performIntegralLower2 {DBpower} | R Documentation |

## Apply this function over all m, j not equal (order matters) to calculate each portion of the integral we need for the lower bound for calc_b2.

### Description

Apply this function over all m, j not equal (order matters) to calculate each portion of the integral we need for the lower bound for calc_b2.

### Usage

```
performIntegralLower2(
x,
muVec,
sigMat,
lBounds1,
uBounds1,
lBounds2,
uBounds2,
lBounds3,
uBounds3,
lBounds4,
uBounds4
)
```

### Arguments

`x` |
Apply over this 2*1 vector, the element that will be the largest in magnitude. |

`muVec` |
Mean vector of test statistics under the alternative (assuming it's MVN). |

`sigMat` |
Covariance matrix of test statistics under the alternative (assuming it's MVN). |

`lBounds1` |
A 2J-1 vector of lower bounds for the first integral (see paper). |

`uBounds1` |
A 2J-1 vector of upper bounds for the second integral (see paper). |

`lBounds2` |
A 2J-1 vector of lower bounds for the first integral (see paper). |

`uBounds2` |
A 2J-1 vector of upper bounds for the second integral (see paper). |

`lBounds3` |
A 2J-1 vector of lower bounds for the third integral (see paper). |

`uBounds3` |
A 2J-1 vector of upper bounds for the third integral (see paper). |

`lBounds4` |
A 2J-1 vector of lower bounds for the fourth integral (see paper). |

`uBounds4` |
A 2J-1 vector of upper bounds for the fourth integral (see paper). |

### Value

The value of the integration.

*DBpower*version 0.1.0 Index]