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generate-mapclj
(generate-map input)Given input, produce a map from actor IFIs to lazy sequences of statements
that use those actors, all in a synchronous fashion.
Given `input`, produce a map from actor IFIs to lazy sequences of statements that use those actors, all in a synchronous fashion.
generate-map-asyncclj
(generate-map-async input
&
{:keys [select-agents pad-chan-max sort buffer-size]
:as kwargs})Given input, produce a map from actor IFIs to core.async channels,
each with their own generated sequence of simulated statements; this
is for parallel generation.
Given `input`, produce a map from actor IFIs to `core.async` channels, each with their own generated sequence of simulated statements; this is for parallel generation.
generate-seqclj
(generate-seq input & {:keys [select-agents] :as kwargs})Given input, produce a lazy sequence of statements in a synchronous
fashion.
Given `input`, produce a lazy sequence of statements in a synchronous fashion.
generate-seq-asyncclj
(generate-seq-async input & {:keys [select-agents pad-chan-max] :as kwargs})Given input, produce a core.async channels that contains a generated
sequence of simulated statements; this is for parallel generation.
Given `input`, produce a `core.async` channels that contains a generated sequence of simulated statements; this is for parallel generation.
read-inputclj
(read-input location)Read input at location and return DATASIM input for use with
other functions.
Read input at `location` and return DATASIM input for use with other functions.
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