sd_pulse_train

The goal of 'readsdr' is to bridge the design capabilities from
specialised System Dynamics software with the powerful numerical tools
offered by 'R' libraries. The package accomplishes this goal by parsing
'XMILE' files ('Vensim' and 'Stella') models into 'R' objects to construct
networks (graph theory); 'ODE' functions for 'Stan'; and inputs to simulate
via 'deSolve' as described in Duggan (2016) <doi:10.1007/978-3-319-34043-2>.

Jair Andrade

readsdr

Translate Models from System Dynamics Software into 'R'

sd_pulse_train function

<dl><dt>time</dt>
<dd>A numeric argument that indicates the current simulation time</dd>
<dt>start_pulse</dt>
<dd>A numeric argument that indicates the start of the pulse</dd>
<dt>duration_pulse</dt>
<dd>A numeric argument that indicates the width of the pulse</dd>
<dt>repeat_pt</dt>
<dd>A numeric argument that indicates the repetition pattern</dd>
<dt>end_pulse</dt>
<dd>A numeric argument that indicates the end of the sequence</dd></dl>

Arguments

PULSE TRAIN — sd_pulse_train

<dl>

<dt>time</dt>
<dd>A numeric argument that indicates the current simulation time</dd>


<dt>start_pulse</dt>
<dd>A numeric argument that indicates the start of the pulse</dd>


<dt>duration_pulse</dt>
<dd>A numeric argument that indicates the width of the pulse</dd>


<dt>repeat_pt</dt>
<dd>A numeric argument that indicates the repetition pattern</dd>


<dt>end_pulse</dt>
<dd>A numeric argument that indicates the end of the sequence</dd>

</dl>

sd_pulse_train: PULSE TRAIN

Description

Usage

Value

Arguments

Examples