EDDA: integrated simulation of debris flow erosion, deposition and property changes (up to 255 characters)
EDDA_1.5
imax, row, col, nwf, tx, nmax,flow-direction numbering scheme (ESRI=1, TopoIndex=2)
9595, 158, 111,  200000,  1,  10,   1
nzsb, nzst, mmax, nper,  zmin,  uww,     t(rainfall), zones
26,    26,  100,   46,   0.001,  9.8e3,  165600,  4
ltstar, lbstar, zmax,   depth,   rizero,  Min_Slope_Angle (degrees)
-3, 4, 7,  7,  1.0e-9,       0.1
nsection
18
zone, 1
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha (bottom layer)
10.5e+03, 5.25e3, 37, 5.55, 24.6, 3.69, 2.1e+04,  2.3e-5, 1.0e-6,   0.4,      0.25,     0.1155,    0.35,   5.1e-2, 0.8,	
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha, kero (top layer)
10.5e+03, 5.25e3, 37, 5.55, 24.6, 3.69, 2.1e+04,  2.3e-5, 1.0e-6,   0.4,      0.25,     0.1155,    0.35, 5.1e-2, 0.8,   0
zone, 2
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha (bottom layer)
2e+07, 1e3,   5, 0.75,   3.5, 0.53, 2.7e+04,  5.0e-13, 1.0e-13,   0.001,    0.0005,     0.0003,    0.001,  5.1e-2, 0.5
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha, kero (top layer)
2e+07, 1e3,   5, 0.75,   3.5, 0.53, 2.7e+04,  5.0e-13, 1.0e-13,   0.001,    0.0005,     0.0003,    0.001,  5.1e-2, 0.5,   0
zone, 3
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha (bottom layer)
10.5e+03, 5.25e3, 37, 5.55, 24.6, 3.69, 2.1e+04,  2.3e-5, 1.0e-6,   0.4,    0.25,       0.1155,    0.51,  5.1e-2, 0.8
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha, kero (top layer)
4.0e+03, 2e3, 37, 5.55, 24.6, 3.69, 2.1e+04,  2.3e-5, 1.0e-5,   0.42,    0.18,            0.1155,    0.51,  5.1e-2, 0.8,   7.85e-8
zone, 4
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha (bottom layer)
2e+07,   1e3, 34, 5.1,  20., 3,  2.1e+04,  5.0e-6, 1.0e-3,   0.35,    0.05,             0.1155,    0.35,  5.1e-2, 1
cohesion,sdcohesion,phi, sdphi,phib, sdphib,uws,   diffus,   K-sat, Theta-sat,Theta-res,Theta-ini,porosity, psi, Alpha, kero (top layer)
2e+07,   1e3, 34, 5.1,  20., 3,  2.1e+04,  5.0e-6, 1.0e-3,   0.35,    0.05,             0.1155,    0.35,  5.1e-2, 1,     0
cri(1), cri(2), ..., cri(nper)
2.1E-06	0.0E+00	0.0E+00	0.0E+00	0.0E+00	0.0E+00	3.3E-06	9.7E-07	1.1E-06	5.6E-08	2.8E-08	5.6E-08	0.0E+00	3.0E-06	8.9E-06	2.5E-07	2.2E-07	2.8E-08	0.0E+00	0.0E+00	0.0E+00	0.0E+00	0.0E+00	0.0E+00	0.0E+00	0.0E+00	0.0E+00	7.8E-07	0.0E+00	1.1E-07	1.8E-06	1.8E-06	1.7E-06	4.9E-06	3.4E-06	6.1E-06	4.6E-06	9.4E-07	2.8E-07	6.7E-07	4.6E-06	2.7E-06	6.1E-06	2.0E-06	5.6E-07	2.8E-08
capt(1), capt(2), ..., capt(n), capt(n+1)
0	3600	7200	10800	14400	18000	21600	25200	28800	32400	36000	39600	43200	46800	50400	54000	57600	61200	64800	68400	72000	75600	79200	82800	86400	90000	93600	97200	100800	104400	108000	111600	115200	118800	122400	126000	129600	133200	136800	140400	144000	147600	151200	154800	158400	162000	165600
File name of slope angle grid (slofil)  
Data\tutorial\slope.asc
File name of dem file grid (demfil)
Data\tutorial\dem.asc
File name of manning coefficients (manningfil)
Data\tutorial\manning.asc
File name of direction grid (dirfil)
data\tutorial\directions.asc
File name of property zone grid (zonfil)
Data\tutorial\zones.asc
File name of depth grid (zfil) 
Data\tutorial\ltstar.asc
File name of initial depth of water table grid   (depfil)
Data\tutorial\depthwt.asc
File name of initial infiltration rate grid   (rizerofil)
Data\tutorial\rizero.asc
File name of road map grid   (roadfil)
Data\tutorial\road.asc
File name of catchment grid   (catchmentfil)
Data\tutorial\catchment.asc
File name of mouthpoint grid   (mouthpointfil)
Data\tutorial\mouthpoint.asc
List of file name(s) of rainfall intensity for each period, (rifil())  
Data\tutorial\ri1.txt
Data\tutorial\ri2.txt
Data\tutorial\ri3.txt
Data\tutorial\ri4.txt
Data\tutorial\ri5.txt
Data\tutorial\ri6.txt
Data\tutorial\ri7.txt
Data\tutorial\ri8.txt
Data\tutorial\ri9.txt
Data\tutorial\ri10.txt
Data\tutorial\ri11.txt
Data\tutorial\ri12.txt
Data\tutorial\ri13.txt
Data\tutorial\ri14.txt
Data\tutorial\ri15.txt
Data\tutorial\ri16.txt
Data\tutorial\ri17.txt
Data\tutorial\ri18.txt
Data\tutorial\ri19.txt
Data\tutorial\ri20.txt
Data\tutorial\ri21.txt
Data\tutorial\ri22.txt
Data\tutorial\ri23.txt
Data\tutorial\ri24.txt
Data\tutorial\ri25.txt
Data\tutorial\ri26.txt
Data\tutorial\ri27.txt
Data\tutorial\ri28.txt
Data\tutorial\ri29.txt
Data\tutorial\ri30.txt
Data\tutorial\ri31.txt
Data\tutorial\ri32.txt
Data\tutorial\ri33.txt
Data\tutorial\ri34.txt
Data\tutorial\ri35.txt
Data\tutorial\ri36.txt
Data\tutorial\ri37.txt
Data\tutorial\ri38.txt
Data\tutorial\ri39.txt
Data\tutorial\ri40.txt
Data\tutorial\ri41.txt
Data\tutorial\ri42.txt
Data\tutorial\ri43.txt
Data\tutorial\ri44.txt
Data\tutorial\ri45.txt
Data\tutorial\ri46.txt
File name of grid of D8 runoff receptor cell numbers (nxtfil)
Data\topo\TIdscelGrid_tutorial.txt
File name of list of defining runoff computation order (ndxfil)
Data\topo\TIcelindxList_tutorial.txt
File name of list of all runoff receptor cells  (dscfil)
Data\topo\TIdscelList_tutorial.txt
File name of list of runoff weighting factors  (wffil)
Data\topo\TIwfactorList_tutorial.txt
Folder where output grid files will be stored  (folder)
results\
Identification code to be added to names of output files (suffix)
EDDA
Save grid files of runoff? Enter T (.true.) or F (.false.)
F
Save grid of minimum factor of safety? Enter Enter T (.true.) or F (.false.)
T
Save grid of depth of minimum factor of safety? Enter Enter T (.true.) or F (.false.)
F
Save grid of pore pressure at depth of minimum factor of safety? Enter Enter T (.true.) or F (.false.)
F
Save grid files of actual infiltration rate? Enter T (.true.) or F (.false.)
F
Save grid files of unsaturated zone basal flux? Enter T (.true.) or F (.false.)
F
Save grid files of the deposit distribution? Enter T (.true.) or F (.false.)
T
Save grid of probability of failure (pf) at depth of minimum factor of safety? Enter Enter T (.true.) or F (.false.)
T
Save grid of risk imposed by the slope failure to the road? Enter Enter T (.true.) or F (.false.)
F
Save grid of warning level along the road? Enter Enter T (.true.) or F (.false.)
T
Save grid of trace of the detached material and debris? Enter Enter T (.true.) or F (.false.)
T
Save listing of pressure head and factor of safety ("flag")? (Enter -2 detailed, -1 normal, 0 none)
-1
Number of times to save output grids of slope failures
1
Times of output grids 
3600
Skip other timesteps? Enter T (.true.) or F (.false.)
F
Use analytic solution for fillable porosity?  Enter T (.true.) or F (.false.)
T
Estimate positive pressure head in rising water table zone (i.e. in lower part of unsat zone)?  Enter T (.true.) or F (.false.)
T
Use psi0=-1/alpha? Enter T (.true.) or F (.false.) (False selects the default value, psi0=0)
F
Log mass balance results?   Enter T (.true.) or F (.false.)
T
Flow direction (enter "gener", "slope", or "hydro")
slope
Add steady background flux to transient infiltration rate to prevent drying beyond the initial conditions during periods of zero infiltration?
T
Initiaion information for Whole processes of Debris flow simulation 
alpha1 beta1 alpha2   beta2   K     manning  limitfr  shallown
3.8    3.51   0.02     2.97  2500     0.16     1.0      0.2
d50    cvstar  coedepo  cs
0.035  0.65   0.02    0.5    
dtmin(s)   dtmax(s)   dti(s)   dtd(s)   simul(s)  tout(s)   toldh(m)   toldhp  wavemax
0.00001       1.0     0.0001    0.001    165600.    180.      0.05      0.2      0.25
Using the full dynamic wave equation to compute the velocity?  T using full dynamic wave equation, F using diffusive wave equation
T
Simulte rainfall? Enter T (.true.) or F (.false.)
T
Simulte infiltration? Enter T (.true.) or F (.false.)
T
Simulate inflow hydrograph? Enter T (.true.) or F (.false.)
F
Simulate outflow cell? Enter T (.true.) or F (.false.)
T
Simulate shallow landslide? Enter T (.true.) or F (.false.)
T
Simulate debris flow? Enter T (.true.) or F (.false.)
T
Simulte erosion? Enter T (.true.) or F (.false.)
T
Simulte simulate the water and solid material seperately? Enter T (.true.) or F (.false.)
T
Save grid of minimum factor of safety? Enter T (.true.) or F (.false.)
T
Save grid of flow depth? Enter T (.true.) or F (.false.)
T
Save grid of maximum flow depth? Enter T (.true.) or F (.false.)
T
Save grid of flow velocity? Enter T (.true.) or F (.false.)
T
Save grid of maximum flow velocity? Enter T (.true.) or F (.false.)
T
Save grid of Erosion depth? Enter T (.true.) or F (.false.)
T
Save grid of deposition depth when simulating water and soil deposition seperately? Enter T (.true.) or F (.false.)
T
Save grid of total depth of flow depth and deposit depth? Enter T (.true.) or F (.false.)
T
Save grid of volumetric sediment concentration? Enter T (.true.) or F (.false.)
T
Save outflow process? Enter T (.true.) or F (.false.)
T
Save hydrograph of specified cells? Enter T (.true.) or F (.false.)
T