The goal of pymdim is to wrap the osgeo.gdal python package for multidim raster.
You can install the development version of pymdim like so:
# FILL THIS IN! HOW CAN PEOPLE INSTALL YOUR DEV PACKAGE?This is a basic example which shows you how to solve a common problem:
library(pymdim)
devtools::load_all()
#> ℹ Loading pymdim
get_all_array_full_names(multidimraster(sample(eopf_zarr_examples(), 1)))
#> [1] "/conditions/"
#> [2] "/conditions/antenna_pattern/azimuth_time"
#> [3] "/conditions/antenna_pattern/slant_range_time"
#> [4] "/conditions/antenna_pattern/elevation_angle"
#> [5] "/conditions/antenna_pattern/elevation_pattern"
#> [6] "/conditions/antenna_pattern/incidence_angle"
#> [7] "/conditions/antenna_pattern/roll"
#> [8] "/conditions/antenna_pattern/terrain_height"
#> [9] "/conditions/attitude/azimuth_time"
#> [10] "/conditions/attitude/pitch"
#> [11] "/conditions/attitude/q0"
#> [12] "/conditions/attitude/q1"
#> [13] "/conditions/attitude/q2"
#> [14] "/conditions/attitude/q3"
#> [15] "/conditions/attitude/roll"
#> [16] "/conditions/attitude/wx"
#> [17] "/conditions/attitude/wy"
#> [18] "/conditions/attitude/wz"
#> [19] "/conditions/attitude/yaw"
#> [20] "/conditions/azimuth_fm_rate/azimuth_time"
#> [21] "/conditions/azimuth_fm_rate/degree"
#> [22] "/conditions/azimuth_fm_rate/azimuth_fm_rate_polynomial"
#> [23] "/conditions/azimuth_fm_rate/t0"
#> [24] "/conditions/dc_estimate/azimuth_time"
#> [25] "/conditions/dc_estimate/degree"
#> [26] "/conditions/dc_estimate/data_dc_polynomial"
#> [27] "/conditions/dc_estimate/data_dc_rms_error"
#> [28] "/conditions/dc_estimate/data_dc_rms_error_above_threshold"
#> [29] "/conditions/dc_estimate/geometry_dc_polynomial"
#> [30] "/conditions/dc_estimate/t0"
#> [31] "/conditions/gcp/azimuth_time"
#> [32] "/conditions/gcp/slant_range_time"
#> [33] "/conditions/gcp/elevation_angle"
#> [34] "/conditions/gcp/height"
#> [35] "/conditions/gcp/incidence_angle"
#> [36] "/conditions/gcp/latitude"
#> [37] "/conditions/gcp/line"
#> [38] "/conditions/gcp/longitude"
#> [39] "/conditions/gcp/pixel"
#> [40] "/conditions/orbit/axis"
#> [41] "/conditions/orbit/azimuth_time"
#> [42] "/conditions/orbit/position"
#> [43] "/conditions/orbit/velocity"
#> [44] "/conditions/reference_replica/degree"
#> [45] "/conditions/reference_replica/reference_replica_amplitude_coefficients"
#> [46] "/conditions/reference_replica/reference_replica_phase_coefficients"
#> [47] "/conditions/replica/azimuth_time"
#> [48] "/conditions/replica/absolute_pg_product_valid_flag"
#> [49] "/conditions/replica/cross_correlation_bandwidth"
#> [50] "/conditions/replica/cross_correlation_peak_location"
#> [51] "/conditions/replica/cross_correlation_pslr"
#> [52] "/conditions/replica/internal_time_delay"
#> [53] "/conditions/replica/model_pg_product_amplitude"
#> [54] "/conditions/replica/model_pg_product_phase"
#> [55] "/conditions/replica/pg_product_amplitude"
#> [56] "/conditions/replica/pg_product_phase"
#> [57] "/conditions/replica/reconstructed_replica_valid_flag"
#> [58] "/conditions/replica/relative_pg_product_valid_flag"
#> [59] "/conditions/terrain_height/terrain_height"
#> [60] "/measurements/azimuth_time"
#> [61] "/measurements/slant_range_time"
#> [62] "/measurements/line"
#> [63] "/measurements/pixel"
#> [64] "/measurements/slc"
#> [65] "/quality/"
#> [66] "/quality/calibration/azimuth_time"
#> [67] "/quality/calibration/slant_range_time"
#> [68] "/quality/calibration/beta_nought"
#> [69] "/quality/calibration/dn"
#> [70] "/quality/calibration/gamma"
#> [71] "/quality/calibration/line"
#> [72] "/quality/calibration/pixel"
#> [73] "/quality/calibration/sigma_nought"
#> [74] "/quality/noise/azimuth_time"
#> [75] "/quality/noise/noise_power_correction_factor"
#> [76] "/quality/noise/number_of_noise_lines"
#> [77] "/quality/noise_azimuth/"
#> [78] "/quality/noise_range/azimuth_time"
#> [79] "/quality/noise_range/slant_range_time"
#> [80] "/quality/noise_range/line"
#> [81] "/quality/noise_range/noise_range_lut"
#> [82] "/quality/noise_range/pixel"