MLNewPacket() (Mathematica MathLink C Function)

int MLNewPacket (MLINK link) skips to the end of the current packet on link.

MLPutReal128() (Mathematica MathLink C Function)

int MLPutReal128 (MLINK link, mlextended_double d) puts the extend-precision floating-point number d to the MathLink connection specified by link.

MLPutReal32() (Mathematica MathLink C Function)

int MLPutReal32 (MLINK link, double x) puts the single-precision floating-point number x to the MathLink connection specified by link with a precision corresponding to the C ...

MLPutReal64() (Mathematica MathLink C Function)

int MLPutReal64 (MLINK link, double x) puts the double-precision floating-point number x to the MathLink connection specified by link.

MLPutRealArray() (Mathematica MathLink C Function)

int MLPutRealArray (MLINK link, double *a, long *dims, char ** heads, long d) puts an array of floating-point numbers to the MathLink connection specified by link to form a ...

MLReleaseReal128Array() (Mathematica MathLink C Function)

void MLReleaseReal128Array (MLINK link, long double *a, int *dims, char ** heads, int d) disowns the memory allocated by MLGetReal128Array() to store the array a, its ...

MLReleaseReal32Array() (Mathematica MathLink C Function)

void MLReleaseReal32Array (MLINK link, float *a, int *dims, char ** heads, int d) disowns the memory allocated by MLGetReal32Array()to store the array a, its dimensions dims ...

TransformedDistribution (Built-in Mathematica Symbol)

TransformedDistribution[expr, x \[Distributed] dist] represents the transformed distribution of expr where the random variable x follows the distribution ...

FinancialData (Built-in Mathematica Symbol)

FinancialData["name"] gives the last known price or value for the financial entity specified by " name".FinancialData["name", start] gives a list of dates and daily closing ...

OrderDistribution (Built-in Mathematica Symbol)

OrderDistribution[{dist, n}, k] represents the k\[Null]^th-order statistics distribution for n observations from the distribution dist.OrderDistribution[{dist, n}, {k_1, k_2, ...