Introduction
Overview
Streams
Wrappers,Buffers
Console I/O
  Text Output 
     Demo 1
  Formatter/printf()
     Demo 2
  Tex 2t Input
     Demo 3
  Scanner
     Demo 4
File Class
  File I/O
  File Output-Text
     Demo 5
  Formatter to File
     Demo 6
  File Input - Text
    Demo 7
  Scanner - Files
     Demo 8
  File I/O - Binary
     Demo 9   Demo 10
File Chooser Dialog
  Demo 11
Character Codes
  Demo 12   Demo13
Object I/O
Types to Bytes
Stream Filters
Other I/O Topics
Exercises

In this section we develop a simulation of a physics experiment. We use a very simple example of a physics phenomena to run our experiment - a body falling in constant gravitational field - and build our software around it.

Three primary software stages are involved:

1. The simulation of the physical phenomenon:
• The Physics Model
• Simulation Design
• Physics Simulator - Demo
2. The simulation of the experiment hardware in an experiment:
• Experiment Design
• Experiment Simulator with detector - Demo
3. The analysis of the detector output:
   1. Analysis considerations for both simulated and real data
   2. Simulator with analysis module - Demo

We will take advantage of objects to build these as modules that interlock and work together as a single program.

Latest update: Feb.28.2004

              Tech
Histogram I/O
Hist I/O - Get/Set
  Demo 1
Hist I/O - Objects
  Demo 2
HistogramStream
  Demo 3
Filtering Data
  Demo 4
Exercises

           Physics
Physics Model
Simulation Design
Physics Simulator
  Demo 1
Experiment Design
Experiment Sim.
  Demo 2
Analysis
Expt. + Analysis
  Demo 3
Exercises