SSET |
Sets the components of a vector to a scalar. |

SCOPY |
Copies a vector **x **to a vector y, both single precision. |

SSCAL |
Multiplies a vector by a scalar,* y ← α y*, both single precision. |

SVCAL |
Multiplies a vector by a scalar and stores the result in another vector, *y ←α x*, all single precision. |

SADD |
Adds a scalar to each component of a vector, *x ← x + a*, all single precision. |

SSUB |
Subtract each component of a vector from a scalar,* x ← a - x,* all single precision. |

SAXPY |
Subtract each component of a vector plus a vector,* x ← ax + x*, all singleprecision. |

SSWAP |
Interchange vectors *x* and *y*, both single precision. |

SDOT |
Computes the single-precision dot product *x*^{T}y. |

DSDOT |
Computes the single-precision dot product* x*^{T}y using a double precision accumulator. |

SDSDOT |
Computes the sum of a single-precision scalar and a single precision dot product, *a + x*^{T}y, using a double-precision accumulator. |

SDDOTI |
Computes the sum of a single-precision scalar plus a single precision dot product using a double-precision accumulator, which is set to the result *ACC ← a + x*^{T}y. |

SHPROD |
Computes the Hadamard product of two single-precision vectors. |

SXYZ |
Computes a single-precision *xyz* product. |

SSUM |
Sums the values of a single-precision vector |

SASUM |
Sums the absolute values of the components of a single-precision vector. |

SNRM2 |
Computes the Euclidean length or *L*_{2} norm of a single-precision vector. |

SPRDCT |
Multiplies the components of a single-precision vector. |

ISMIN |
Finds the smallest index of the component of a single-precision vector having minimum value. |

ISMAX |
Finds the smallest index of the component of a single-precision vector having maximum value. |

ISAMIN |
Finds the smallest index of the component of a single-precision vector having minimum absolute value. |

ISAMAX |
Finds the smallest index of the component of a single-precision vector having maximum absolute value. |

SROTG |
Constructs a Givens plane rotation in single precision. |

SROT |
Applies a Givens plane rotation in single precision. |

SROTM |
Applies a modified Givens plane rotation in single precision. |

SROTMG |
Constructs a modified Givens plane rotation in single precision. |