HDF5 file, superblock version 0
group /
	attribute File Type = "HEC-RAS Geometry"
	attribute File Version = "HEC-RAS 5.0.5 June 2018"
	attribute Projection = "PROJCS[\"NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet\",GEOGCS[\"GCS_North_American_1983\",DATUM[\"D_North_American_1983\",SPHEROID[\"GRS_1980\",6378137.0,298.257222101]],PRIMEM[\"Greenwich\",0.0],UNIT[\"Degree\",0.0174532925199433]],PROJECTION[\"Lambert_Conformal_Conic\"],PARAMETER[\"False_Easting\",2296583.333333333],PARAMETER[\"False_Northing\",9842500.0],PARAMETER[\"Central_Meridian\",-100.3333333333333],PARAMETER[\"Standard_Parallel_1\",30.11666666666667],PARAMETER[\"Standard_Parallel_2\",31.88333333333333],PARAMETER[\"Latitude_Of_Origin\",29.66666666666667],UNIT[\"Foot_US\",0.3048006096012192]]"
	attribute Units System = "US Customary"
group /Event Conditions
group /Event Conditions/Steady
group /Geometry
	attribute Complete Geometry = "True"
	attribute Extents = 2985379.18468531, 2997538.23355422, 10401524.8710174, 10404537.8913038
	attribute Geometry Time = "13Sep2020 17:24:19"
	attribute Land Cover File Date = ""
	attribute Land Cover Filename = ""
	attribute Land Cover Layername = ""
	attribute Ras.exe Date = "6/12/2018 3:53:04 PM"
	attribute RasGeomPreprocess64.exe Date = "6/6/2018 12:03:06 PM"
	attribute RasMapperLib.dll Date = "6/11/2018 5:59:50 PM"
	attribute RasSediment64.exe Date = "6/8/2018 3:49:26 PM"
	attribute RasSteady64.exe Date = "6/11/2018 3:59:16 PM"
	attribute RasUnsteady64.exe Date = "6/8/2018 5:08:38 PM"
	attribute RasUnsteadySediment64.exe Date = "6/8/2018 3:53:58 PM"
	attribute SA Elev-Vol Info = "False"
	attribute SI Units = "False"
	attribute Terrain File Date = "15FEB2020 16:32:48"
	attribute Terrain Filename = "..\\..\\Terrains\\LUCY3.hdf"
	attribute Terrain Layername = "LUCY3"
	attribute Title = "Existing Conditions"
	attribute Version = "1.0.3 (31Jan2018)"
	attribute XS Bank Stations = "False"
	attribute XS Elevations = "False"
	attribute XS Reach Lengths = "False"
	attribute XS River Stations = "False"
group /Geometry/2D Flow Areas
group /Geometry/Cross Section Interpolation Surfaces
	attribute Source Data Hash = (bitfield, not shown)
dataset /Geometry/Cross Section Interpolation Surfaces/TIN Info: int32, shape (16, 4)
	attribute Column = "Point Starting Index", "Point Count", "Triangle Starting Index", "Triangle Count"
	attribute Feature Type = "TIN"
	attribute Row = "Feature"
dataset /Geometry/Cross Section Interpolation Surfaces/TIN Points: float64, shape (1926, 4)
	attribute Column = "X", "Y", "Z", "M"
	attribute Row = "Points"
dataset /Geometry/Cross Section Interpolation Surfaces/TIN Triangles: int32, shape (3471, 3)
	attribute Column = "Index0", "Index1", "Index2"
	attribute Row = "Row"
dataset /Geometry/Cross Section Interpolation Surfaces/XSIDs: int32, shape (16, 2)
	attribute Column = "USXSID", "DSXSID"
	attribute Row = "Feature"
group /Geometry/Cross Sections
dataset /Geometry/Cross Sections/Attributes: compound {River: string(16), Reach: string(16), RS: string(8), Name: string(16), Description: string(512), Len Left: float32, Len Channel: float32, Len Right: float32, Left Bank: float32, Right Bank: float32, Friction Mode: string(32), Contr: float32, Expan: float32, Contr (USF): float32, Expan (USF): float32, HP Count: int32, HP Start Elev: float32, HP Vert Incr: float32, HP LOB Slices: int32, HP Chan Slices: int32, HP ROB Slices: int32}, shape (17)
dataset /Geometry/Cross Sections/Ineffective Blocks: compound {Left Sta: float32, Right Sta: float32, Elevation: float32, Permanent: uint8}, shape (1)
dataset /Geometry/Cross Sections/Ineffective Info: int32, shape (17, 2)
	attribute Column = "Start Index, Count"
	attribute Row = "Feature"
dataset /Geometry/Cross Sections/Manning's n Info: int32, shape (17, 2)
	attribute Column = "Start Index, Count"
	attribute Row = "Feature"
dataset /Geometry/Cross Sections/Manning's n Values: float32, shape (136, 2)
	attribute Column = "Station, Mann n"
	attribute Row = "Points"
dataset /Geometry/Cross Sections/Polyline Info: int32, shape (17, 4)
	attribute Column = "Point Start Index, Point Count"
	attribute Feature Type = "Polyline"
	attribute Row = "Part"
dataset /Geometry/Cross Sections/Polyline Parts: int32, shape (17, 2)
dataset /Geometry/Cross Sections/Polyline Points: float64, shape (57, 2)
	attribute Column = "X,Y"
	attribute Row = "Points"
dataset /Geometry/Cross Sections/Station Elevation Info: int32, shape (17, 2)
	attribute Column = "Start Index, Count"
	attribute Row = "Feature"
dataset /Geometry/Cross Sections/Station Elevation Values: float32, shape (2666, 2)
	attribute Column = "Station, Elevation"
	attribute Row = "Points"
group /Geometry/Land Cover (Manning's n)
dataset /Geometry/Land Cover (Manning's n)/Calibration Table: compound {Land Cover Name: string(32), Base Manning's n Value: float32}, shape (1)
group /Geometry/River Bank Lines
dataset /Geometry/River Bank Lines/Polyline Info: int32, shape (2, 4)
	attribute Column = "Point Starting Index", "Point Count", "Part Starting Index", "Part Count"
	attribute Feature Type = "Polyline"
	attribute Row = "Feature"
dataset /Geometry/River Bank Lines/Polyline Parts: int32, shape (2, 2)
	attribute Column = "Point Starting Index", "Point Count"
	attribute Row = "Part"
dataset /Geometry/River Bank Lines/Polyline Points: float64, shape (79, 2)
	attribute Column = "X", "Y"
	attribute Row = "Points"
group /Geometry/River Centerlines
dataset /Geometry/River Centerlines/Attributes: compound {River Name: string(16), Reach Name: string(16), US Type: string(12), US Name: string(16), DS Type: string(12), DS Name: string(16), DS XS to Junction: float32, Junction to US XS: float32}, shape (1)
dataset /Geometry/River Centerlines/Polyline Info: int32, shape (1, 4)
	attribute Column = "Point Start Index, Point Count"
	attribute Feature Type = "Polyline"
	attribute Row = "Part"
dataset /Geometry/River Centerlines/Polyline Parts: int32, shape (1, 2)
dataset /Geometry/River Centerlines/Polyline Points: float64, shape (1575, 2)
	attribute Column = "X,Y"
	attribute Row = "Points"
group /Geometry/River Edge Lines
dataset /Geometry/River Edge Lines/Polyline Info: int32, shape (2, 4)
	attribute Column = "Point Starting Index", "Point Count", "Part Starting Index", "Part Count"
	attribute Feature Type = "Polyline"
	attribute Row = "Feature"
dataset /Geometry/River Edge Lines/Polyline Parts: int32, shape (2, 2)
	attribute Column = "Point Starting Index", "Point Count"
	attribute Row = "Part"
dataset /Geometry/River Edge Lines/Polyline Points: float64, shape (79, 2)
	attribute Column = "X", "Y"
	attribute Row = "Points"
group /Geometry/River Flow Paths
group /Geometry/River Stationing
group /Plan Data
group /Plan Data/Plan Information
	attribute Computation Time Step = "1MIN"
	attribute Geometry Name = "w:\\Citrix\\33000s\\33606\\003_Lampasas\\HEC-RAS_v5.0.5\\FINAL_MODELS\\T302_Models\\Burleson Branch\\BurlesonBranch.g01"
	attribute Geometry Title = "Existing Conditions"
	attribute Output Interval = "1HOUR"
	attribute Plan File = "w:\\Citrix\\33000s\\33606\\003_Lampasas\\HEC-RAS_v5.0.5\\FINAL_MODELS\\T302_Models\\Burleson Branch\\BurlesonBranch.p01"
	attribute Plan Name = "Existing Conditions"
	attribute Plan ShortID = "Existing"
	attribute Time Window = "30Dec1899 00:00:00 to 30Dec1899 00:00:00"
group /Plan Data/Plan Parameters
	attribute 1D Cores = 0
	attribute 1D Methodology = "Finite Difference"
	attribute 2D Cores = 0
	attribute 2D Coriolis = "False"
	attribute 2D Only = "False"
	attribute HDF Chunk Size = 1.0
	attribute HDF Compression = 1
	attribute HDF Fixed Rows = 1
	attribute HDF Flush Buffer = "False"
	attribute HDF Spatial Parts = 1
	attribute HDF Use Max Rows = 0
	attribute HDF Write Face Node Velocities = "False"
	attribute HDF Write Time Slices = "False"
	attribute HDF Write Warmup = "False"
	attribute Pardiso Solver = "False"
group /Results
group /Results/Steady
group /Results/Steady/Output
	attribute Program Name = "HEC-RAS - River Analysis System"
	attribute Program Version = "HEC-RAS 5.0.5 June 2018"
	attribute Project File Name = "w:\\Citrix\\33000s\\33606\\003_Lampasas\\HEC-RAS_v5.0.5\\FINAL_MODELS\\T302_Models\\Burleson Branch\\BurlesonBranch.prj"
	attribute Type of Run = "Steady Flow Analysis"
group /Results/Steady/Output/Geometry Info
dataset /Results/Steady/Output/Geometry Info/Cross Section Only: string(42), shape (17)
dataset /Results/Steady/Output/Geometry Info/Node Info: string(132), shape (18)
group /Results/Steady/Output/Output Blocks
group /Results/Steady/Output/Output Blocks/Base Output
	attribute Output Block Name = "Base Output"
group /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles
group /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections
group /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Additional Variables
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Additional Variables/Area Flow Total: float32, shape (7, 17)
	attribute Variables = "Total Flow Area", "sq ft"
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Additional Variables/Area including Ineffective Total: float32, shape (7, 17)
	attribute Variables = "Total Ineffective Area", "sq ft"
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Additional Variables/Conveyance Total: float32, shape (7, 17)
	attribute Variables = "Total Conveyance", "cfs"
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Additional Variables/Top Width Total: float32, shape (7, 17)
	attribute Variables = "Total Top Width", "Feet"
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Cross Section Variables: float32, shape (7, 34, 17)
	attribute Dimension = "Profiles", "Variables", "Cross Sections"
	attribute Variables = "WSEL", "ft", "Q", "cfs", "EG", "ft", "Crit WS", "ft", "Crit EG", "ft", "EG Slope", "ft/ft", "Vel Total", "ft/Sec", "Alpha", "", ... (68 values)
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Flow: float32, shape (7, 17)
	attribute Variables = "Flow", "cfs"
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Cross Sections/Water Surface: float32, shape (7, 17)
	attribute Variables = "Stage", "Feet"
dataset /Results/Steady/Output/Output Blocks/Base Output/Steady Profiles/Profile Names: string(16), shape (7)
group /Results/Steady/Summary
	attribute Run Time Window = "13SEP2020 17:24:36 to 13SEP2020 17:24:36"
	attribute Solution = "Steady Finished Successfully"
group /Results/Summary
dataset /Results/Summary/Compute Messages (rtf): string(966), shape (1)
dataset /Results/Summary/Compute Messages (text): string(592), shape (1)
dataset /Results/Summary/Compute Processes: compound {Process: string(28), Filename: string(67), File Date: string(21), File Size: int32, File Version: string(9), Arguments: string(236), Compute Time: string(12), Compute Time (ms): int32}, shape (5)