C Programming

super economy class is a mid-ranged product between economy and business class. it was designed to give you a better flight for around the price of economy. super economy offers better features such as extra legroom, seats are wider and there is more seat recline. the meal and beverage service, however, is the same or very similar to that served in economy class.

the super economy class was introduced because air travel companies were hard up and needed something to increase their profits and give them more customers. this provided both although only in America, Europe and Scandinavia. however some airlines have deigned this new style of flight as costly and unneccesary and have abolished it within their companies and stuck to economy. there are several opinions on the new sysytem and all of them have a degree of credibility. the fact, is that super economy will only work with the airlines that market it right.

A proprietary algorithm is a sequence of steps or rules performed to achieve a specific goal, belonging to a commercial company as it has been trademarked or patented by its owner. An example is a search engine ranking algorithm for one of the commercial web search engines - some of the details may be readily available to the public but the source code is not freely available to protect company interests and prevent misuse.

The greatest number is infinity.

O(N) where N is the number of elements in the array you are searching.So it has linear complexity.

This function is virtually identical to get(buf, num, delim) version of get ( ). The difference between get(buf, num, delim) andgetline ( ) is that getline ( ) reads and removes the delimiter new - line character from the input stream if it is encountered which is not done by the get ( ) function. Following figure explains the difference between get ( ) and getline ( ) functions :

108

yes

/*

PROGRAM BY SOUMEN KARMAKAR

College of Engineering and Management ,Kolaghat

3rd Year Information Technology

Note: Compile the program under Linux environment using gcc. If you want to compile it under turbo c then modify the program

*/

// Program to solve matrix Minima (Transportation Problem)

#include <stdio.h>

void input_data(int a[][10],int b[][10],int s[10],int d[10]);

void show_data(int a[][10],int b[][10],int s[10],int d[10]);

void matrix_min(int a[][10],int b[][10],int s[10],int d[10]);

int m,n;

int main(void)

{

int a[10][10],b[10][10],s[10],d[10];

printf("\nEnter the no of supply & demand\n");

scanf("%d %d",&m,&n);

input_data(a,b,s,d);

show_data(a,b,s,d);

matrix_min(a,b,s,d);

return (0);

}

void input_data(int a[][10],int b[][10],int s[10],int d[10])

{

int i,j;

printf("\nEnter the cost matrix\n");

for(i=0;i<m;i++)

{

for(j=0;j<n;j++)

scanf("%d",&a[i][j]);

}

for(i=0;i<m;i++)

{

for(j=0;j<n;j++)

b[i][j]=-1;

}

printf("\nEnter the supply \n");

for(i=0;i<m;i++)

scanf("%d",&s[i]);

printf("\nEnter the demand\n");

for(i=0;i<n;i++)

scanf("%d",&d[i]);

}

void show_data(int a[][10],int b[][10],int s[10],int d[10])

{

int i,j;

printf("\n \t\t\tSupply\n");

for(i=0;i<m;i++)

{

printf("\n");

for(j=0;j<n;j++)

{

printf("%d (%d) ",a[i][j],b[i][j]);

}

printf(" | %d",s[i]);

}

printf("\n------------------------\n");

printf("\nDemand ");

printf("%d ",d[i]);

}

void matrix_min(int a[][10],int b[][10],int s[10],int d[10])

{

int i,j,s1,d1,cost,min,t1,t2,sd;

int tag[10][10];

s1=0;

d1=0;

for(i=0;i<m;i++)

{

s1=s1+s[i];

}

printf("\nsupply= %d",s1);

for(j=0;j<n;j++)

{

d1=d1+d[j];

}

printf("\ndemand= %d",d1);

if(s1!=d1)

printf("\nIt is unbalanced\nSo new table is\n\n");

if(s1>d1)

{

n++;

for(i=0;i<m;i++)

{

a[i][n-1]=0;

b[i][n-1]=-1;

}

d[n-1]=s1-d1;

d1=s1;

show_data(a,b,s,d);

}

else if(s1<d1)

{

m++;

for(j=0;j<n;j++)

{

a[m-1][j]=0;

b[m-1][j]=-1;

}

s[m-1]=d1-s1;

s1=d1;

show_data(a,b,s,d);

}

//MAIN CALCULATION

for(i=0;i<m;i++)

{

for(j=0;j<n;j++)

{

tag[i][j]=-1;

}

}

printf("\nTag matrix \n");

for(i=0;i<m;i++)

{

printf("\n");

for(j=0;j<n;j++)

{

printf("%d ",tag[i][j]);

}

}

cost=0;

sd=0;

while(sd!=s1)

{

for(i=0;i<m;i++)

{

for(j=0;j<n;j++)

{

if(tag[i][j]==-1)

{

min=a[i][j];

t1=i;

t2=j;

break;

}

}

}

for(i=0;i<m;i++)

{

for(j=0;j<n;j++)

{

if(tag[i][j]==-1)

{

if(min>a[i][j])

{

min=a[i][j];

t1=i;

t2=j;

}

}

}

}

printf("\nMin =%d\n",min);

if(d[t2]==s[t1])

{

cost=cost+a[t1][t2]*s[t1];

b[t1][t2]=s[t1];

sd=sd+s[t1];

d[t2]=0;

s[t1]=0;

show_data(a,b,s,d);

for(j=0;j<n;j++)

{

if(tag[t1][j]==0)

continue;

tag[t1][j]=0;

}

for(i=0;i<m;i++)

{

if(tag[i][t2]==0)

continue;

tag[i][t2]=0;

}

printf("\nTag matrix \n");

for(i=0;i<m;i++)

{

printf("\n");

for(j=0;j<n;j++)

{

printf("%d ",tag[i][j]);

}

}

}

else if(d[t2]>s[t1])

{

cost=cost+a[t1][t2]*s[t1];

b[t1][t2]=s[t1];

sd=sd+s[t1];

d[t2]=d[t2]-s[t1];

s[t1]=0;

show_data(a,b,s,d);

for(j=0;j<n;j++)

{

if(tag[t1][j]==0)

continue;

tag[t1][j]=0;

}

printf("\nTag matrix \n");

for(i=0;i<m;i++)

{

printf("\n");

for(j=0;j<n;j++)

{

printf("%d ",tag[i][j]);

}

}

}

else

{

cost=cost+a[t1][t2]*d[t2];

b[t1][t2]=d[t2];

sd=sd+d[t2];

s[t1]=s[t1]-d[t2];

d[t2]=0;

show_data(a,b,s,d);

for(i=0;i<m;i++)

{

if(tag[i][t2]==0)

continue;

tag[i][t2]=0;

}

printf("\nTag matrix \n");

for(i=0;i<m;i++)

{

printf("\n");

for(j=0;j<n;j++)

{

printf("%d ",tag[i][j]);

}

}

}

}

printf("\nCost is =%d\n",cost);

}

// Thank You.........

This type of sorting can b performd by simply transferring all the matrix elements in a single dimension array of 1X16 size and then sorting this array and then transferring the elements back to 4X4 matrix.

You can also treat the 4x4 matrix as a simple array using pointers and, thus, not need to transfer from matrix to array and back.

Example, using ellipses (...) to simulate indentation for clarity...

int matrix[4][4] = {...some values...}

int *element;

int flag = 1;

while (flag == 1) { /* simple bubble sort */

... flag = 0;

... /* loop from first element to next to last element */

... for (element = &matrix[0][0]; element < &matrix[3][3]; element ++) {

... ... if (*element > *(element + 1)) {

... ... ... flag = 1;

... ... ... *element ^= *(element + 1); /* exclusive or swap */

... ... ... *(element + 1) ^= *element;

... ... ... *element ^= *(element + 1);

... ... }

... }

}

letter -> [a-zA-Z]

digit -> [0-9]

identifier -> letter|_(letter|digit|_)

Hybrid compiler is a compiler which translates a human readable source code to an intermediate byte code for later interpretation. So these languages do have both features of a compiler and an interpreter. These types of compilers are commonly known as Just In-time Compilers (JIT).

Java is one good example for these types of compilers.

You cannot delete an uninitialized pointer, because there is no allocation for the object, and the pointer contains garbage. That includes the case where you attempted allocation and failed, but deletion is safe in that case because a NULL pointer is "safe" to delete, even though it does not point at anything.

With the Associative model there is not record. When assembling all of the current information on a complex order the data storage needs to be re-visited multiple times. This could pose as a disadvantage. Some calculations seem to suggest that Associative database would need as many as four times the data reads as the relational database.

Whenever there is a repetition in the program.

tutorials

There are a lot of advantages of house swapping. First and foremost it is the affordable way to allow families to take much needed vacations while not spending a fortune on accommodations. This is especially true for larger groups. On a simplistic side, one swaps with another family for a specific length of time. This allows families to feel that home-like feeling without breaking the bank.

One. It is called root.

to pay dividends

To be a good programmer in C++, your logic making should b strong. You should have a good memory, enough to remember the syntax of codes for c++. And most important of all, you should do regular practice. The more you will practice, more you will master it.

Body of the loop

Symbolic languages have a near 1:1 relationship with the resultant machine code, thus the translation from source code to machine code is extremely trivial. For instance, the move instruction maps to several operation codes (opcodes) depending on whether the source and destination are working memory addresses or register addresses. However, there is no need to map each opcode to a separate mnemonic because the assembler can deduce the exact opcode from the operands alone. Thus all moves can be symbolised with a MOV mnemonic. So aside from choosing between opcode variants, translation from source code to machine code is relatively simple to program.

High-level languages have a higher degree of abstraction than symbolic languages (which is what we mean by high-level). A single high-level statement may generate many dozens of low-level instructions thus translation from source to machine code is far from trivial. However, programs don't need to be written in minute detail because the compiler handles all the machine-level details, many of which are highly repetitive (move values into registers, perform an operation upon those registers, act upon the result, rinse and repeat). This allows the programmer to express his ideas in code more freely.

The opposite of dynamic is static.

The biggest one it is extinct.