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Table 2 File and function descriptions for the diagram in Figs. 4 b and 5

From: Rain gauge simulator and first tests with a new mobile climate alert system in Brazil

File name (Fig. 4 b)

Description

Dcp_data.dat

Input data for a collection of DCPs (see

 

Table 1)

DCP_config.dat

Input of simulation-dependent variable

 

and parameters

DCP_ID.dat

Output vector of tipping times in Julian

 

Date for a given DCP

DCP_hydro.dat

Integrated output pluviograph of a

 

given DCP

DCP_alert.dat

Sequence of issued alert types and times

 

for a given DCP

Function name (Fig. 5)

 

GeneratePrecipitation()

Responsible for fitting a stochastic model

 

to generate gauge tippings

WriteDCPTippings()

Collects tipping times in Julian dates for

 

a given DCP

CalculatePluviographs()

Integrates rain volumes within a given time

 

interval

WritePluviographs()

Write output of CalculatePluviographs()

GenerateAlerts()

Responsible for running the simulator logic

 

of alert generation

DispatchAlert()

Responsible for dispatching a sequence of

 

alerts to the user alert zone