Physics Simulation Lectures 1A: Introduction 1B: Java Intro 2A: BuildingBlocks 2B: Objects 3A: More Objects 3B: Exceptions        & Threads 4A: Waves 4B: Nuclear &        Particle 5A: AWT 5B: More AWT       & Graphics 6A:Detectors &       Simulation 6B: LHC/Atlas &      RandomSims     7A: Swing 7B: Java2D 8A: Java Apps 8B: Dialogs &     MoreClasses 9A: Java I/O 9B: Utilities,         Unicode 10A: More     Threading 10B: File     Handling 11A: Array,Print,     Images 11B: SimplePhysics     Simulation 12A: Tips &     Techniques 12B: More Tips &     Techniques 13A: Satellite     Simulations 13B: Intro to Java     Networking 14A: Java Servers 14B: HTTP Server 15A: ServerClient 15B: ServerClient    Expt.Simulation 16A: Course           Review 16B: ExerciseTest         Discussion     Contacts     Description     Exercises     Index     Outline     Q&A     Resources     StudentInfoForm     Student Pages     What's New

Home : Lecture TOC Lectures: Table of Contents   1A Introduction to physics and simulations. Course structure and options.        Lecture 1A  Simul. & Analysis  Course Options  Theory,Model&Expt  FundamentalPhysics  Quark Model  Specs of Model  Specs in Biology  Early Detectors  UnderstandDetector  Very Large Systems  Large Experiments  Data Rates   1B Overview of Java and its applications in science. Setting up the JDK. Getting started.         Lecture 1B   History   Features   Benefits in Science   Drawbacks   Apps in science    Running Java   Interpret/Compile   1.0 vs 1.1 vs 1.2   Getting Started   Tools   Simple Applet   Homepage Setup   Java Books   Exercises               2A Java Building Blocks         Lecture 2A   Basic Elements   Statements   Comments   Javadoc   Expressions   Primitive Types   MorePrimitives   Floating Point   Casts & Mixing   Math Tools   Basic Graphics   Drawing Methods   2B Objects and Java         Lecture 2B   Goals of OOP   OO Analogies   CreatingTypes   Objects & Classes   Complex Class   Arrays   Strings   Example   Exercise               3A More about Objects         Lecture 3A  Value vs Reference  Overloading  Inheritance  Overriding  OverrideVsOverload  InheritanceExample  This's & Super's  AnotherExample  Abstraction  Static Meth & Var.   3B Exceptions and Threads         Lecture 3B   Import   MoreAboutApplets   Wrappers & String-      Type Conversion   Exceptions   Interfaces   Threads   Thread Example   Exercise               4A Wave Simulations       Lecture 4A   Wave Basics   Wave Measures   Wave Collisions   Interference   Reflect,Refract,     & Diffract   Sound Waves   Doppler Effect   WaveSimulation 1   Infrasound   Recording   Processing   Examples   WaveSimulation 2   4B Simulations in Nuclear and Particle Physics         Lecture 4B   PhotonAbsorption   ComptonScattering   Nuclear Structure   Neutron Decay   Exercises               5A Introduction to the AWT       Lecture 5A   AWT Overview   Components   Containers   Events   Event Overview   Event Example   Event Processing   Button Example   Frames & Menus   Other Components   LayoutManagers   5B Improved Graphics & Other Tips         Lecture 5B   Applets 1   Applets 2   More Drawing   Colors   Fonts   Images   Reduce Flicker:     Override Update     Clipping     Double Buffer   Exercises               6A Atlas Detector at the LHC       Lecture 6A WhySimulations  Detector Simulation Resolution&Eff CerenkovDetectors ComplexDetectors Detectors/Biology MicroSimulation   6B Detector Simulations         Lecture 6B PPbar Collisions Atlas Detector Physics at LHC Sub-detectors SimulationsSoFar Sim & Randomness Ran.Distributions JavaRandomNums Exercises               7A Swing       Lecture 7A Java Roadmap CustomComponent Swing Running Swing SwingDesign-Demo JButton      -    Demo JPanel & Layouts                     -   Demo JComponent's                     -   Demo More JComponent's                     -   Demo Swingset    -   Demo Converting Code Using Plug-in   7B Java2D         Lecture 7B Polygons Java2D API Shape&Area   Demo Paint&Stroke  Demo Gradients,Textures                           Demo Transforms     Demo Text                  Demo Java2D & Swing                           Demo Other Java2D               8A Applications       Lecture 8A   Standalone Java   Simple Application   Window App   Applet to App 1   Applet to App 2   Applet Viewer   Inner Classes   AnnonymousClass   AdapterClass     8B Utilities & More about Classes       Lecture 8B Class Design Constructors Object Class Dialogs Query: Modal Query: Nonmodal File Dialog Exercises               9A Java I/O       Lecture 9A   Overview   Streams   Wrappers   Keybd Example   Console Example   Keybd Numbers Ex.   File Class   File I/O   File IO Char Ex.   File IO Binary Ex.   Other I/O Features      9B Utility Classes & Unicode       Lecture 9B Unicode Utility Package   StringBuffer/Token Vector/Enumeration      & Iterator Hashtable Dates & Time Other Utilities Exercises               10A More Threading       Lecture 10A MoreAboutThreads Thread Review Multiprocessing Thread Subclass Using Threads - No interaction - Task splitting - Exclusive Steps - Communicating Thread Problems Scheduling/Priority   10A File Handling       Lecture 10B AppletSubdirectory Jar Files File Organization Packages Access 3rd Party Packages Exercises           11A Arrays, Printing, Images       Lecture 11A Arrays Printing Screen Images Image Loading Pixel Handling Transparency Image Saving   11B A Simulation of a Simple Physics Experiment       Lecture 11B Physics Model Simulation Design Physics Simulator Experiment Design Expt. Simulator Expt.SimulatorCode Detector Interface Sim T vs Real T Analysis Exercises               12A Java Tips & Techniques       Lecture 12A Browsers System Properties Cursor Icons MouseButtons Keystrokes Audio Timing Toolkit AppletContext Run Ext. Programs Misc. Tools   12B More Java Tips & Techniques       Lecture 12B Cloning File Read by Applet RandomIO,Append DecimalFormat DecimalFormat-IBM Precision Class-KI Format - Core Java Output to String Console Demo Exercises               13A Satellite Simulations       Lecture 13A Remote Expt. Sim. Why Simulations? Reasons No Alternatives Expl: Satellite Expt. Rely on Simulations Sat. Classifications Swedish Satellites Sim. Advantages Why Small Sats? Hugin Nanosat Hugin-Block Diag. Hugin-Simulations Hugin-Att.Control Earth B Field Sims.   13B Introduction to Java Networking       Lecture 13B Networking Internet Basics IP - Datagrams TCP - UDP Application Layer Ports Java Networking URL InetAddress Sockets Client-Server RMI Exercises               14A Java Server       Lecture 14A Servers & Servlets Design of Server ServerSocket Threads For Clients ClientServerStreams HTTP Protocol Server Application   14B Java HTTP Server       Lecture 14B Run Server Security Problems Secure Server Run Secure Server A client application Server Apps Exercises               15A Java Server-Client       Lecture 15A DataMonitorDesign Processing Steps Run DataMonitor DataClientApplet DataServer DataSender DataClient DataReader   15B Server-Client Experiment Simulation       Lecture 15B Serving PhysicsSim DataMonitorDesign Run Data Server Run Data Client Data Server Code Physics Sim Code Data Client Code               16A Course Review       Lecture 16A Java Missed Class class Reflection Javabeans New API's   16B Exercise/Exam Discussion       Lecture 16B Java Review PhysicsSimReview Exercises Exam Discussion Course Discussion

Home Lectures Resources Index Contacts Students Physics Simulations with JavaTM KTH, Kurskod: 5A1418 Curator: Clark S. Lindsey