Multiple Documents are required that will :

• cross reference each other
• be available in hypertext via web
• and in printed form
• have a common source

These documents include :

“On-line” selective geometries & materials

Designed for benchmarks of

• Tracking performance
• Physics processes

Batch with macro or interactive

Example6 --- Fully available within this month

• Simplified collider detector with Parameterized volumes
• PYTHIA event
• Event selection with stacking mechanism

Example7 --- Available in Feb.98

• Part of ATLAS geometry
• Hits and Digits
• Persistent capable

Example3

• Simplest geometry
• Histogramming with IRIS Explorer

Example4

• Honeycomb geometry
• Shower generation
• Hits

Example5

• Honeycomb geometry
• Persistency test for Hits objects

Uniform way of representing the engine internal status

• EngineStatus class
• performance issues
• persistency

Better encapsulation of the engine in a stand-alone generator

• engine sharing
• multiple engines
• performance issues

Example0

• Hard-coded batch program
• Simplest geometry

Example1

• Batch with macro file or interactive
• Simplest geometry

Example2

• Batch with macro file or interactive
• Simplest geometry with magnetic field
• Visualization

Define a stand-alone generator

• long seeds[2];
  seeds[1]=1226137; seeds[2]=56234261;
  int index=176;
  HepRandomEngine* RNQ=new RanecuEngine;
  RNQ->setSeeds(seeds,index);
  RandPoisson poisson(RNQ);
  poisson.fire(3);

Define generators sharing the same engine

• RanluxEngine RLX(43435121,2);
  RandGauss gauss(RLX);
  RandBreitWigner BW(RLX);