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| Prototype | |||||||
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template <class Tnum> interval<Tnum> pow(const interval<Tnum>& x, Tnum p) ; | |||||||
| Description | |||||||
| Computes x^p. Where x is an interval and y is a normal number. | |||||||
| Definition | |||||||
| interval.cct | |||||||
| Preconditions | |||||||
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| Complexity | |||||||
| Example | |||||||
In mathfunc.cc:
cout << "A:" << A << endl << endl; cout << "Square :" << sqr(A) << endl; cout << "Square Root:" << sqrt(A) << endl; cout << "Tangent :" << tan(A) << endl; cout << "ArcTangent :" << atan(A) << endl; cout << "Sine :" << sin(A) << endl; cout << "Cosine :" << cos(A) << endl; cout << "Arcsine :" << asin(A) << endl; cout << "Arcosine :" << acos(A) << endl; cout << "Log :" << log(A) << endl; cout << "Ln :" << ln(A) << endl; cout << "Power (A^A):" << pow(A,A) << endl; cout << "Exponent :" << exp(A) << endl; | |||||||
| Notes | |||||||
| See also | |||||||

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