A B C D E F G H I...Z
A a b c d e f g h i...z
B b c d e f g h i...z a
C c d e f g h i...z a b
D d e f g h i...z a b c
...
Z z
(capital letters denote a referencing row)
2D arrays in c++
Author
Im making a console c++ program for a personal assignment, and a part of it needs operations on an array.
You don't need operations on arrays for this. The structure of values inside the arrays is so regular that you can generate it on the fly using two '+' and one '%'.
Author
@SiCrane - Of course...just asked one.
I tried to use the ASCII of a character to generate the entire English alphabet (as a starting step to implement your advice)...it just spewed me with junk values...
I have a gist that if I knew how to represent alphabets in their ASCII code in the program, I would be able to make the alphabetic sequences (a matter of an increment sign, as ToohrVyk said...dunno where the modules pops in)
Stuck again...please help.
-regards,
BlueBolt
Quote:Original post by ToohrVyk
You don't need operations on arrays for this. The structure of values inside the arrays is so regular that you can generate it on the fly using two '+' and one '%'.
I tried to use the ASCII of a character to generate the entire English alphabet (as a starting step to implement your advice)...it just spewed me with junk values...
#include<iostream>using namespace std;int main(){ char alpha; alpha=1; //or maybe alpha=a; cout<<alpha; cin>>alpha; for(int i=0; i<=26; alpha++) cout<<alpha; return 0;}I have a gist that if I knew how to represent alphabets in their ASCII code in the program, I would be able to make the alphabetic sequences (a matter of an increment sign, as ToohrVyk said...dunno where the modules pops in)
Stuck again...please help.
-regards,
BlueBolt
Quote:Could anyone please give me the code fragment for the two given operations?
The answer: "Yes, people here can give you the advice".
But, given that the entire structure of the OP is very much like a homework assignment, most would be unwilling to do so.
Quote: for(int i=0; i<=26; alpha++)
cout<<alpha;
Letters are represented as ASCII table. But since you can treat them as numbers in your particular case, then this becomes valid:
for (char c = 'a'; c <= 'z'; c++) std::cout << c;The other way, to obtain n-th character, can be obatined using:
int index = 14;std::cout << ( 'a' + index );Obviously, it goes the other way as well. Which number is the letter x?
char x = 'f';std::cout << (x - 'a');And no, there is no need for a table, everything can be calculated using the above operations.
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