The Tweede Divisie, known as the second tier of Dutch football, is a hotbed of thrilling matches and emerging talent. Our platform offers daily updates on fresh matches, ensuring you never miss a beat in this exciting league. With expert betting predictions, you can make informed decisions and enhance your betting experience. Dive into the world of Dutch football and discover why the Tweede Divisie is a must-watch for every football enthusiast.
The Tweede Divisie is the third level of professional football in the Netherlands, just below the Eerste Divisie. It consists of 20 teams competing in a round-robin format, with each team playing every other team twice, once at home and once away. The league is known for its competitive spirit and serves as a stepping stone for clubs aiming to climb to higher divisions.
With its dynamic nature, the Tweede Divisie offers a unique blend of established clubs and ambitious newcomers. This makes it an ideal platform for young talents to showcase their skills and for seasoned players to extend their careers. The league's structure ensures that every match is crucial, adding an extra layer of excitement for fans and bettors alike.
Our platform provides comprehensive daily updates on all Tweede Divisie matches. Whether you're following your favorite team or exploring new ones, our detailed match reports keep you informed about scores, key events, standout performances, and more. Each update is crafted to give you a complete picture of what transpired on the field.
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Betting on football can be both exciting and challenging. To help you navigate this landscape, our platform offers expert betting predictions for every Tweede Divisie match. Our team of analysts uses advanced algorithms and in-depth knowledge of the league to provide insights that can give you an edge over other bettors.
By leveraging these expert predictions, you can make more informed decisions and increase your chances of success in football betting.
The Tweede Divisie is not just another football league; it's a breeding ground for future stars and a testament to the passion for football in the Netherlands. Here are some compelling reasons to keep an eye on this league:
Fans of Dutch football will find the Tweede Divisie an essential part of their viewing schedule, offering insights into the future stars of the sport.
Our platform goes beyond just providing updates; we offer in-depth analyses that give you a deeper understanding of each match. Our expert analysts break down key aspects such as team form, head-to-head records, and tactical approaches to help you grasp the nuances of each game.
This comprehensive approach ensures that you have all the information needed to appreciate the intricacies of each match fully.
Betting on the Tweede Divisie can be rewarding if approached with the right strategies. Here are some tips to help you navigate this exciting betting landscape:
By following these strategies, you can enhance your betting experience and increase your chances of success in the Tweede Divisie.
The Tweede Divisie plays a crucial role in shaping the future of Dutch football. It serves as a proving ground for young talents who aspire to play at higher levels. Many players who start their careers in this league go on to achieve great success in domestic and international competitions.
The Tweede Divisie is more than just a competition; it's a vital component of Dutch football's ecosystem, contributing to its growth and success on the global stage.
If you're passionate about football and want to stay updated with everything happening in the Tweede Divisie, our platform is your ultimate resource. With daily match updates, expert betting predictions, and in-depth analyses, we provide all the tools you need to enjoy this exciting league fully.
Become part of our community today and immerse yourself in the vibrant world of Dutch football!
The Tweede Divisie is unique due to its competitive nature, serving as a stepping stone for clubs aiming to reach higher divisions. It offers young talents an opportunity to shine while providing fans with thrilling matches full of passion and skill.
<|diff_marker|> ADD A1000 <|repo_name|>rjwiltse/datalab<|file_sep|>/docs/source/tutorials/03-raster-data.rst .. _tut_raster: Raster Data =========== This tutorial introduces raster data formats used by Google Earth Engine. Introduction ------------ A raster dataset consists of grid cells (pixels) with associated values. The value may represent different properties depending on application, for example: * **Digital elevation model (DEM)**: elevation above sea level (e.g., m) * **Digital surface model (DSM)**: elevation above ground level (e.g., m) * **Land surface temperature (LST)**: land surface temperature (e.g., K) * **Normalized difference vegetation index (NDVI)**: vegetation greenness (unitless) The raster dataset may contain multiple layers (also called *bands*) which represent different properties: .. figure:: ../_static/img/raster.png :alt: Raster data layers Example raster data layers There are several file formats used by Google Earth Engine: * **GeoTIFF**: `.tif` or `.tiff` * **HDF-EOS**: `.hdf` * **NetCDF**: `.nc` or `.cdf` * **JPEG2000**: `.jp2` * **Cloud Optimized GeoTIFF**: `.cog` All files should be georeferenced. Working with rasters -------------------- Let's create some example data: .. code-block:: javascript // Create two images from arrays. var img1 = ee.Image([[1]]); var img2 = ee.Image([[1]]); // Print image metadata. print('img1', img1); print('img2', img2); The images are single-band images containing only one pixel. .. code-block:: text img1: type: Image bands: ['constant'] crs: undefined dimensions: [1x1] crsTransform: undefined min: -inf max: inf img2: type: Image bands: ['constant'] crs: undefined dimensions: [1x1] crsTransform: undefined min: -inf max: inf We can add them together using ``add``: .. code-block:: javascript var sum = img1.add(img2); print('sum', sum); .. code-block:: text sum: type: Image bands: ['constant'] crs: undefined dimensions: [1x1] crsTransform: undefined min: -inf max: inf We can visualize them using ``ui.Chart.image.histogram``: .. code-block:: javascript // Plot histogram. var chart = ui.Chart.image.histogram(sum); print(chart); .. figure:: ../_static/img/raster-histogram.png :alt: Histogram chart The sum has two values: * Band value ``1`` with count ``1`` * Band value ``2`` with count ``1`` This makes sense because ``img1`` contains one pixel with band value ``1`` and ``img2`` contains one pixel with band value ``1``. Let's look at another example: .. code-block:: javascript // Create two images from arrays. var img3 = ee.Image([[10]]); var img4 = ee.Image([[20]]); // Print image metadata. print('img3', img3); print('img4', img4); The images are single-band images containing only one pixel. .. code-block:: text img3: type: Image bands: ['constant'] crs: undefined dimensions: [1x1] crsTransform: undefined min: -inf max: inf img4: type: Image bands: ['constant'] crs: undefined dimensions: [1x1] crsTransform: undefined min: -inf max: inf We can add them together using ``add``: .. code-block:: javascript var sum = img3.add(img4); print('sum', sum); .. code-block:: text sum: type: Image bands: constant: crsTransform: scaleX: value: type: name: value: type: primitiveValue: stringValue: valueType: numberValue: valueType: primitiveValue: nameValue: valueType: primitiveValue: nameValue: valueType: TYPE_STRING_VALUE: typeValueNameMapKey_: TYPE_STRING_VALUE@https://earthengine.googleapis.com/$jsns#TYPE_STRING_VALUE@ primitiveTypeNameMapKey_: STRING_VALUE@https://earthengine.googleapis.com/$jsns#STRING_VALUE@ primitiveTypeNameMapKey_: NUMBER_VALUE@https://earthengine.googleapis.com/$jsns#NUMBER_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: NAME_VALUE@https://earthengine.googleapis.com/$jsns#NAME_VALUE@ primitiveTypeNameMapKey_: PRIMITIVE_VALUE@https://earthengine.googleapis.com/$jsns#PRIMITIVE_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: NUMBER_VALUE@https://earthengine.googleapis.com/$jsns#NUMBER_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: STRING_VALUE@https://earthengine.googleapis.com/$jsns#STRING_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: NAME_VALUE@https://earthengine.googleapis.com/$jsns#NAME_VALUE@ valueTypeNameMapKey_: PRIMITIVE_VALUE@https://earthengine.googleapis.com/$jsns#PRIMITIVE_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ valueTypeNameMapKey_: NAME@https://earthengine.googleapis.com/$jsns#NAME@ valueTypeNameMapKey_: SCALE_X@https://earthengine.googleapis.com/$jsns#SCALE_X@ translationX: value: type: name: value: type: primitiveValue: stringValue: valueType: numberValue: valueType: primitiveValue: nameValue: valueType: primitiveValue: nameValue: valueType: TYPE_STRING_VALUE: typeValueNameMapKey_: TYPE_STRING_VALUE@https://earthengine.googleapis.com/$jsns#TYPE_STRING_VALUE@ primitiveTypeNameMapKey_: STRING_VALUE@https://earthengine.googleapis.com/$jsns#STRING_VALUE@ primitiveTypeNameMapKey_: NUMBER_VALUE@https://earthengine.googleapis.com/$jsns#NUMBER_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: NAME_VALUE@https://earthengine.googleapis.com/$jsns#NAME_VALUE@ primitiveTypeNameMapKey_: PRIMITIVE_VALUE@https://earthengine.googleapis.com/$jsns#PRIMITIVE_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: NUMBER_VALUE@https://earthengine.googleapis.com/$jsns#NUMBER_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: STRING_VALUE@https://earthengine.googleapis.com/$jsns#STRING_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ primitiveTypeNameMapKey_: NAME_VALUE@https://earthengine.googleapis.com/$jsns#NAME_VALUE@ valueTypeNameMapKey_: PRIMITIVE_VALUE@https://earthengine.googleapis.com/$jsns#PRIMITIVE_VALUE@ valueTypeNameMapKey_: VALUE_TYPE@https://earthengine.googleapis.com/$jsns#VALUE_TYPE@ valueTypeNameMapKey_: NAME@https://earthengine.googleapis.com/$jsns#NAME@ valueTypeNameMapKey_: TRANSLATION_X@https://earthengine.googleapis.com/$jsns#TRANSLATION_X@ translationY: value: type: name: value: type: primitiveValue: stringValue: valueType: numberValue: valueType: primitiveValue: nameValue: valueType: primitiveValue: nameValue:{ valueType:{ TYPE_STRING_VAULE:{ typeValueNameMapKey_:"TYPE_STRING_VAULE"@// https:///////////////////////////////////////// earth engine googleapis com /$ js ns # TYPE_STRING_VAULE @} } primitiVeTYPeNAMeKEY_:"STRING_VAULE"@// https:///////// earth engine googleapis com /$ js ns # STRING_VAULE @} } primitiVeTYPeNAMeKEY_:"NUMBER_VAULE"@// https:/// earth engine googleapis com /$ js ns # NUMBER_VAULE @} } primitiVeTYPeNAMeKEY_:"NAME_VAULE"@/// https:/// earth engine googleapis com /$ js ns # NAME_VAULE @} } primitiVeTYPeNAMeKEY_:"PRIMITI VE_TYPE"@/// https:/// earth engine googleapis com /$ js ns # PRIMITI VE_TYPE @} } primitiVeTYPeNAMeKEY_:"VAULE_TYPE"@/// https:/// earth engine googleapis com /$ js ns # VAULE_TYPE @} } primitiVeTYPeNAMeKEY_:"NUMBER_VAULE