Data Format B-1 P2D Polyline/Polygon File.
Any number of polylines/polygons can reside in the same file. Each one begins with a single line header that is used as the "ID" of the polyline/polygon. Next comes the data in either 2D or 3D format, the importing automatically handles either. Finally the polyline/polygon is finished (not necessarily "closed") by an "*" in column 1. There is no difference between polyline and polygon in a P2D file, only how the data are treated by the application reading the file.
Example
------------------------Polyline Test
609115.69390674 3643612.72035394 0
608828.057738002 3642922.39387814 0
608569.186338242 3642232.06904821 0
608396.604307826 3640908.94563456 0
.........601493.350247946 3628713.19503985 0
601464.586301899 3627763.99747289 0
601522.11337106 3627016.14485373 0
601522.11337106 3626642.21854415 0 *
Data Format B-2 TB2 XYZ Gridded Data.
This format is a compact way to store regular grid X, Y and Z data. It contains three lists, each with the number of data points as the first value in the list. The file contains a list of the X coordinates, a list Y coordinates and a list of the Z's.
Example
------------------------
195 Nx
...
Data Format B-9 Polygon DSM Format
The "Polygon" Digital Sediment Model (DSM) format is file that contains any number of polygons that define an area followed by a data block that contains the sediment data. The polygon ID and the data block ID's must match. The data block consists of a line for each depth (beginning at the surface or 0.0 depth) for which data exists. On each line the user must include the depth (m), thickness (m), porosity, and then the grain size. The number of grain size classes and the associated size breaks are determined by the space delimited data of the label line (see example). The number of grain size classes and their sizes must be the same for every sediment data block in the file. However, the size classes can vary from file to file or project to project to meet the project needs. POLY ID1X,YX,YX,Y.........ENDDATA ID1depth thick density porosity Size1mm Size2mm Size3mm ... SizeNmm
Depth 1 dataDepth 2 data.........END
Example
-------------------------------------------------------------------- POLY L125.01
56694.6 901917.7
56697.3 901937.2
56678.3 901944.2
56674.4 901924.5
ENDDATA L125.01
depth thick density porosity 50mm 19mm 9.5mm 0.85mm 0.25mm 0.075mm 0.065mm 0.023mm 0.013mm 0.004mm 0.003mm
0.000 0.152 1749.3 0.500 1.00000 0.99998 0.99988 0.98257 0.90709 0.70847 0.67613 0.41642 0.28167 0.09082 0.06417
0.152 0.152 1787.6 0.490 1.00000 0.99996 0.99976 0.97702 0.89186 0.68776 0.65569 0.40369 0.27499 0.09192 0.06584
0.305 0.152 1826.7 0.479 0.99999 0.99991 0.99956 0.97004 0.87468 0.66569 0.63396 0.38991 0.26726 0.09230 0.06695
0.457 0.152 1866.7 0.469 0.99998 0.99982 0.99921 0.96138 0.85544 0.64229 0.61100 0.37518 0.25857 0.09199 0.06749
0.610 0.152 1907.6 0.459 0.99996 0.99964 0.99864 0.95077 0.83405 0.61762 0.58686 0.35958 0.24902 0.09101 0.06747
0.762 0.152 1949.4 0.449 0.99990 0.99933 0.99772 0.93794 0.81045 0.59174 0.56162 0.34323 0.23869 0.08941 0.06692END
Data Format B-10 Sediment Cores with Grainsize DSM Format
The "Sediment Cores with Grainsize" Digital Sediment Model (DSM) format is file that contains any number of cores. Each core can have any number of samples at depths below the top of the core. For each core the user must locate the core in horizontal (XY) space. The "Z" requested is the top of the core elevation (i.e. the bottom elevation at the core location).
Title Line"Discrete" Flag: Used to determine data file formatLoop over groupings of cores (Loop Terminated by the "END" statement)
ID, #Cores
X Y Z #Depths
Loop over #Depths
Thickness, Porosity, SpecGrav, nFractions
Loop over nFractions
Max Grainsizes (um)
EndLoop
Loop over nFractions
%Finer
EndLoop
EndLoop
END --> End Core Definitions with an "END"
Example -------------------------------------------------------------------- Tra Khuc Soil Sampling Results
Discrete
Core01 2
265814.3 1673167.4 5.90 4
0.25 56.00 2.66 9
20000 15000 7500 3500 1250 375 175 75 30
100.00 94.40 89.50 84.10 79.00 36.00 16.50 10.00 2.20
0.65 56.00 2.66 6
1250 375 175 75 30 8
100.00 90.80 70.20 33.00 17.80 9.00
5.00 56.00 2.65 7
7500 3500 1250 375 175 75 30
100.00 96.80 84.80 24.70 11.30 4.10 0.90
8.20 56.00 2.66 7
7500 3500 1250 375 175 75 30
100.00 97.60 87.60 29.30 13.90 5.20 1.00 ! *** End of 1st Core
265808.1 1673613.9 0.13 20.25 56.00 2.66 9
20000 15000 7500 3500 1250 375 175 75 30
100.00 94.40 89.50 84.10 79.00 36.00 16.50 10.00 2.20
0.85 56.00 2.65 7
7500 3500 1250 375 175 75 30
100.00 96.50 83.10 27.70 17.10 4.20 0.00 ! *** End of 2nd Core
Data Format B-11 Water Quality Point Source Loading Concentration Time Series File
C ** Caloosahatchee TMDL, WQPSLC Concentration Time Series FILE, DDD 5/27/2008 10:28:34 AM
C ** This file is only used by EE to generate mass loadings for EFDC
C ** INPUT UNITS (mg/l) EXCEPT: TAM(mol/l), FCB(MPN/l).
C **
C ** MWQPSR(NS) TCPSER(NS) TAPSER(NS) RMULADJ(NS) ADDADJ(NS)
C ** TWQPSER(M,NS) WQPSSER(M,NWV= 1: 7,NS)
C ** WQPSSER(M,NWV= 8:14,NS)
C ** WQPSSER(M,NWV=15:22,NS)
C **
C ** Time CHC CHD CHG ROC LOC DOC ROP
C ** LOP DOP P4D RON LON DON NHX
C ** NOX SUU SAA COD DOX TAM FCB MAC
C **
732 86400 0 1 0 ! *** S79
2922.000 0.0000 0.0000 0.1958 1.3686 1.3686 10.9485 0.0096
0.0113 0.0113 0.0944 0.1130 0.4181 0.5989 0.0585
0.2984 0.0000 0.0000 0.0000 6.2596 0.0000 49.9881 0.0000
2923.500 0.0000 0.0000 0.1988 1.3360 1.3360 10.6880 0.0105
0.0123 0.0123 0.1139 0.1220 0.4514 0.6465 0.0612
0.3824 0.0000 0.0000 0.0000 6.5626 0.0000 49.9881 0.0000
2924.500 0.0000 0.0000 0.2007 1.3255 1.3255 10.6037 0.0104
0.0121 0.0121 0.1073 0.1214 0.4490 0.6432 0.0543
0.3633 0.0000 0.0000 0.0000 6.4734 0.0000 49.9881 0.0000
2925.500 0.0000 0.0000 0.2027 1.3934 1.3934 11.1468 0.0109
0.0127 0.0127 0.0994 0.1212 0.4484 0.6423 0.0554
0.3291 0.0000 0.0000 0.0000 6.3515 0.0000 49.9881 0.0000
2926.500 0.0000 0.0000 0.2047 1.4910 1.4910 11.9281 0.0118
0.0138 0.0138 0.0910 0.1234 0.4565 0.6538 0.0605
0.2974 0.0000 0.0000 0.0000 6.4037 0.0000 49.9881 0.0000
...