## MGRSGrid


The 10 km MGRS squares intersecting an area of interest.


Usage

``` python
MGRSGrid(
    filter_geometry,
    resolution=10.0,
)
```


Adjacent UTM zones may overlap because each zone is gridded independently.


## Parameters


`filter_geometry: GeoSeries | GeoArray | BaseGeometry`  
Area of interest in WGS84. Intersecting squares are included whole.

`resolution: float = ``10.0`  
Pixel size in metres. Must divide 10 km evenly.


## Raises


`ValueError`  
If `filter_geometry` carries a CRS other than WGS84.


## Methods

| Name | Description |
|----|----|
| [__getitem__()](#__getitem__) | Return an MGRSGeoBox by index or a sliced MGRSGrid. |
| [__iter__()](#__iter__) | Iterate over grid squares. |
| [__len__()](#__len__) | Return the number of grid squares. |
| [to_geodataframe()](#to_geodataframe) | Return the grid squares in WGS84. |

------------------------------------------------------------------------


#### \_\_getitem\_\_()


Return an MGRSGeoBox by index or a sliced MGRSGrid.


Usage

``` python
__getitem__(self, index: int) -> MGRSGeoBox
__getitem__(self, index: slice) -> Self
```


------------------------------------------------------------------------


#### \_\_iter\_\_()


Iterate over grid squares.


Usage

``` python
__iter__()
```


------------------------------------------------------------------------


#### \_\_len\_\_()


Return the number of grid squares.


Usage

``` python
__len__()
```


------------------------------------------------------------------------


#### to_geodataframe()


Return the grid squares in WGS84.


Usage

``` python
to_geodataframe()
```


##### Returns


`gpd.GeoDataFrame`  
One row per square with its MGRS and UTM metadata.