1. ReBuilt the System (compile the model system)
	ifort SIB_DHM.f -assume byterecl -o model 
or	
	f77 SIB_DHM.f -assume:byterecl
	
2. Prepare input data
	Make directory 'GEO_INPUT_DATA'
	Get basin3.asc from \dataprocess\DealDEM\
	Get dis.asc from \dataprocess\ReviseDEM\
	Get slope.asc from \dataprocess\ReviseDEM\
	Get slpsib.asc from \dataprocess\ReviseDEM\
	Get dir.asc from \dataprocess\ReviseDEM\
	Get gridarea.asc from \dataprocess\ReviseDEM\	
	Get wsdem.asc or wsdem1.asc (revised) from \dataprocess\ReviseDEM\ as wsdem.asc
	Get frac.asc from \dataprocess\ReviseDEM\
	Get wsdemirr.asc from \dataprocess\ReviseDEM\
	Get fracirr.asc from \dataprocess\ReviseDEM\
	Get irrcode.asc from \dataprocess\ReviseDEM\			
	Get irrpro.asc from \dataprocess\ReviseDEM\
	Get irriratio.asc from \dataprocess\VegIrr\
	Get sib2y.asc from \dataprocess\VegIrr\
	Get soily.asc from \dataprocess\VegIrr\FAOsoil
	Get Texture.DAT from \dataprocess\VegIrr\FAOsoil\SOILX
	
	Make directory 'ATM_INPUT_DATA'
	COPY data from Original_Data\Land_cover\AVHRR to \ATM_INPUT_DATA\
	unzip \ATM_INPUT_DATA\AVHRR\LAT_LON_FILES\16KM.lat.gz and 16KM.lon.gz
	Find *.gz below \ATM_INPUT_DATA\AVHRR\FPAR
	unzip *.gz at \ATM_INPUT_DATA\AVHRR\FPAR
	Find *.gz below \ATM_INPUT_DATA\AVHRR\LAI
	unzip *.gz at \ATM_INPUT_DATA\AVHRR\LAI	
	
	COPY station data to \ATM_INPUT_DATA\gauge_15item

2.1 PreProcess (required)
	These proprocesses are required
	COPY \SOURCE\Preprocess\Refer_ET_old.f to to \SOURCE\
	Compile and run it
	f77 Refer_ET_old.f -assume:byterecl
	
2.2 PreProcess (optional)	
	These proprocesses are optional
	You could run it before use the SIB_DHM system.
	It is not required, but it is strongly recommended.
	COPY \SOURCE\Preprocess\FPAR.f LAI.f to to \SOURCE\
	Compile and run them
	f77 FPAR.f -assume:byterecl
	f77 LAI.f -assume:byterecl

	
	
3. Change parameters from DEM
	Open \INCLUDE\common.inc, change max_nc, max_nr
	parameter (max_nc=221,max_nr=126)

	Open \PARAMETER\Input_para,
	code_file = '..\GEO_INPUT_DATA\basin3.asc'
	dis_file = '..\GEO_INPUT_DATA\dis.asc'
	slope_file = '..\GEO_INPUT_DATA\slope.asc'
	
	dem_file = '..\GEO_INPUT_DATA\wsdem.asc'
	
4. Change parameters according to realistic situation
	Change \PARAMETER\River_para
	Change \GEO_INPUT_DATA\dem.hrd
	set parameter (max_stn=300)
	set parameter (max_stno=20)


	
5. Output
	Make directory \HYDRO_OUTPUT\
	
	
6. Data Check (see InputCheckreadme.txt) [It is highly recommended to check the input data.]
	Check station location