I_TankVisualization

Derived SQL interpretation, reconstructed from the parsed view metadata (data sources, associations, and field mappings). SAP annotations are omitted and the structure is reformulated as SQL — this is a functional approximation, not the verbatim SAP source.

-- Derived SQL interpretation of CDS view I_TankVisualization.
-- Reconstructed from parsed metadata (data sources, associations, fields).
-- SAP annotations are omitted and the structure is reformulated as SQL;
-- this is a functional approximation, not the verbatim SAP source. Some join
-- conditions may be unavailable and a few CDS constructs are kept as-is.
-- SQL view name: ITANKVISU

CREATE VIEW I_TankVisualization AS
SELECT
  v1.LocationId AS LocationId,
  v1.TankID AS TankID,
  v2.Material AS Material,
  v2.OpenTankDipTime AS OpenTankDipTime,
  concat_with_space( concat( concat( concat( substring(tstmp_to_dats( cast( v2.OpenTankDipTime as abap.dec( 15,0 ) ), t2.time_zone, $session.client, 'NULL' ) ,7,2), '.'), concat( substring(tstmp_to_dats( cast( v2.OpenTankDipTime as abap.dec( 15,0 ) ), t2.time_zone, $session.client, 'NULL' ),5,2), '.') ), concat( substring(tstmp_to_dats( cast( v2.OpenTankDipTime as abap.dec( 15,0 ) ), t2.time_zone, $session.client, 'NULL' ),1,4), ' ' ) ) , concat( concat( concat( substring(tstmp_to_tims( cast ( v2.OpenTankDipTime as abap.dec( 15,0 ) ) , t2.time_zone, $session.client, 'NULL' ),1,2), ':'), concat( substring(tstmp_to_tims( cast ( v2.OpenTankDipTime as abap.dec( 15,0 ) ) , t2.time_zone, $session.client, 'NULL' ),3,2), ':') ), concat( substring(tstmp_to_tims( cast ( v2.OpenTankDipTime as abap.dec( 15,0 ) ) , t2.time_zone, $session.client, 'NULL' ),5,2), ' ' ) ) ,1 )as OilTimeStampDisplay AS clientNULL521asOilTimeStampDisplay,
  v3.MaterialDescription AS MaterialDescription,
  v2.DipGUID AS DipGUID,
  v4.Capacity AS Capacity,
  v4.UnpumpableQuantity AS UnpumpableQuantity,
  v4.MaterialVolumeUoM AS MaterialVolumeUoM,
  v4.MinimumHeight AS MinimumHeight,
  v4.MaximumHeight AS MaximumHeight,
  v4.LengthUnitOfMeasure AS LengthUnitOfMeasure,
  v2.TankDipTotalHeight AS TankDipTotalHeight,
  v2.TankDipTotalHeightUoM AS TankDipTotalHeightUoM,
  v2.TankDipWaterHeight AS TankDipWaterHeight,
  v2.TankDipWaterHeightUoM AS TankDipWaterHeightUoM,
  v2.LinearVolMaterialQty AS LinearVolMaterialQty,
  v2.LinearVolWaterQty AS LinearVolWaterQty,
  v2.LinearVolCnvrsnUom AS LinearVolCnvrsnUom,
  v2.NetStandardVolumeUoM AS NetStandardVolumeUoM,
  v2.NetStandardVolume AS NetStandardVolume,
  v2.DryGrossVolumeUoM AS DryGrossVolumeUoM,
  v2.DryGrossVolume AS DryGrossVolume,
  v2.AmbientTemperature AS AmbientTemperature,
  v2.AmbientTemperatureUnit AS AmbientTemperatureUnit,
  v2.StandardDensity AS StandardDensity,
  v2.StandardDensityUnit AS StandardDensityUnit,
  v2.BaseSedimentWater AS BaseSedimentWater,
  v2.BaseSedimentWaterUnit AS BaseSedimentWaterUnit,
  v2.VaporLiqVolume AS VaporLiqVolume,
  v2.VaporLiqVolumeUnit AS VaporLiqVolumeUnit,
  v2.ShellTemperature AS ShellTemperature,
  v2.ShellTemperatureUnit AS ShellTemperatureUnit,
  case when v4.Capacity > 0 then division( (v2.LinearVolMaterialQty + v2.LinearVolWaterQty + v2.VaporLiqVolume) * 100, v4.Capacity, 2 ) end as TankUtilizationRatio AS Capacity2endasTankUtilizationRatio,
  v1.StorageType AS StorageType,
  v1.PlantCountry AS PlantCountry
LEFT OUTER JOIN I_SiloTankDip AS v2 ON /* join condition not captured in parsed metadata */
LEFT OUTER JOIN I_MaterialDescription AS v3 ON /* join condition not captured in parsed metadata */
LEFT OUTER JOIN I_SiloTankDetails AS v4 ON /* join condition not captured in parsed metadata */
LEFT OUTER JOIN adrc AS t2 ON /* join condition not captured in parsed metadata */
;