update readme

```

projs(4) = 

  struct with fields:

             id: 9

           name: 'BEPICRUISE'

    description: 'BepiColombo Cruise Phase'

             id: 10

           name: 'BEPI'

    description: 'Test'

```

### MatMust_getDataFromName

### MatMust_searchTMparFromName

Search a parameter into the requested **dataprovider** (es. 'BEPICRUISE')

Search a parameter into the requested **dataprovider** (es. 'BEPI')

`results = MatMust_searchTMparFromName(M, namequery, dataproviders, options)`

`results = MatMust_searchTMparFromName(M, namequery, dataproviders, [options])`

inputs:

- `M` -> A MutMust Class, succesfully logged in 

- `namequery` -> The query to perform (ex. '*HGA' )

- `dataproviders` -> dataprovider IdName. Can be more than one passed as a cell `{'BEPICRUISE','...'}`

- `dataproviders` -> dataprovider IdName. Can be more than one passed as a cell `{'BEPI','...'}`

    - aggregationValue = <numeric> (es. 10)

- `options` ->  You can specify several options: 

    - 'dump' -> print to screen the parameters found

    - 'Description' -> Extend search in Parameters Descriptions

                ```

                r = 

                struct with fields:

                        type: 'BEPICRUISE params'

                        type: 'BEPI params'

                    typeId: 'params'

                    children: [2×1 struct]

                ```

es:

`r = MatMust_searchTMparFromName(M, 'APMH processed ', 'BEPICRUISE','dump','Description','title')`

`r = MatMust_searchTMparFromName(M, 'APMH processed ', 'BEPI','dump','Description','title')`

### MatMust_getTMparStatistics

Get back statistics of specified parameters in the time span

`results = MatMust_getTMparStatistics(obj, ds, parname, dateStart, dateStop, [options] )`

inputs:

- `M`  -> A MutMust Class, succesfully logged in 

- `ds` ->  'string' -> name of the dataprovider i.e.'BEPI'

- `parname` -> 'string' -> a parameter name i.e. 'NCAD7EB7' or a struct of strings {'NCAD7EB7', 'NCAD7EB8' ...}

- `dateStart` -> 'yyyy-mm-dd HH:MM:SS' format date UTC time

- `dateStop` -> 'yyyy-mm-dd HH:MM:SS' format date UTC time

- `options` ->  You can specify several options: 

    - 'dump' -> print to screen the parameters found

output: 

 - `results` -> a Nx1 struct array of the N parameters requested

example:

results = M.MatMust_getTMparStatistics('BEPI', {'NCAD09A1', 'NCAD7DD1'}, '2022-11-12 02:00:00', '2022-11-12 06:00:00','dump');

```

results  = 

  2×1 struct array with fields:

    dataProvider

    parameter

    from

    to

    aggregation

    aggregationValue

    aggregationFunction

    count

    sum

    min

    max

    minDate

    maxDate

    avg

    stddev

    orbit

```

### MatMust_getDataFromName

MatMust_getDataFromName get the data name parameter from the project name `ds` in the time interval `dateStart`, `dateStop`.

`data = MatMust_getDataFromName(M, ds, parname, dateStart, dateStop, options  )`

`data = MatMust_getDataFromName(M, ds, parname, dateStart, dateStop,[aggregation], [options]  )`

inputs:

- `M`  -> A MutMust Class, succesfully logged in 

- `ds` ->  'string' -> name of the dataprovider i.e.'BEPICRUISE'

- `ds` ->  'string' -> name of the dataprovider i.e.'BEPI'

- `parname` -> 'string' -> a parameter name i.e. 'NCAD7EB7' or a struct of strings {'NCAD7EB7', 'NCAD7EB8' ...}

- `dateStart` -> 'yyyy-mm-dd HH:MM:SS' format date UTC time

- `dateStop` -> 'yyyy-mm-dd HH:MM:SS' format date UTC time

- `aggregation`-> (optional) You can specify aggregation function and parameters

    - You can add aggration funcition

    - aggregation = [days | hours | minutes ]

    - aggregationFunction = [ FIRST | LAST | MAX | MIN | AVERAGE]

- `options` ->  You can specify several options: 

    - `'dump'` will print on screen all the results

    - `'plot'` optional parameter to dump and plot the data

    - `'calibrated'` optional parameter that specify that you want calibrated data

output: 

    A Nx1 cell array of structs containing the data for the N parameters requested.

    Each parameter is contained in a struct:

    ```

        data{1} = 

            struct with fields:

                    unit: 'none'

                    data: [115200×1 struct]

                           date

                            value

                            calibratedValue

                            dateMAT

                    dataType: 'DOUBLE'

                    name: 'NCAD09A1'

                    description: 'Est sc ang rate x'

                    subsystem: 'TM'

                    id: '18334'

                    type: 'TM'

                    complete: 'true'

    ```

example: 

`data = M.MatMust_getDataFromName(['BEPI'], {'NCAD09A1','NCAD09A2','NCAD09A3'}, dataStartOM , dataStopOM);`

    ```

data =

  3×1 cell array

    {1×1 struct}

    {1×1 struct}

    {1×1 struct}

        ```

    ```

        data{1} = 

            struct with fields:

                    unit: 'none'

                    data: [115200×1 struct]

                           date

                            value

                            calibratedValue

                            dateMAT

                    dataType: 'DOUBLE'

                    name: 'NCAD09A1'

                    description: 'Est sc ang rate x'

                    subsystem: 'TM'

                    id: '18334'

                    type: 'TM'

                    complete: 'true'

    ```

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