The outer loop goes counter clockwise, while the inner loop goes clockwise. For example, if you're driving from Fairfax, VA to Washington, DC you're going on the inner loop, and on the way back you're taking the outer loop.
If one loop ends before the next begins then they are not nested at all -- they are completely independent. To be nested, one loop must contain the other loop in its entirety. That is, the inner, nested loop must start and end within the outer, containing loop. Nested loop example (in C++): for( int x = 0; x < 10; ++x ) // outer loop { for( int y = 0; y < 10; ++y ) // inner loop (nested loop) { printf( "%d x %d = %d\r\n", x, y, x*y ); } // end of inner loop } // end of outer loop
With two nested loops. In the outer loop, a variable - we might call it "n" - would go from 5 down to 1, in the inner loop, the variable (whatever you call it) goes from 5 down to n. Write out each digit in the inner loop; in the outer loop you need to add the extra space.
You may exit a nested loop in Java using a break with a label for the outer loop.
Oh, dude, to print those numbers in QBasic, you can use a simple loop. Just loop from 1 to 5 and print the numbers with spaces in between. It's like making a sandwich, but with numbers instead of bread and cheese. So, like, don't stress, just code it up and hit run. Easy peasy, right?
No- the outer loop has to be longer than the inner loop.
A nested loop is a (inner) loop that appears in the loop body of another (outer) loop. The inner or outer loop can be any type: while, do while, or for. For example, the inner loop can be a while loop while an outer loop can be a for loop.
The outer loop goes counter clockwise, while the inner loop goes clockwise. For example, if you're driving from Fairfax, VA to Washington, DC you're going on the inner loop, and on the way back you're taking the outer loop.
If one loop ends before the next begins then they are not nested at all -- they are completely independent. To be nested, one loop must contain the other loop in its entirety. That is, the inner, nested loop must start and end within the outer, containing loop. Nested loop example (in C++): for( int x = 0; x < 10; ++x ) // outer loop { for( int y = 0; y < 10; ++y ) // inner loop (nested loop) { printf( "%d x %d = %d\r\n", x, y, x*y ); } // end of inner loop } // end of outer loop
Labels are used to label the statements that follow for use with goto statements. Labels are user-defined names that follow standard naming conventions, starting in column 1 and ending with a colon (:). They are usually placed on a line of their own but must appear in the same function that contains the goto. Note that a label that has no statements following (the label is the last statement in the function), it must include a semi-colon (;) after the colon (an empty statement). Although many programmers frown upon the use of goto, it is really no different to using return, break or continue to interrupt the normal program flow within a function. However, it's fair to say goto statements are often used quite inappropriately, producing "spaghetti code" that is really quite difficult to follow. In many cases there will be a better alternative to using a goto, however the following example illustrates a correct usage for goto, breaking out of nested compound statements. The functions UseBreak() and UseGoto() both produce exactly the same results, but the goto version is easier to follow as the conditional expression only needs to be evaluated once. Evaluating one goto rather than two breaks is also more efficient. #include <iostream> using namespace std; void UseBreak() { cout<<"UseBreak() executing..."<<endl; int i, j; for(i=0;i<10;++i) { cout<<"Outer loop executing. i="<<i<<endl; for(j=0;j<2;j++) { cout<<"\tInner loop executing. j="<<j<<endl; if(i==3) break; // break out of inner loop. } if(i==3) break; // break out of outer loop. cout<<"\tInner loop finished."<<endl; } cout<<"Outer loop finished."<<endl<<endl; } void UseGoto() { cout<<"UseGoto() executing..."<<endl; int i, j; for(i=0;i<10;++i) { cout<<"Outer loop executing. i="<<i<<endl; for(j=0;j<2;j++) { cout<<"\tInner loop executing. j="<<j<<endl; if(i==3) goto stop; // jump out of both loops. } cout<<"\tInner loop finished."<<endl; } stop: cout<<"Outer loop finished."<<endl<<endl; } int main() { UseBreak(); UseGoto(); return(0); } Output: UseBreak() executing... Outer loop executing. i=0 Inner loop executing. j=0 Inner loop executing. j=1 Inner loop finished. Outer loop executing. i=1 Inner loop executing. j=0 Inner loop executing. j=1 Inner loop finished. Outer loop executing. i=2 Inner loop executing. j=0 Inner loop executing. j=1 Inner loop finished. Outer loop executing. i=3 Inner loop executing. j=0 Outer loop finished. UseGoto() executing... Outer loop executing. i=0 Inner loop executing. j=0 Inner loop executing. j=1 Inner loop finished. Outer loop executing. i=1 Inner loop executing. j=0 Inner loop executing. j=1 Inner loop finished. Outer loop executing. i=2 Inner loop executing. j=0 Inner loop executing. j=1 Inner loop finished. Outer loop executing. i=3 Inner loop executing. j=0 Outer loop finished.
With two nested loops. In the outer loop, a variable - we might call it "n" - would go from 5 down to 1, in the inner loop, the variable (whatever you call it) goes from 5 down to n. Write out each digit in the inner loop; in the outer loop you need to add the extra space.
Interstate Highway 495, which was named "The Circumferential Highway", but is now called "The Beltway," was designed to carry traffic around the city of Washington. The highway is made of two rings or "loops"; the "inner loop" carries traffic in a clockwise direction around the city, and the "outer loop", the opposite direction. When there is construction, a traffic accident, and the like impeding traffic on I-495, the location of the incident is usually identified by the nearest exit and "inner" or "outer" loop, because usually traffic traveling in the opposite direction is not affected.
I am not sure where this came from but as a resident of Washington DC, this is my thought. Washington DC is surrounded by a highway known as the beltway with an inner and outer loop. The players (important people) of DC are said to be inside the beltway or 'in the loop'. Those 'out of the loop' are not informed about what is happening on Capitol Hill. Just a guess.
I hesitate to admit that I was raised on one of the inner planets. The inner planets are not gaseous, like the outer planets.
inner
Outer Upper Inner was created in 2008.
Outer. Inner are the one's closer to the Sun.