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inputs_and_outputs:myinputs.dat

Example of parameter configuration input file

;======================================================================================================================
;
; Data file for CoastalME
;
; Copyright (C) 2015 David Favis-Mortlock, Andres Payo, and Jim Hall,
;
;=====================================================================================================================
;
; This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public
; License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later
; version.
;
; This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied
; warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
;
; You should have received a copy of the GNU General Public License along with this program; if not, write to the Free
; Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
;
;======================================================================================================================
;
; SIMPLE TEST DATA, ONLY BASEMENT AND UNCONSOLIDATED SAND SUPPLIED 
;
; Run information -----------------------------------------------------------------------------------------------------
Main output/log file names              [omit path and extension]: simple

Duration of simulation               [hours, days, months, years]: 5 days
Timestep (hours or days)                                         : 1 hour
Save times                           [hours, days, months, years]: 4 7 12 24 45 50 79 96 hours

Random number seed(s)                                            : 28764

GIS raster files to output                        [see codes.txt]: all
GIS raster output format                [blank=same as DEM input]: gtiff           ; gdal-config --formats for others
GIS raster 'slice' elevation(s) (m)                             ]:
GIS vector files to output                        [see codes.txt]: all
GIS vector output format                                         : ESRI Shapefile  ; ogrinfo --formats for others
Time series files to output                       [see codes.txt]: all

Coastline smoothing    [0=none, 1=running mean, 2=Savitsky-Golay]: 2
Coastline smoothing window size                     [must be odd]: 17     ; was 11 33 55
Polynomial order for Savitsky-Golay coastline smoothing  [2 or 4]: 4
Random edge for coastline search?                           [y/n]: n

Profile slope running-mean smoothing window size    [must be odd]: 11   ; was 33
Max local slope (m/m)                                            : 1.18

; Initial raster GIS layers --------------------------------------------------------------------------------------------
Initial number of layers                                         : 1
; BASEMENT DEM MUST BE PRESENT
Basement DEM file                                 [path and name]: in/simple_fast/basement.asc
 ; LAYER 1 THICKNESS FILES, LAYER 1 IS LOWEST
 ; *** MUST HAVE AT LEAST ONE THICKNESS FILE FOR THE FIRST LAYER
 Initial Unconsolidated fine sediment file      [path and name]:
 Initial Unconsolidated sand sediment file      [path and name]:
 Initial Unconsolidated coarse sediment file    [path and name]:
 Initial Consolidated fine sediment file        [path and name]:in/simple_fast/consolidated_fine_01.asc
 Initial Consolidated sand sediment file        [path and name]:in/simple_fast/consolidated_sand_01.asc
 Initial Consolidated coarse sediment file      [path and name]:in/simple_fast/consolidated_coarse_01.asc

; OPTIONAL THICKNESS FILE
Initial Suspended sediment file                   [path and name]:

; OTHER OPTIONAL RASTER FILES
Initial Landform file                             [path and name]:
Initial Intervention file                         [path and name]:

; Hydrology data -------------------------------------------------------------------------------------------------------
Initial still water level (m)                                    : 78    ; 75   ; was 80 61 40 92
Wave period (sec)                                                : 10
Offshore wave height (m)                                         : 3
Offshore wave orientation (degrees)                              : 200  ; 90    ; 270    ; 350
;Tide data file                                                   : in/simple_fast/dummy_tide.dat
Tide data file                                                   :

; Sediment data --------------------------------------------------------------------------------------------------------
R (???)                                                          : 2e6        ; [2-6]e6 to produce 0.6m/yr recession (Walkden & Hall, 2011)
Do along-shore sediment transport?                               : y

; Arbitrary values of relative erosivities
Fine erosivity                                                   : 5
Sand erosivity                                                   : 1
Coarse erosivity                                                 : 0.5

; Cliff collapse data --------------------------------------------------------------------------------------------------
Do cliff collapse?                                               : y
Cliff erodibility (???)                                          : 6e-7
Notch overhang to initiate collapse (m)                          : 0.5
Notch base below still water level (m)                           : 0.3        ; MUST BE GREATER THAN ZERO
Scale parameter A for cliff deposition (m^(1/3))       [0 = auto]: 0          ; for a 0.2mm D50, it will be 0.1
Planview width of cliff deposition talus (in cells) [must be odd]: 5          ; was 7
Planview length of cliff deposition talus (m)                    : 30         ; was 15
Height of landward talus end, as fraction of cliff elevation     : 0

; Intervention data ----------------------------------------------------------------------------------------------------
Beach protection         [0 = fully protected, 1 = no protection]: 1

; Other data -----------------------------------------------------------------------------------------------------------
; TEMPORARY ONLY, CHANGE DYNAMICALLY LATER
Spacing of coastline normals (m)                                 : 12         ; was 10 5
Random factor for spacing of normals  [0 to 1, 0 = deterministic]: 0.3        ; was 0.2 0.1
Length of coastline normals (m)                                  : 80
Along-coast distance for curvature calcs    [0 = same as normals]: 100        ; was 80 50 30

; For testing only -----------------------------------------------------------------------------------------------------
Save profile data?                                               : n
Profile number(s) to save                                        : 2 3 4 11 12 78 81
Timesteps to save profile(s)                                     : 1 6 12 24 48 96 120 200
Save parallel profiles?                                          : n
Output erosion potential look-up values                          : y
Erode coast in alternate direction each timestep?                : n
; END OF FILE ----------------------------------------------------------------------------------------------------------
inputs_and_outputs/myinputs.dat.txt · Last modified: 2016/03/22 15:37 by coastalmeadmin