# Difference between revisions of "Import resulting data into other applications"

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= Exported HDF5 file = | = Exported HDF5 file = | ||

− | The exported file is an HDF5 file. More information about this format can be found [https://www.hdfgroup.org/HDF5/ | + | The exported file is an HDF5 file. More information about this format can be found [https://www.hdfgroup.org/HDF5/ here]. |

The structure of the HDF5 format is a tree-like structure with data elements as leaves, which are called data sets. This structure is as follows: | The structure of the HDF5 format is a tree-like structure with data elements as leaves, which are called data sets. This structure is as follows: | ||

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==Matlab== | ==Matlab== | ||

Matlab can import the data. This can be done by the following command: | Matlab can import the data. This can be done by the following command: | ||

− | ''<code>h5read(filename,datasetname)</code>'' where file name is the hdf5 file name and the datasetname is the data set name, eg ''<code>/frame/4/100</code>'' or ''<code>/receiver/6</code>''. For more info see [http://mathworks.com/help/matlab/hdf5-files.html | + | ''<code>h5read(filename,datasetname)</code>'' where file name is the hdf5 file name and the datasetname is the data set name, eg ''<code>/frame/4/100</code>'' or ''<code>/receiver/6</code>''. For example to read frame 42 from domain 4 that is in hdf5 file "result.h5", the following matlab command can be used ''<code>h5read('result.h5','/frame/4/42')</code>''. |

+ | |||

+ | For more info see [http://mathworks.com/help/matlab/hdf5-files.html Matlab hdf5 reference pages]. | ||

==Mathematica== | ==Mathematica== | ||

More information about import in mathematica can be found at [https://reference.wolfram.com/language/ref/format/HDF5.html Mathematica hdf5 reference pages]. | More information about import in mathematica can be found at [https://reference.wolfram.com/language/ref/format/HDF5.html Mathematica hdf5 reference pages]. |

## Revision as of 15:57, 28 April 2016

Data exported to the HDF5 format can be imported into other applications.

## Contents |

# Exported HDF5 file

The exported file is an HDF5 file. More information about this format can be found here.

The structure of the HDF5 format is a tree-like structure with data elements as leaves, which are called data sets. This structure is as follows:

`frame`

- <domain index>
- <frame index>

- <domain index>
`receiver`

- <receiver index>

For example if you want frame 100 of domain 4, the data element is at * /frame/4/100*. Or if you want the data of receiver 6, then the resulting data is in element

*.*

`/receiver/6`

# Applications

Here is a list of some of the applications that can import this data.

## Matlab

Matlab can import the data. This can be done by the following command:
* h5read(filename,datasetname)* where file name is the hdf5 file name and the datasetname is the data set name, eg

*or*

`/frame/4/100`

*. For example to read frame 42 from domain 4 that is in hdf5 file "result.h5", the following matlab command can be used*

`/receiver/6`

*.*

`h5read('result.h5','/frame/4/42')`

For more info see Matlab hdf5 reference pages.

## Mathematica

More information about import in mathematica can be found at Mathematica hdf5 reference pages.