from heatsource9.ModelSetup.Inputs import Inputs
from os.path import abspath
from os.path import dirname
from os.path import exists
from os.path import join
from os.path import realpath
def getScriptPath():
"""Gets the path to the directory where the script is being executed from."""
return abspath(join(dirname(realpath(__file__)), '.'))
model_dir = getScriptPath() + '/'
control_file = 'HeatSource_Control.csv'
if not exists(join(model_dir,control_file)):
raise Exception("HeatSource_Control.csv not found. \
Move the executable or place the control file in \
this directory: {0}.".format(model_dir))
inputs = Inputs(model_dir, control_file)
# Control file must already be parameterized
inputs.import_control_file()
# Write blank input files,
inputs.setup(use_timestamp=True, overwrite=False)
lcdatafile="lcdata.csv",
lccodefile="lccodes.csv",
trans_count=8,
transsample_count=4,
transsample_distance=8,
emergent="True",
lcdatainput="Codes",
canopy_data="CanopyClosure",
lcsampmethod="point",
heatsource8="False")
# imports the control file into input object
inputs.import_control_file()
# write blank inputs
inputs.setup(use_timestamp=False, overwrite=True)
# Parameterize the lcdata and morph inputs directly
# from nodes feature class.
# NOTE this method currently requires use of arcpy and an active
# ArcGIS Desktop license
parameterize_from_nodes_fc(input_file="lcdatafile",
nodes_fc=nodes_fc,
group_val="Example Model",
grouping_field="STREAM_ID",
cont_stream_km=False,
overwrite=False)
parameterize_from_nodes_fc(input_file="morphfile",
nodes_fc=nodes_fc,
group_val="Example Model",
