Minimal end-to-end usage of EventDispenser. More...

Functions
int	main (int argc, char *argv[])
	Example entry point.

Detailed Description

This example demonstrates the essential steps required to use EventDispenser:

Build and parse configuration using eventDispenser::defineOptions().
Build a dynamic digitization routine map (empty or populated depending on the application).
Construct EventDispenser with the parsed options and the routine map.
Optionally inspect the computed run distribution via getRunEvents().
Trigger processing via processEvents().

Introduction

EventDispenser distributes a total event count across one or more run numbers. Each run number can represent different conditions (constants, translation tables, etc.). The distribution can be:

single-run: all events assigned to a user-selected run number, or
weighted multi-run: events assigned according to a user-provided run-weight file.

Details

This example configures options via eventDispenser::defineOptions() and builds a digitization routine map via gdynamicdigitization::dynamicRoutinesMap(). It then constructs EventDispenser, retrieves the computed run allocation, and processes events.

Note

This example is intentionally minimal. In a full application you would typically:

provide real digitization plugins,
configure additional options (e.g. variation),
and print or validate the run allocation before dispatching events.

Usage

Build this example together with the Event Dispenser module and its dependencies. Run with the module options, for example:

-n=200 -run=12
-n=200 -run_weights=weights.txt

Author: © Maurizio Ungaro; e-mail: ungar.nosp@m.o@jl.nosp@m.ab.or.nosp@m.g

Function Documentation

◆ main()

int main	(	int	argc,
		char *	argv[] )

The example performs the following steps:

Parse command-line options using eventDispenser::defineOptions().
Create a digitization routine map (may be empty depending on build/runtime configuration).
Construct EventDispenser and compute the run allocation.
Call processEvents() to execute the per-run workflow.

Parameters

argc	Standard command-line argument count.
argv	Standard command-line argument vector.

Returns: EXIT_SUCCESS on success.