MIDES Wide Field v6.0
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Input data
Materialize partitioned bata by redshift bins
CREATE TABLE apocino.des_sample( coadd_object_id bigint, sof_cm_mag_corrected_g double, sof_cm_mag_corrected_r double, sof_cm_mag_corrected_i double, sof_cm_mag_corrected_z double, sof_cm_mag_err_g double, sof_cm_mag_err_r double, sof_cm_mag_err_i double, sof_cm_mag_err_z double ) PARTITIONED BY ( z float ) CLUSTERED BY ( coadd_object_id ) INTO 1 BUCKETS STORED AS PARQUET ;
INSERT OVERWRITE TABLE apocino.des_sample PARTITION(z=0) SELECT coadd_object_id, sof_cm_mag_corrected_g, sof_cm_mag_corrected_r, sof_cm_mag_corrected_i, sof_cm_mag_corrected_z, sof_cm_mag_err_g, sof_cm_mag_err_r, sof_cm_mag_err_i, sof_cm_mag_err_z FROM cosmohub.des_y3_gold_v2_2_c WHERE extended_class_sof = 3 AND ra BETWEEN 20 AND 40 AND dec BETWEEN -28 AND -13 AND sof_cm_mag_corrected_g - sof_cm_mag_corrected_r BETWEEN -1 AND 3 AND sof_cm_mag_corrected_r - sof_cm_mag_corrected_i BETWEEN -1 AND 2.5 AND sof_cm_mag_corrected_i - sof_cm_mag_corrected_z BETWEEN -1 AND 2 AND sof_cm_mag_corrected_g < 30 AND sof_cm_mag_corrected_r < 30 AND sof_cm_mag_corrected_i < 30 AND sof_cm_mag_corrected_z < 30 AND dnf_zmean_sof != -9999 AND dnf_zmc_sof >= 0 AND dnf_zmc_sof < 0.1 ;
INSERT OVERWRITE TABLE apocino.des_sample PARTITION(z=1.40) SELECT coadd_object_id, sof_cm_mag_corrected_g, sof_cm_mag_corrected_r, sof_cm_mag_corrected_i, sof_cm_mag_corrected_z, sof_cm_mag_err_g, sof_cm_mag_err_r, sof_cm_mag_err_i, sof_cm_mag_err_z FROM cosmohub.des_y3_gold_v2_2_c WHERE extended_class_sof = 3 AND ra BETWEEN 20 AND 40 AND dec BETWEEN -28 AND -13 AND sof_cm_mag_corrected_g - sof_cm_mag_corrected_r BETWEEN -1 AND 3 AND sof_cm_mag_corrected_r - sof_cm_mag_corrected_i BETWEEN -1 AND 2.5 AND sof_cm_mag_corrected_i - sof_cm_mag_corrected_z BETWEEN -1 AND 2 AND sof_cm_mag_corrected_g < 30 AND sof_cm_mag_corrected_r < 30 AND sof_cm_mag_corrected_i < 30 AND sof_cm_mag_corrected_z < 30 AND dnf_zmean_sof != -9999 AND dnf_zmc_sof >= 1.40 AND dnf_zmc_sof < 1.42 ;
INSERT OVERWRITE TABLE apocino.des_sample PARTITION(z) SELECT coadd_object_id, sof_cm_mag_corrected_g, sof_cm_mag_corrected_r, sof_cm_mag_corrected_i, sof_cm_mag_corrected_z, sof_cm_mag_err_g, sof_cm_mag_err_r, sof_cm_mag_err_i, sof_cm_mag_err_z, ROUND(dnf_zmc_sof, 2) FROM cosmohub.des_y3_gold_v2_2_c WHERE extended_class_sof = 3 AND ra BETWEEN 20 AND 40 AND dec BETWEEN -28 AND -13 AND sof_cm_mag_corrected_g - sof_cm_mag_corrected_r BETWEEN -1 AND 3 AND sof_cm_mag_corrected_r - sof_cm_mag_corrected_i BETWEEN -1 AND 2.5 AND sof_cm_mag_corrected_i - sof_cm_mag_corrected_z BETWEEN -1 AND 2 AND sof_cm_mag_corrected_g < 30 AND sof_cm_mag_corrected_r < 30 AND sof_cm_mag_corrected_i < 30 AND sof_cm_mag_corrected_z < 30 AND dnf_zmean_sof != -9999 AND dnf_zmc_sof >= 0.1 AND dnf_zmc_sof < 1.40 ;
We decide to ingest the color part before having the photo-z results in order to be used by Eli:
The data is in a file created by Andrea Pocino:
/nfs/astro/apocino/MICE2_resample_DES/MICE_remap_5000sq_by_001_redshift_bins_zmc_binning_i_cut_23.csv
which I copy in hdfs:
hdfs dfs -put /nfs/astro/apocino/MICE2_resample_DES/MICE_remap_5000sq_by_001_redshift_bins_zmc_binning_i_cut_23.csv /user/jcarrete/data/des/MICE2_resampled/apocino/v6.0/
CREATE EXTERNAL TABLE `jcarrete.mice2_remap_photometry_sof_desy3_gold2_v6_0_csv`( `unique_gal_id` bigint COMMENT 'unique galaxy id', `z_cgal` double COMMENT 'galaxy true redshift from MICECATv2.0', `g_sof` double COMMENT 'observed g-magnitude resampled from DES Y3Gold2 sof g magnitude', `r_sof` double COMMENT 'observed r-magnitude resampled from DES Y3Gold2 sof r magnitude', `i_sof` double COMMENT 'observed i-magnitude resampled from DES Y3Gold2 sof i magnitude', `z_sof` double COMMENT 'observed z-magnitude resampled from DES Y3Gold2 sof z magnitude', `g_sof_err` double COMMENT 'error of the resampled g-magnitude', `r_sof_err` double COMMENT 'error of the resampled r-magnitude', `i_sof_err` double COMMENT 'error of the resampled i-magnitude', `z_sof_err` double COMMENT 'error of the resampled z-magnitude' ) ROW FORMAT SERDE 'org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe' WITH SERDEPROPERTIES ( 'field.delim'=',', 'serialization.format'=',') STORED AS INPUTFORMAT 'org.apache.hadoop.mapred.TextInputFormat' OUTPUTFORMAT 'org.apache.hadoop.hive.ql.io.HiveIgnoreKeyTextOutputFormat' LOCATION 'hdfs://namenode01/user/jcarrete/data/des/MICE2_resampled/apocino/v6.0/' ;
CREATE TABLE `cosmohub.mice2_remap_photometry_sof_desy3_gold2_v6_0`( `unique_gal_id` bigint COMMENT 'unique galaxy id', `z_cgal` double COMMENT 'galaxy true redshift from MICECATv2.0', `g_sof` double COMMENT 'observed g-magnitude resampled from DES Y3Gold2 sof g magnitude', `r_sof` double COMMENT 'observed r-magnitude resampled from DES Y3Gold2 sof r magnitude', `i_sof` double COMMENT 'observed i-magnitude resampled from DES Y3Gold2 sof i magnitude', `z_sof` double COMMENT 'observed z-magnitude resampled from DES Y3Gold2 sof z magnitude', `g_sof_err` double COMMENT 'error of the resampled g-magnitude', `r_sof_err` double COMMENT 'error of the resampled r-magnitude', `i_sof_err` double COMMENT 'error of the resampled i-magnitude', `z_sof_err` double COMMENT 'error of the resampled z-magnitude' ) CLUSTERED BY ( unique_gal_id) INTO 64 BUCKETS ROW FORMAT SERDE 'org.apache.hadoop.hive.ql.io.orc.OrcSerde' STORED AS INPUTFORMAT 'org.apache.hadoop.hive.ql.io.orc.OrcInputFormat' OUTPUTFORMAT 'org.apache.hadoop.hive.ql.io.orc.OrcOutputFormat' ;
INSERT OVERWRITE TABLE cosmohub.mice2_remap_photometry_sof_desy3_gold2_v6_0 SELECT * FROM jcarrete.mice2_remap_photometry_sof_desy3_gold2_v6_0_csv WHERE unique_gal_id IS NOT NULL;
ANALYZE TABLE cosmohub.mice2_remap_photometry_sof_desy3_gold2_v6_0 COMPUTE STATISTICS FOR COLUMNS;
And then I include the metadata into CosmoHub. The info is in an email from Andrea Pocino with subject "Consulta Cosmohub".