Standard mode: Advanced results
In Standard mode, new results are added to those of Beginner mode.
Results for simple and complex tasks
The following are added to standard mode results:
• standard deviation
• Average startup time if you have specified startup times on tasks. See
Performing time.
• Average interrupt time if you are using schedules and have allowed interrupts on tasks.

These different times apply to tokens which, over the complete simulation, have reached one of the procedure outputs.
• Number of tokens discarded for queue timeout if you have defined a maximum queuing time.
• Number of tokens discarded for queue saturation if you have defined a maximum queue capacity.
• Number of tokens discarded for throughput analysis if you have applied an automatic discard rate on tasks.

If the task is used in a process, results are transferred in the global process.
Results for org-units and resources
The new results on org-units and other resources are:
• Percentage of allocation time if you have allowed asynchronous allocations.
• Percentage of start-up time.
Results for simulation end events
Simulation end events can be events of End type or Throwing type.
The simulation editor Time tab displays output token processing times. This includes:
• Quantity of tokens obtained at the end of simulation.
• Average processing time for all tokens, in other words the time spent in the simulation and the standard deviation.
• Average effective work time, in other words the time during which tasks are executed.
• Average transfer time.
• Average interrupt time
• Start-up time
• Average allocation time
The Costs tab displays the various processing costs:
• The number of tokens processed.
• Average total cost for all tokens.
• Average cost of various resources used.
• Average transfer cost
• Default average cost, if a default cost has been indicated on a task.
Sample
For each end event, the editor displays an average processing time and cost. In certain cases, this average is not truly representative. To obtain more accurate results, you can retain all the values used to calculate the average.
To retain all values enabling calculation of the time average:
1. Select the event in the editor.
2. In the Time tab, select Sample.
In the next simulation, all calculated values will be retained.
This sample can be viewed in the Time Chart tab. A Pareto graph shows the sample of values calculated for the event.
The vertical axis represents time, the horizontal axis the number of tokens in the interval. The higher the number of intervals, the more exactly are values represented.
You can keep the cost sample linked to the tokens output by this event.
In addition to end events, you can also display results linked to intermediate events by adding a data collector to these.
Data collector
A data collector enables recording of simulation object results. By default, the simulated object, the end events and the scenario resources have a data collector.
You can create data collectors on:
• Described objects (for example a sub-process)
• Tasks
• Events
• Gateways
Example:
To create a data collector on an intermediate event of the diagram:
1. Display Results mode in the simulation editor
2. In the simulation editor toolbar, click the

button. This displays all events in the diagram.
3. In the navigator, select the event in question.
4. Click the
Add data collector button


This command is also accessible in the event pop-up menu.
The collector created is attached to the scenario in progress.
Data relating to this event is then calculated in the simulation. This does not influence scenario results, but enables display of intermediate results linked to this event.
Results for gateways with parallel inputs
You can display data obtained on a parallel gateway assuring synchronization of several sequence flows with the aid of a data collector.
To add a data collector to a gateway:
1. Display Results mode in the simulation editor.
2. Select the gateway and click the
Add data collector button.

You obtain:
• The average synchronization time.
• The number of input tokens.
• The number of output tokens.
• The number of tokens in progress.