I believe it would be an if statement INSIDE of another if statement.
So, ex. if one condition is TRUE, then the 2nd if statement is executed.
could look like:
if (colour ==red)
if (leaf == maple)
cout<< "OMG Canada!";
else
cout<< "Fail.";
get it?
of course, it can be beneficial sometimes beyond situations where you can simply use the && or operators as well.. but i have PDENG.
hope that helps
In Nested Logic a Logic is contained within a Logic. If the Outer Logic is TRUE then the internal Logic is executed. Nested IF, Nested For, Nested While, e.t.c are some examples of Nested Logic in Modern Computer Languages.
A list within a list (or a list within another nested list).A list contains entries, which can be anything.Suppose those entries were lists themselves. Then they would be nested lists.
Nesting is the process of organizing information in layers. For an example, a loop in a program can contain another loop which can contain yet another loop. This is called nested loops.
WHAT HAPPENS WHEN THE COMPUTER ENCOUNTERS AN INPUT STATEMENT
operational definition of terms
nested if Statement
In C a structure within a structure is called nested. For example, you can embed a while loop in another while loop or for loop in a for loop or an if statement in another if statement.
we use "nested if" if we have to test a large number of possibilities and trials i an if statement.
If(condition) { if-else statement; } else { if-else statement; }
yes,we can
What you are asking would be not be a nested if then else statement, in pseudocode what you are asking would be:if condition thendo thiselsedo that[this is pseudo code because the 'and' would be rendered differently in other languages and there potentially would be statement terminators, etc]A nested if statement would be:if condition1 thenif condition2 thendo thiselsedo thiselsedo thatThe second if statement is nested within the first one, clearly the nesting can go on quite deeply.
You use a nested if when the condition is dependent upon another condition. For example: if (ptr != nullptr) { // ptr is non-null -- test the value it refers to if (ptr* == 0) { // the value pointed to by ptr is zero } else { // the value pointed to by ptr is non-zero } } In this case, the alternative to a nested if creates an inefficiency: if (ptr != nullptr && *ptr == 0 ) { // ptr is valid and refers to the value zero } else if (ptr != nullptr) { // ptr is valid and refers to a non-zero value } In this example, the expression "ptr != nullptr" is evaluated twice when ptr is valid and refers to a non-zero value. The nested if only evaluates this expression one time.
Nested macro calls refer to the macro calls within the macros. A macros is available within other macro definitions also. In the scenario when a macro call occurs, which contains another macro call, the macro processor generates the nested macro definition as text and places it on the input stack. The definition of the macro is then scanned and the macro processor complies it.
Its when a field is being tested for various values and different action is to be taken for each value.
Nesting can be a very handy tool in C++, but should be avoided if possible.C++ gives us If statements, For loops and many other things. These can be nested. For example:A nested If statement://outer if statementIf( this is true ){//nested if statementif( this is also true ){//do something}else{//do something else}}
In Relational algebra allows expressions to be nested, just as in arithmetic. This property is called closure.
When a function is nested inside another function, the outer one is the parent, the inner is the child.