homepage: http://hub.darcs.net/thielema/resistor-cube
changelog-type: ''
hash: 07874483c2d46979588b855f1191ecdbb2cdfbc551a10a49379d76f37d505d35
test-bench-deps: {}
maintainer: haskell@henning-thielemann.de
synopsis: Compute total resistance of a cube of resistors
changelog: ''
basic-deps:
  lapack: ! '>=0.2.2 && <0.3'
  base: ! '>=4.5 && <5'
  comfort-array: ! '>=0.3.1 && <0.4'
all-versions:
- '0.0'
- 0.0.0.1
- 0.0.0.2
- 0.0.0.3
- 0.0.0.4
- 0.0.1
author: Henning Thielemann
latest: 0.0.1
description-type: haddock
description: |-
  This is an example of how to compute the total resistance
  of a non-trivial circuit of resistors.
  It demonstrates how to build the necessary matrix.
  The computed voltages and currents
  are elements of the null vector of that matrix.

  For a generalized version see the tests of the @linear-circuit@ package.
license-name: BSD-3-Clause

homepage: http://hub.darcs.net/thielema/resistor-cube
changelog-type: ''
hash: ea6152d8758a6da4b34264909f075d7c35600745de4ed26e5b98fdb440fe028c
test-bench-deps: {}
maintainer: haskell@henning-thielemann.de
synopsis: Compute total resistance of a cube of resistors
changelog: ''
basic-deps:
  lapack: ! '>=0.3 && <0.4'
  base: ! '>=4.5 && <5'
  comfort-array: ! '>=0.4 && <0.5'
all-versions:
- '0.0'
- 0.0.0.1
- 0.0.0.2
- 0.0.0.3
- 0.0.0.4
- 0.0.1
- 0.0.1.1
author: Henning Thielemann
latest: 0.0.1.1
description-type: haddock
description: |-
  This is an example of how to compute the total resistance
  of a non-trivial circuit of resistors.
  It demonstrates how to build the necessary matrix.
  We obtain the voltages and currents
  by solving simultaneous linear equations according to this matrix.

  * For an explanation see <http://code.henning-thielemann.de/bob2019/main.pdf>.

  * For a generalized version see the tests of the @linear-circuit@ package.
license-name: BSD-3-Clause

Update from Hackage at 2019-05-24T16:22:24Z
Update from Hackage at 2019-05-24T16:22:24Z
