* Return a symbolic number that represents a @p base value raised to the power of
* an @p exponent.
*
- * Mimics the function <code> std::pow(base,exponent) </code> using the
+ * Mimics the function <code> std::%pow(base,exponent) </code> using the
* standard math library.
*/
Expression
* Return a symbolic number that represents a @p base value raised to the power of
* an @p exponent.
*
- * Mimics the function <code> std::pow(base,exponent) </code> using the
+ * Mimics the function <code> std::%pow(base,exponent) </code> using the
* standard math library.
*
* This variant is used when the @p exponent is not a Expression.
* Return a symbolic number that represents a @p base value raised to the power of
* an @p exponent.
*
- * Mimics the function <code> std::pow(base,exponent) </code> using the
+ * Mimics the function <code> std::%pow(base,exponent) </code> using the
* standard math library.
*
* This variant is used when the @p base is not a Expression.
/**
* Return a symbolic number that represents the square root of some value @p x.
*
- * Mimics the function <code> std::sqrt(x) </code> using the standard math
+ * Mimics the function <code> std::%sqrt(x) </code> using the standard math
* library.
*/
Expression
/**
* Return a symbolic number that represents the cubic root of some value @p x.
*
- * Mimics the function <code> std::cbrt(x) </code> using the standard math
+ * Mimics the function <code> std::%cbrt(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the Euler constant
* $e \approx 2.71828$ raised to the given @p exponent.
*
- * Mimics the function <code> std::exp(exponent) </code> using the standard
+ * Mimics the function <code> std::%exp(exponent) </code> using the standard
* math library.
*/
Expression
/**
* Return a symbolic number that represents the natural logarithm of a value @p x.
*
- * Mimics the function <code> std::log(x) </code> using the standard math
+ * Mimics the function <code> std::%log(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the logarithm of a value @p x taken with
* respect to a @p base number.
*
- * Mimics the function <code> std::log(x,base) </code> using the standard
+ * Mimics the function <code> std::%log(x,base) </code> using the standard
* math library.
*/
Expression
* Return a symbolic number that represents the logarithm of a value @p x taken with
* respect to a @p base number.
*
- * Mimics the function <code> std::log(x,base) </code> using the standard
+ * Mimics the function <code> std::%log(x,base) </code> using the standard
* math library.
*
* This variant is used when the @p base is not a Expression.
* Return a symbolic number that represents the logarithm of a value @p x taken with
* respect to a @p base number.
*
- * Mimics the function <code> std::log(x,base) </code> using the standard
+ * Mimics the function <code> std::%log(x,base) </code> using the standard
* math library.
*
* This variant is used when the @p value is not a Expression.
/**
* Return a symbolic number that represents the base 10 logarithm of a value @p x.
*
- * Mimics the function <code> std::log10(x) </code> using the standard math
+ * Mimics the function <code> std::%log10(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the sine function with the
* given argument @p x.
*
- * Mimics the function <code> std::sin(x) </code> using the standard math
+ * Mimics the function <code> std::%sin(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the cosine function with the
* given argument @p x.
*
- * Mimics the function <code> std::cos(x) </code> using the standard math
+ * Mimics the function <code> std::%cos(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the tangent function with the
* given argument @p x.
*
- * Mimics the function <code> std::tan(x) </code> using the standard math
+ * Mimics the function <code> std::%tan(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the cosecant function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::sin(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%sin(x) </code> using the standard
* math library.
*/
Expression
* Return a symbolic number that represents the secant function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::cos(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%cos(x) </code> using the standard
* math library.
*/
Expression
* Return a symbolic number that represents the cotangent function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::tan(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%tan(x) </code> using the standard
* math library.
*/
Expression
* the
* given argument @p x.
*
- * Mimics the function <code> std::asin(x) </code> using the standard math
+ * Mimics the function <code> std::%asin(x) </code> using the standard math
* library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> std::acos(x) </code> using the standard math
+ * Mimics the function <code> std::%acos(x) </code> using the standard math
* library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> std::atan(x) </code> using the standard math
+ * Mimics the function <code> std::%atan(x) </code> using the standard math
* library.
*/
Expression
* with the
* given arguments @p x and @p y.
*
- * Mimics the function <code> std::atan2(y,x) </code> using the standard
+ * Mimics the function <code> std::%atan2(y,x) </code> using the standard
* math library.
*/
Expression
* with the
* given arguments @p x and @p y.
*
- * Mimics the function <code> std::atan2(y,x) </code> using the standard
+ * Mimics the function <code> std::%atan2(y,x) </code> using the standard
* math library.
*
* This variant is used when the numerator @p y is not a Expression.
* with the
* given arguments @p x and @p y.
*
- * Mimics the function <code> std::atan2(y,x) </code> using the standard
+ * Mimics the function <code> std::%atan2(y,x) </code> using the standard
* math library.
*
* This variant is used when the denominator @p x is not a Expression.
* with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::asin(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%asin(x) </code> using the standard
* math library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::acos(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%acos(x) </code> using the standard
* math library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::atan(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%atan(x) </code> using the standard
* math library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> std::sinh(x) </code> using the standard math
+ * Mimics the function <code> std::%sinh(x) </code> using the standard math
* library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> std::cosh(x) </code> using the standard math
+ * Mimics the function <code> std::%cosh(x) </code> using the standard math
* library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> std::tanh(x) </code> using the standard math
+ * Mimics the function <code> std::%tanh(x) </code> using the standard math
* library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::sinh(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%sinh(x) </code> using the standard
* math library.
*/
Expression
* with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::cosh(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%cosh(x) </code> using the standard
* math library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::tanh(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%tanh(x) </code> using the standard
* math library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> std::asinh(x) </code> using the standard math
+ * Mimics the function <code> std::%asinh(x) </code> using the standard math
* library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> std::acosh(x) </code> using the standard math
+ * Mimics the function <code> std::%acosh(x) </code> using the standard math
* library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> std::atanh(x) </code> using the standard math
+ * Mimics the function <code> std::%atanh(x) </code> using the standard math
* library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::asin(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%asin(x) </code> using the standard
* math library.
*/
Expression
* function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::acos(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%acos(x) </code> using the standard
* math library.
*/
Expression
* cotangent function with the
* given argument @p x.
*
- * Mimics the function <code> 1.0/std::atan(x) </code> using the standard
+ * Mimics the function <code> 1.0/std::%atan(x) </code> using the standard
* math library.
*/
Expression
/**
* Return a symbolic number that represents the absolute value of value @p x.
*
- * Mimics the function <code> std::abs(x) </code> using the standard math
+ * Mimics the function <code> std::%abs(x) </code> using the standard math
* library.
*/
Expression
/**
* Return a symbolic number that represents the absolute value of value @p x.
*
- * Mimics the function <code> std::fabs(x) </code> using the standard math
+ * Mimics the function <code> std::%fabs(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the @p value of the first
* argument that takes the @p sign of the second argument.
*
- * Mimics the function <code> std::copysign(value, sign) </code> using
+ * Mimics the function <code> std::%copysign(value, sign) </code> using
* the standard math library.
*/
Expression
/**
* Return a symbolic number that represents the floor of value @p x.
*
- * Mimics the function <code> std::floor(x) </code> using the standard math
+ * Mimics the function <code> std::%floor(x) </code> using the standard math
* library.
*/
Expression
/**
* Return a symbolic number that represents the ceiling of value @p x.
*
- * Mimics the function <code> std::ceil(x) </code> using the standard math
+ * Mimics the function <code> std::%ceil(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the maximum of two
* values @p a and @p b.
*
- * Mimics the function <code> std::max(a,b) </code> using the standard math
+ * Mimics the function <code> std::%max(a,b) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the maximum of two
* values @p a and @p b.
*
- * Mimics the function <code> std::max(a,b) </code> using the standard math
+ * Mimics the function <code> std::%max(a,b) </code> using the standard math
* library.
*
* This variant is used when @p b is not a Expression.
* Return a symbolic number that represents the maximum of two
* values @p a and @p b.
*
- * Mimics the function <code> std::max(a,b) </code> using the standard math
+ * Mimics the function <code> std::%max(a,b) </code> using the standard math
* library.
*
* This variant is used when @p a is not a Expression.
* Return a symbolic number that represents the minimum of two
* values @p a and @p b.
*
- * Mimics the function <code> std::min(a,b) </code> using the standard math
+ * Mimics the function <code> std::%min(a,b) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents the minimum of two
* values @p a and @p b.
*
- * Mimics the function <code> std::min(a,b) </code> using the standard math
+ * Mimics the function <code> std::%min(a,b) </code> using the standard math
* library.
*
* This variant is used when @p b is not a Expression.
* Return a symbolic number that represents the minimum of two
* values @p a and @p b.
*
- * Mimics the function <code> std::min(a,b) </code> using the standard math
+ * Mimics the function <code> std::%min(a,b) </code> using the standard math
* library.
*
* This variant is used when @p a is not a Expression.
* Return a symbolic number that represents error function with the
* given argument @p x.
*
- * Mimics the function <code> std::erf(x) </code> using the standard math
+ * Mimics the function <code> std::%erf(x) </code> using the standard math
* library.
*/
Expression
* Return a symbolic number that represents complimentary error function
* with the given argument @p x.
*
- * Mimics the function <code> std::erfc(x) </code> using the standard math
+ * Mimics the function <code> std::%erfc(x) </code> using the standard math
* library.
*/
Expression
projects / dealii.git / commitdiff