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| Prototype | |||||||
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template <class Tnum> Tnum midpoint(const interval<Tnum>& x) ; | |||||||
| Description | |||||||
| Returns the Tnum which is the midpoint of the interval. This number is equal to the sum of the left and right bounds, divided by 2.0. | |||||||
| Definition | |||||||
| interval.cct | |||||||
| Preconditions | |||||||
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| Complexity | |||||||
| Example | |||||||
In half.cc:
cout << "positive half :" << pos_half(A) << endl; cout << "negative half :" << neg_half(A) << endl; cout << "midpoint :" << midpoint(A) << endl; cout << "bisect (left) :" << bisect(A).first << endl; cout << "bisect (right):" << bisect(A).second << endl; cout << "diameter :" << diameter(A) << endl; cout << "abs :" << abs(A) << endl; | |||||||
| Notes | |||||||
| See also | |||||||

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