metasim

metasim

    def set_dims(parts):
        assert(len(parts) is 2, "Expected dimensions specification to have exactly two components")
        assert(all([isinstance(p, int) and p > 0 for p in parts]),
               "Expected all components in dimensions to be positive integers")
        options.update({
            "imageWidth": parts[0],
            "imageHeight": parts[1]
        })

    if raster_dimensions is not None:

metasim

# Tested with Spark 2.2.1, Python 3.6.4

# Even though we've  used `--py-files` on the command line, 
# unintuitively this still seems necessary to import pyrasterframes
SparkContext.addPyFile(spark.sparkContext, 'pyrasterframes.zip')

from pyrasterframes import *

spark.withRasterFrames()

metasim

swagger: '2.0'
info:
  title: Asset Catalog
  version: 0.5.1
  description: >-
    This is a derivation of the <a href="https://raw.githubusercontent.com/radiantearth/stac-spec/master/api-spec/STAC-standalone-swagger2.yaml">STAC API Specification</a>.
    This is an OpenAPI definition of the core SpatioTemporal Asset Catalog API
    specification. Any service that implements this endpoint to allow search of
    spatiotemporal assets can be considered a STAC API. The endpoint is also
    available as an OpenAPI fragment that can be integrated with other OpenAPI

metasim

18/09/07 16:00:12 DEBUG RasterRef$: Fetching Extent(369450.0, 3353100.0, 371763.3, 3355458.3) from HttpGeoTiffRasterSource(https://s3-us-west-2.amazonaws.com/landsat-pds/c1/L8/149/039/LC08_L1TP_149039_20170411_20170415_01_T1/LC08_L1TP_149039_20170411_20170415_01_T1_B4.TIF)
ReadMonitor(reads=0, total=45876)
+-----------+------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
|spatial_key|bounds                                                                        |src                                                                                                                                                                                                                       

metasim

PANCHROMATIC_LINES,NADIR_OFFNADIR,sunAzimuth,REFLECTIVE_SAMPLES,upperLeftCornerLongitude,cloudCover,MAP_PROJECTION_L1,cartURL,sunElevation,path,BPF_NAME_TIRS,THERMAL_LINES,GROUND_CONTROL_POINTS_MODEL,row,imageQuality1,REFLECTIVE_LINES,ELLIPSOID,GEOMETRIC_RMSE_MODEL,browseURL,browseAvailable,dayOrNight,CPF_NAME,DATA_TYPE_L1,THERMAL_SAMPLES,upperRightCornerLatitude,lowerLeftCornerLatitude,sceneStartTime,dateUpdated,sensor,PANCHROMATIC_SAMPLES,GROUND_CONTROL_POINTS_VERSION,LANDSAT_PRODUCT_ID,acquisitionDate,upperRightCornerLongitude,PROCESSING_SOFTWARE_VERSION,GRID_CELL_SIZE_REFLECTIVE,lowerRightCornerLongitude,lowerRightCornerLatitude,sceneCenterLongitude,COLLECTION_CATEGORY,GRID_CELL_SIZE_PANCHROMATIC,BPF_NAME_OLI,sceneCenterLatitude,CLOUD_COVER_LAND,lowerLeftCornerLongitude,GEOMETRIC_RMSE_MODEL_X,GEOMETRIC_RMSE_MODEL_Y,sceneStopTime,upperLeftCornerLatitude,UTM_ZONE,DATE_L1_GENERATED,GRID_CELL_SIZE_THERMAL,DATUM,COLLECTION_NUMBER,sceneID,RLUT_FILE_NAME,TIRS_SSM_MODEL,ROLL_ANGLE,receivingStation
16421,NADIR,162

metasim

metasim

[
    {
        "jmhVersion" : "1.20",
        "benchmark" : "org.locationtech.geomesa.spark.jts.WKBNumPointsBench.deserializeNumPoints",
        "mode" : "thrpt",
        "threads" : 1,
        "forks" : 1,
        "jvm" : "/Library/Java/JavaVirtualMachines/jdk1.8.0_161.jdk/Contents/Home/jre/bin/java",
        "jvmArgs" : [
        ],

metasim

Creating RasterFrames

Initialization

There are a couple of setup steps necessary anytime you want to work with RasterFrames. the first is to import the API symbols into scope:

metasim

import geotrellis.spark.{SpatialComponent, TemporalComponent}

object Test {

  class Foo {
    // ...
  }
  object Foo {
    implicit val spatialComponent: SpatialComponent[Foo] = ???
  }