command okay now what will
happen if I were to compile the legs to
get this okay it'll just
continues to print on the same line
again and again and again and again okay
it'll do it just it will just print the
value this press will just print the
value okay give a tap and give a small
tabbing this tabbing of three units is
actually given by this T three T stands
for tapping and it 3 means 3 spaces sort
T 3 means you're giving a tab of three
units like that okay
simple as that now it'll leave three
spaces and then print the next number
three spaces and the next number and so
on now
this is fine now if I were to make this
work like work like work like you know
look like a matrix properly what I can
do is that I can write a command this
write command with no a formatter knows
format with no muss file no father or no
variables passed just a plain right form
plain right function where the
comparable then execute this perfect now
they look now this is looking like a
matrix now this is looking like a proper
matrix to dimension matrix to visualize
now this looks fine
okay now consider of this one instead of
this option you can also use this
command colors I mean have a function
colors new underscore line now what does
the new underscore line is that it just
needs it just needs some parameter
inside and you leave a blank line simple
as that we have to compile this and
build this and run this you see this
extra blank line below between the rows
this is because of this new line
function new line function now if you
had to instead of C if ever two you know
replaced by C this of the CAF to be
placed by C let's see how this works
nothing all it is just a character all
it needs is just a character suppose if
I were to print a a since it's a Tula
termination character now watch nothing
all it needs is just a character and
simple as that and this can be used but
per hour for for our purposes this right
will do
the RAM runs east now this looks proper
now implementing the same logic here
okay same logic here compiler building
or running this yeah this looks nice now
all you have to do is that right to
Princeton to write the statement of the
top staying friend the matrix yes let me
just copy this paste it here the sliced
matrix is like this and compiled
building and executing yeah perfect now
with this now this looks more pleasing
enough now remember these we remember
these things guys because in the next
tutorial we will be looking at you know
coming up and we'll be looking at this a
little more in detail now that's like
I'll I'll mention you guys about the
most important topic in this tutorial
the the index array indexing format see
in I will make some notes here let me
just bring this down
bring this down C and Fortran the array
indexing is actually column column based
what does this mean what does this mean
is that in numbers the scanning of the
values go and go along the columns I
will explain you guys what this means
suppose if you have a matrix a equal
suppose if you have a matrix a okay
whose values are you know one two three
four let's say now what what are usually
programs will read them will this matrix
in memory will be stored like this one
come out usually three comma four this
is this is how row based storing looks
like
this is how the strobe a stirring looks
like what will happen is that the income
program a computer whenever an array is
stored whenever an array is stored in
stored in a continuous manner and such
that such that the storing Aqaba go
serially along the row so in the first
row first element will be stored in the
first first time in America occasion
then the second value will be store and
go still all the values in the first row
against and next way after the first two
ends it will go to the second row and
look prints of a safe surface a first
column values in the second column will
in a third column value like that and so
on okay so this is how the robe a
storing works like whereas in Fortran
okay how it will store reset will go
along the column three so it will be so
it will be like first it will store one
and then we will go to column three and
then we will go to so I didn't go to row
two and then it'll go to a second column
three the first value in the first row
and then the second column values the
value in the second row so this so in
Fortran this will be stored this matrix
if you want a matrix like this this is
our to be stored so this is column based
size column by storing a column by
storing or column based storage
whichever you call it some people I know
sometimes call this row contain this is
called as row contingency or no
continuous storage at this you call us
you know column contains contagious
storage example of this this c c c++
matlab and several other programs by
default use row contingent row can throw
base contingency or a robe a story that
has fortran uses this column base
storage so this will be a sometimes very
annoying for many people so this has to
be you know taken into consideration
especially when you're working with the
large number of mattresses this is how
it has to be done so so the array
indexing so there is a read if you have
a matter
let's say like let's say like this okay
now remember just keep this in mind
now let's well you know break break this
apart and work now this mat in this way
what if you give a value like this okay
on the top like this
okay Matt 1 comma 1 will be occupied
first and that will be given orally 1
okay that is the next element 4 okay
that will go into 2 comma 1 it will now
go about it this will not be stored by
row wise it will be stored column wise
so so in the first so in the safest
column the second row element will be
filled with 4 like that Matt next the 7
will be printed it will be stored in the
third column of the first sorry 3rd row
of the first collar and that this will
be 7 similarly similarly since this man
this Row is this column is over now it
will go to the second column
okay now second column first row so the
second column the second column and
first row now this will be equal to 2
this value here and then Matt 1 come
yeah 1 sorry this is 2 comma 2 column
remains column number remains constant
till the end of it will end up all the
rows and then 2 followed by 5 then Matt
3 comma 2 this will be 8 and you know I
think you got the point
ok now this is how the bad you know this
is how mad mattresses this is how the
memory carnation see store whereas this
is how which this is our to be present
how the memory will be in the memory in
Fortran in Fortran arrays
okay baby okay in this Fortran array the
storage is like this will be like the
story you'd be like this matrix 1 comma
1 followed by matrix 2 comma 1 followed
by mad no matrix 3 comma 1 and then
matrix 1 comma 2 yeah 1 comma 2 and so
on this is how the values will be stored
in the memory and this and this is
actually very advant this is this kind
of a formatting is a little peak is a
little annoying because like this might
be slightly annoying because in many of
the programs programming languages
people use the it's more of row can't
rob a storage so that will be easy to
comprehend this is a little column by
storing this slightly polite in a hard
way to do but this is something have to
keep in mind for a 3 dimensional array
let's say for a 3d array ok
the order will be something like this
memory storage R will be 1 comma 1 comma
1 and then Matt Matt 2 comma 1 comma 1
watch this and then you eat you guys
guessed it right it'll be 3 comma 1
comma 1 okay and then okay Matt 3 comma
2 comma 1 let's see do this right yeah 3
comma 2 comma so this is again 1 1 comma
2 comma 1 and then Matt 1 comma 2 comma
2 say sorry 2 comma 2 comma 2 comma 1
and then mad 3 3 comma 2 comma 1 and so
on the next value will be next or it
will be 1 comma 3 comma 1 and then 1
comma 3 comma 2 and 1 comma 3 comma 3
like that ok this is how my texts are
similarly if you store a 4-dimensional a
it will be stored from the end it will
be start from the left end not like the
right end now this is the reason why we
chose a matrix like this suppose if you
had to give this matrix to be 2 3 4 5 6
and this is 7 and this is 8 suppose if I
had to give this in the natural
conventional method we run this the
matrix will be like this now this is
this is the clear cut indication this is
a clear cut indication of how the
matricis gets stored matters valleys
caste or one goes to the first first row
first column second goes to the second
row first column third goes to the third
row first column and then it gets filled
now this is how its get filled this is
getting filled column wise not like not
in the raw edge this is this is another
illustration to show that look
mattresses in tarantula mattresses and
even though they get filled column fish
in Fortran now that's all I have for you
guys in this tutorial say see in the
next tutorial we'll be using this
program we'll be using the principles
that we learned in this program to to
join to do some to do to develop a
subroutine and they were that's the de
calculates the determinant of a
determinant of a matrix and then this
function will be used for this
subroutine and stuff will be used for
will be use extensively for for another
application that will be coming soon
that will be coming in a little while
later okay that's that's all I you guys
in this tutorial thanks for watching see
you guys next time bye
and welcome to my channel this series is
a Caesar 2014 programming now in the
last tutorial we saw this program we
were working on this program that mean
we saw the the usage of reshape function
usually a function pack function and how
to you know use these to slice variables
the slice not a slice entries and
certain two-dimensional matrix now we
will be continuing on that and the as
promised I'll tell you guys as to how
the array indexing works and Fortran now
before they are going to array indexing
I just thought up you know letting you
guys a small note okay
now when we press when we you know let
me just comment this out okay he then we
wrote our program the last time and we
printed all the results okay it came
kind of haphazard happen sadly came
little episodic not so nice for instance
about to compare both and thanks to get
this this is how we got okay know what I
fact I mean this kind of an arrangement
there will not be no pleasing easy to
easy to visualize especially if you're
you know working with mattresses maybe
if it's a list of numbers or something
is this white work but if you want to
visualize mattresses you know in that I
comma J position and all this kind of
formatting display will not be - you
know it will not be no appealing or you
know will makes any cognate it will make
any sense so what I did is that I've
using I'm using the write write command
I'm using the write command to do all
the process now what I can do is that
only the path output of top portion of
it if you guys notice I've introduced
I'm using the write command to print the
same statement same value on the screen
what I can do is that in the since I'm
not this write command can be used to
display ticks on the screen also with a
small okay and it calls us the function
it also behaves like you know
in that regard okay now how do we do
that how to produce right to print on
the screen simple and for the first
question where it has to be very hard to
mention the unit number or the file
number very well processing this keep
this as a star indicate that design
specified in the formatting part okay
instead of specifying a specific format
you can write the format like this or
you can separately write the format and
indicate over here using the decimal fmt
parameter okay and then you can use this
advanced parameter available then write
function to write function - you know
display it I've displayed as it is
suppose if I were to give advanced
equals yes now if I were to compile
those and execute this perfect now if
this yes it is just printing it is just
printing just like how a print statement
executed now if I give advance equals no
watch they give advance equals no it'll
just compile and execute this it is
completely half assadís after that now
but there is an advantage what I am
doing is that I will comment this out
comment this out and if you guys
remember this and this and is used for
you know continue extending the previous
line in Multan multiple lines okay now
what I can do is that I can make this
simple to make it look like a matrix
right function the right function asset
is a bike command as it is with no
specified formatting for the file no
specified file we will just specifying
the format and in this form and what I'm
doing is that I'm creating then a field
of eight eight characters long in that
three significant digits four three
three spaces for the significant digits
as a dot the sign and everything and all
the numbers real large numbers of the
real number path takes eight take the
remaining part of it and then I give
this command colors advance parameter
advance call us know if I were to give
this advance command okay now what will
happen if I were to compile the legs to
get this okay it'll just
continues to print on the same line
again and again and again and again okay
it'll do it just it will just print the
value this press will just print the
value okay give a tap and give a small
tabbing this tabbing of three units is
actually given by this T three T stands
for tapping and it 3 means 3 spaces sort
T 3 means you're giving a tab of three
units like that okay
simple as that now it'll leave three
spaces and then print the next number
three spaces and the next number and so
on now
this is fine now if I were to make this
work like work like work like you know
look like a matrix properly what I can
do is that I can write a command this
write command with no a formatter knows
format with no muss file no father or no
variables passed just a plain right form
plain right function where the
comparable then execute this perfect now
they look now this is looking like a
matrix now this is looking like a proper
matrix to dimension matrix to visualize
now this looks fine
okay now consider of this one instead of
this option you can also use this
command colors I mean have a function
colors new underscore line now what does
the new underscore line is that it just
needs it just needs some parameter
inside and you leave a blank line simple
as that we have to compile this and
build this and run this you see this
extra blank line below between the rows
this is because of this new line
function new line function now if you
had to instead of C if ever two you know
replaced by C this of the CAF to be
placed by C let's see how this works
nothing all it is just a character all
it needs is just a character suppose if
I were to print a a since it's a Tula
termination character now watch nothing
all it needs is just a character and
simple as that and this can be used but
per hour for for our purposes this right
will do
the RAM runs east now this looks proper
now implementing the same logic here
okay same logic here compiler building
or running this yeah this looks nice now
all you have to do is that right to
Princeton to write the statement of the
top staying friend the matrix yes let me
just copy this paste it here the sliced
matrix is like this and compiled
building and executing yeah perfect now
with this now this looks more pleasing
enough now remember these we remember
these things guys because in the next
tutorial we will be looking at you know
coming up and we'll be looking at this a
little more in detail now that's like
I'll I'll mention you guys about the
most important topic in this tutorial
the the index array indexing format see
in I will make some notes here let me
just bring this down
bring this down C and Fortran the array
indexing is actually column column based
what does this mean what does this mean
is that in numbers the scanning of the
values go and go along the columns I
will explain you guys what this means
suppose if you have a matrix a equal
suppose if you have a matrix a okay
whose values are you know one two three
four let's say now what what are usually
programs will read them will this matrix
in memory will be stored like this one
come out usually three comma four this
is this is how row based storing looks
like
this is how the strobe a stirring looks
like what will happen is that the income
program a computer whenever an array is
stored whenever an array is stored in
stored in a continuous manner and such
that such that the storing Aqaba go
serially along the row so in the first
row first element will be stored in the
first first time in America occasion
then the second value will be store and
go still all the values in the first row
against and next way after the first two
ends it will go to the second row and
look prints of a safe surface a first
column values in the second column will
in a third column value like that and so
on okay so this is how the robe a
storing works like whereas in Fortran
okay how it will store reset will go
along the column three so it will be so
it will be like first it will store one
and then we will go to column three and
then we will go to so I didn't go to row
two and then it'll go to a second column
three the first value in the first row
and then the second column values the
value in the second row so this so in
Fortran this will be stored this matrix
if you want a matrix like this this is
our to be stored so this is column based
size column by storing a column by
storing or column based storage
whichever you call it some people I know
sometimes call this row contain this is
called as row contingency or no
continuous storage at this you call us
you know column contains contagious
storage example of this this c c c++
matlab and several other programs by
default use row contingent row can throw
base contingency or a robe a story that
has fortran uses this column base
storage so this will be a sometimes very
annoying for many people so this has to
be you know taken into consideration
especially when you're working with the
large number of mattresses this is how
it has to be done so so the array
indexing so there is a read if you have
a matter
let's say like let's say like this okay
now remember just keep this in mind
now let's well you know break break this
apart and work now this mat in this way
what if you give a value like this okay
on the top like this
okay Matt 1 comma 1 will be occupied
first and that will be given orally 1
okay that is the next element 4 okay
that will go into 2 comma 1 it will now
go about it this will not be stored by
row wise it will be stored column wise
so so in the first so in the safest
column the second row element will be
filled with 4 like that Matt next the 7
will be printed it will be stored in the
third column of the first sorry 3rd row
of the first collar and that this will
be 7 similarly similarly since this man
this Row is this column is over now it
will go to the second column
okay now second column first row so the
second column the second column and
first row now this will be equal to 2
this value here and then Matt 1 come
yeah 1 sorry this is 2 comma 2 column
remains column number remains constant
till the end of it will end up all the
rows and then 2 followed by 5 then Matt
3 comma 2 this will be 8 and you know I
think you got the point
ok now this is how the bad you know this
is how mad mattresses this is how the
memory carnation see store whereas this
is how which this is our to be present
how the memory will be in the memory in
Fortran in Fortran arrays
okay baby okay in this Fortran array the
storage is like this will be like the
story you'd be like this matrix 1 comma
1 followed by matrix 2 comma 1 followed
by mad no matrix 3 comma 1 and then
matrix 1 comma 2 yeah 1 comma 2 and so
on this is how the values will be stored
in the memory and this and this is
actually very advant this is this kind
of a formatting is a little peak is a
little annoying because like this might
be slightly annoying because in many of
the programs programming languages
people use the it's more of row can't
rob a storage so that will be easy to
comprehend this is a little column by
storing this slightly polite in a hard
way to do but this is something have to
keep in mind for a 3 dimensional array
let's say for a 3d array ok
the order will be something like this
memory storage R will be 1 comma 1 comma
1 and then Matt Matt 2 comma 1 comma 1
watch this and then you eat you guys
guessed it right it'll be 3 comma 1
comma 1 okay and then okay Matt 3 comma
2 comma 1 let's see do this right yeah 3
comma 2 comma so this is again 1 1 comma
2 comma 1 and then Matt 1 comma 2 comma
2 say sorry 2 comma 2 comma 2 comma 1
and then mad 3 3 comma 2 comma 1 and so
on the next value will be next or it
will be 1 comma 3 comma 1 and then 1
comma 3 comma 2 and 1 comma 3 comma 3
like that ok this is how my texts are
similarly if you store a 4-dimensional a
it will be stored from the end it will
be start from the left end not like the
right end now this is the reason why we
chose a matrix like this suppose if you
had to give this matrix to be 2 3 4 5 6
and this is 7 and this is 8 suppose if I
had to give this in the natural
conventional method we run this the
matrix will be like this now this is
this is the clear cut indication this is
a clear cut indication of how the
matricis gets stored matters valleys
caste or one goes to the first first row
first column second goes to the second
row first column third goes to the third
row first column and then it gets filled
now this is how its get filled this is
getting filled column wise not like not
in the raw edge this is this is another
illustration to show that look
mattresses in tarantula mattresses and
even though they get filled column fish
in Fortran now that's all I have for you
guys in this tutorial say see in the
next tutorial we'll be using this
program we'll be using the principles
that we learned in this program to to
join to do some to do to develop a
subroutine and they were that's the de
calculates the determinant of a
determinant of a matrix and then this
function will be used for this
subroutine and stuff will be used for
will be use extensively for for another
application that will be coming soon
that will be coming in a little while
later okay that's that's all I you guys
in this tutorial thanks for watching see
you guys next time bye
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Nov 25, 2024 Last updated |
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Fortran Programming Tutorials (Revised) : 037 : Fortran Array Indexing; Printing arrays Video Lecture | Introduction to Fortran Programming (Basic Level) - Database Management
,Fortran Programming Tutorials (Revised) : 037 : Fortran Array Indexing; Printing arrays Video Lecture | Introduction to Fortran Programming (Basic Level) - Database Management
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,Fortran Programming Tutorials (Revised) : 037 : Fortran Array Indexing; Printing arrays Video Lecture | Introduction to Fortran Programming (Basic Level) - Database Management
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