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C (Programming Language)

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00:00:09

So hello, hello my dear friends to the

00:00:11

second episode of my programming in C

00:00:13

tutorials. Today we're dealing with primitive

00:00:16

data types in C. I've

00:00:18

already pointed it out to you, for example, in our

00:00:20

main function we had int, which stands

00:00:22

for integer and what it all is

00:00:24

and what it is

00:00:26

You will now find out that there are

00:00:29

whole-line data types, which means

00:00:31

no decimal numbers for even numbers, i.e.

00:00:33

natural numbers, then there are

00:00:36

floating-point numbers, i.e. comma numbers, which are

00:00:39

called real numbers and also a data type

00:00:42

for letters. We will now start with

00:00:44

the integers es short that

00:00:47

is a range of values from

00:00:50

-32,000 to +32,000 if now of the

00:00:53

data type short call the thing number 0

00:00:56

and that is equal to 1 semicolon after it

00:00:59

so that there is no error message then

00:01:01

we still have the value integer which is

00:01:03

used relatively often that is from - I

00:01:07

think this was 2 billion or

00:01:08

200 million something like that, let's take

00:01:11

number 1 and set it equal to Z

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then there is also long, for example, which is

00:01:16

even longer than the

00:01:18

integer value, so it also needs a pretty

00:01:19

big number Don't

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worry, in most cases,

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at least now with Union and

00:01:25

school assignments for programming, I don't

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think you'll ever

00:01:28

reach that number anyway. Let's call it number 2

00:01:32

= 3, so these are our

00:01:35

integer

00:01:36

values. It's important even if you have

00:01:39

1.5 here Write down for the program

00:01:42

is a that does not refer to

00:01:46

the decimal numbers or now in the case

00:01:47

that it is an American

00:01:49

programming language which is also

00:01:50

important to say

00:01:52

it is not called 1.5 but

00:01:55

1.5 otherwise always be careful otherwise you can make

00:01:58

a few mistakes Put it into the program

00:01:59

because otherwise it won't work

00:02:01

anymore, so now there are three

00:02:05

floating point pens, they have

00:02:08

a damn large range of values, so

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in most

00:02:13

cases you don't have to worry at all. Once

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the

00:02:16

float number is

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3 =

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4, i.e. 4.9, for example, then we have

00:02:27

double zah

00:02:30

4

00:02:32

1

00:02:35

337.1337 also a nice number and

00:02:38

lastly we have long long double and

00:02:41

that blows up the entire frame in terms of

00:02:42

length. I don't even know how

00:02:44

many zeros it has that's what I want so it

00:02:47

has 49000 or something like that is a nice

00:02:51

number I'll say number 5

00:02:54

equals beautiful, elegant,

00:02:57

long, really great number I found it here ne

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m those were now the six data types

00:03:03

for numbers

00:03:04

which you can still say large-sided,

00:03:06

mostly at least for us it was like that

00:03:07

when we have integers we

00:03:10

used the data type in the Uni and when

00:03:12

we have decimal numbers we usually

00:03:14

used double because the

00:03:15

value range e is almost always

00:03:18

enough, you don't need to be afraid, to be

00:03:20

honest, what I

00:03:22

can now say in retrospect is that there is

00:03:24

also an unsigned data value

00:03:27

and the I mean, let's go into the data type

00:03:30

briefly, so

00:03:34

unign is important,

00:03:37

it actually just shows that there are

00:03:39

no negative numbers, now an

00:03:41

example, I assume

00:03:44

in number 6 we stopped

00:03:49

exactly, for example 1, so now of course it's not a

00:03:52

negative number but if, for example, now Here

00:03:56

later in the next videos

00:03:59

I'll also talk about arithmetic operations C.

00:04:01

You'll see that, for example, some

00:04:04

arithmetic operations result in a minus number,

00:04:06

but that if you do

00:04:08

n't want to have a minus number in your program,

00:04:10

then maybe it won't

00:04:11

work properly anymore, etc You can

00:04:13

enter that it is simply displaying,

00:04:15

which means it won't be seen as a minus number

00:04:17

at all, at least it will then be calculated as a

00:04:19

positive number. It's

00:04:22

also important to note that there are

00:04:24

only rows for

00:04:26

the whole numbers, which means that it

00:04:29

doesn't work here with the FLI numbers

00:04:32

and lastly there is also

00:04:34

the data type Schar, I just

00:04:36

said that stands for letters, I say

00:04:40

ne e.g. now here SHS SH and then

00:04:43

I now take B for letter or I

00:04:46

n a letter actually doesn't

00:04:48

matter at all, it's the same and now it's important now you

00:04:52

have to

00:04:53

you these

00:04:55

tips, whatever you call these things,

00:04:57

half a g foot somehow and then

00:05:01

you take the

00:05:04

letter Z, for example, because z you like it that way,

00:05:08

again important don't forget sicolon at the very end

00:05:10

and then we have now

00:05:12

named this one too, something like that

00:05:16

Now you can calculate everything with the numbers later, you

00:05:17

'll

00:05:20

see that in the fourth video. The third video will be

00:05:23

about how you actually

00:05:25

output values on the screen and read them in,

00:05:28

which I also think is a practical thing. I would

00:05:30

say see you in the next video,

00:05:32

bye bye

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