main.py

#!/usr/bin/python


## \mainpage
#  Documentation of Smoderp, distributed event-based model for surface and subsurface runoff and erosion\n
# team members Petr Kavka, Karel Vrána and Jakum Jeřábek \n
# model was bild in cooperation with eng. students (Jan Zajíček, Nikola Němcová, Tomáš Edlman, Martin Neumann)
#  \n
#  The computational options are as follows:
#  - Type of flow
#    - surface
#    - subsurface
#    - surface + subsurface
#  - Flow direction algorithm
#    - D8 (default)
#    - multi-flow direction
#  - Erosion
#    - none
#    - sheet erosion
#    - sheet erosion + rill erosion
#  - Stream
#    - yes
#    - no




## @package main resolves some input variables and start the computing
#
#  The computing itself is performed in main_src.runoff




import sys
import os
from    main_src.tools.tools import logical_argv
from    main_src.tools.tools import get_argv
import  main_src.constants   as constants

'''
onlyshallowsurface
shallowandrillsurface
diffuseshallowsurface
shallowrillstreamsurface
surfaceandsubsurfacestreamflow
'''


print "--------------------- INPUT PARAMETERS ---------------------"
for item in sys.argv:
  print item
print "--------------------- ---------------- ---------------------"; print


if __name__ == "__main__":


  logical_argv(constants.PARAMETER_ARCGIS)
  logical_argv(constants.PARAMETER_EXTRA_OUTPUT)
  logical_argv(constants.PARAMETER_MFDA)



  #sys.argv.append(sys.path[0]+os.sep+'indata/dp_hodnebodu_hodnemaletau.save')
  #sys.argv.append(sys.path[0]+os.sep+'indata/dp_hodne_bodu_tok.save')

  #sys.argv.append(sys.path[0]+os.sep+'DS_plochamalyNx.save')

  sys.argv.append(sys.path[0]+os.sep+'byk.save')
  # full - full computation
  # dpre - data_preparation
  # roff - runoff
  #sys.argv.append('roff')
  #sys.argv.append('dpre')
  sys.argv.append('full')

  sys.argv.append('true'); logical_argv(constants.PARAMETER_DEBUG_PRT)



  #jj tady se nastavuje max_delta_t
  #sys.argv.append(1.0)


  sys.argv.append(sys.path[0]+os.sep+'prt_times.in')
  import main_src.runoff