catchment-simulation 0.0.2

('Collection of calculation method for simulate subcatchment features from Storm Water Management Model',)

Catchment simulation

Package include method for simulate subcatchment with different features values from Storm Water Management Model

Examples of How To Use

Creating object for analyse

Create object to run simulation

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)

Simulate subcatchment area in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_area(start=1, stop: = 10, step = 1)

Simulate subcatchment percent impervious in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_percent_impervious(start=1, stop: = 10, step = 1)

Simulate subcatchment percent slope in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_percent_slope(start=1, stop: = 10, step = 1)

Simulate subcatchment width in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_width(start=1, stop: = 10, step = 1)

Simulate subcatchment curb length in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_curb_length(start=1, stop: = 10, step = 1)

Simulate subcatchment N-Imperv in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_n_imperv(param="Imperv")

Simulate subcatchment N-Perv in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_n_perv(param="Perv")

Simulate subcatchment Destore-Imperv in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_s_imperv(param="Imperv")

Simulate subcatchment Destore-Perv in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_s_imperv(param="Perv")

Simulate subcatchment Percent Zero Imperv in selected range.

from catchment_simulation import FeaturesSimulation



subcatchemnt_id = "S1"

raw_file = "catchment_simulation/example.inp"

model = FeaturesSimulation(subcatchemnt_id=subcatchemnt_id, raw_file=raw_file)



df = model.simulate_percent_zero_imperv(start=0, stop=100, step=10)