/*********************** * All the pages in the Particle Adventure are maintained by this list of the page order * and nesting level information. * * This script first defines a giant array pageList for keeping track of the pages, * then provides manipulator functions for dealing with this data. ***********************/ /* The page desciription format is "Short Name:URL relative to index.html" where is a certain number of hash marks # that indicate the relative depth. */ pageList = new Array ( "What is Fundamental?:startstandard.html", "#Eternal Questions:startstandard.html", "#The Search for the Fundamental:fundamental.html", "#The Atom:atom.html", "#Is the Atom Fundamental?:atom_fund.html", "#Is the Nucleus Fundamental?:nucleus_fund.html", "#Are Protons and Neutrons Fundamental?:pn_fund.html", "#The Modern Atom Model:modern_atom.html", "#The Scale of the Atom:scale.html", "#What Are We Looking For?:modern_physics.html", "#The Standard Model:standard_model.html", "#Standard Model Quiz:quiz_sm.html", "What is the World Made Of?:quarks_leptons.html", "#Quarks and Leptons:quarks_leptons.html", "#Matter and Antimatter:antipreface.html", "#What is Antimatter?:antimatter.html", "#Quarks:quarks.html", "#The Naming of Quarks:quarknaming.html", "#Hadrons, Baryons, Mesons:hadrons.html", "#Leptons:leptons.html", "#Lepton Decays:lepton_decay.html", "#Lepton Type Conservation:lepton_conservation.html", "#Lepton Decay Quiz:quiz_ld.html", "#Neutrinos:neutrinos.html", "#Quiz on What Particles Are Made Of:quiz_wp.html", "#The Generations of Matter:generations.html", "#Matter Summary:matter_summary.html", "What Holds it Together?:4interactions.html", "#The Four Interactions:4interactions.html", "#How Does Matter Interact?:interact.html", "#The Unseen Effect:unseen.html", "#Electromagnetism:electromagnetism.html", "#Residual E-M Force:residuale_m.html", "#What About the Nucleus?:binding.html", "#Strong:strong.html", "#Color Charge:color.html", "#Quark Confinement:quark_confinement.html", "#Quarks Emit Gluons:quarks_gluons.html", "#Residual Strong Force:residualstrong.html", "#Weak:weak.html", "#Electroweak:electroweak.html", "#Gravity:gravity.html", "#Interaction Summary:inter_summary.html", "#Quantum Mechanics:quantum_mech.html", "#The Pauli Exclusion Principle:pauli.html", "#Fermions & Bosons:fermibos.html", "#A Lot to Remember:remember.html", "Particle Decays and Annihilations:decay_intro.html", "#What is Decay?:decay_intro.html", "#Radioactivity:decay_start.html", "#Radioactive Particles:radio_part.html", "#Confusion About Decays:unhappy.html", "#A Look Into the Nucleus:rope.html", "#If It Can Happen, It Will:quantum.html", "#Half Life:half_life.html", "#Missing Mass:mm.html", "#Particle Decay Mediators:mediator.html", "#Virtual Particles:virtual.html", "#Different Interactions:decay_dif.html", "#Annihilations:annih.html", "#Bubble Chamber and Decays:all_decay.html", "#Neutron Beta Decay:npe.html", "#Electron/Positron Annihilation:eedd.html", "#Top Production:top_pro.html", "Unsolved Mysteries:beyond_start.html", "#Beyond the Standard Model:beyond_start.html", "#Standard Model as a Theory:standard_modeling.html", "#Three Generations:three_gen.html", "#What About Masses?:masses.html", "#Grand Unified Theory:unified.html", "#Forces and GUT:grand.html", "#Supersymmetry:supersymmetry.html", "#String Theory:string.html", "#Extra Dimensions:extra_dim.html", "#Dark Matter:dark.html", "How Do We Know Any Of This?:exp_start.html", "#Testing a Theory:exp_start.html", "#Searching For the Atom's Structure:atom_search.html", "#Rutherford's Result:rutherfords_result.html", "#Rutherford's Analysis:rutherfords_analysis.html", "#How Physicists Experiment:how_to_exp.html", "#Deflected Probe:deflected.html", "How do we Detect What's Happening?:detect_world.html", "#Detecting the World:detect_world.html", "#A Better Microscope:better_micro.html", "#Wavelength, the Cave:cave.html", "#Wavelength, the Moral:moral.html", "#Wavelength and Resolution Explained:wave_res.html", "#The Physicist's Tool, the Accelerator:tool.html", "#Waves and Particles:waves.html", "#The World's Meterstick:meterstick.html", "#Mass and Energy:mass_and_energy.html", "#Energy-Mass Conversion:collision.html", "How do we Experiment with Tiny Particles?:accel.html", "#Accelerators:accel.html", "#How To Obtain Particles to Accelerate:get_part.html", "#Accelerating Particles:accel_particles.html", "#Accelerating Particles Animation:accel_ani.html", "#Accelerator Design:accel_design.html", "#Fixed-Target Experiments:fixed_target.html", "#Colliding-Beam Experiments:colliding_beam.html", "#A Linear or Circular Accelerator?:lin_circ.html", "#What Makes Particles Go in a Circle?:circle.html", "#Advantages of Accelerator Design:accel_adv.html", "#The Major Accelerators:variation.html", "#The Event:event.html", "#Detectors:detectors.html", "#Detector Shapes:shape_detector.html", "How Do We Intepret Our Data?:modern_detect.html", "#Modern Detectors:modern_detect.html", "#Typical Detector Components:component_detector.html", "#Measuring Charge and Momentum:measure.html", "#Detector Cross Section:end_view.html", "#Quiz - Particle Tracks:quiz_track.html", "#The Computer Reconstruction:computer.html", "#A Quark/Gluon Event:comp_qg.html", "#The End:exp_end.html"); /*********************/ /* getTitle Take a description like "###Atoms?:atoms.html" and return "Atoms?" */ function getTitle(description) { var index_1 = description.indexOf(":"); if (index_1 == -1) { alert(desription + " is an illegal description."); return "1"; } var index_2 = description.substring(index_1 + 1, description.length).indexOf(":"); if (index_2 == -1) { alert(description + " is an illegal description."); return "1"; } return description.substring(index_1 + 1,index_2 + index_1 + 1); } /*********************/ /* getURL Take a description like "###Atoms?:atoms.html" and return "atoms.html" */ function getURL(description) { var index_1 = description.indexOf(":"); if (index_1 == -1) { alert(description + " is an illegal description."); return "1"; } var index_2 = description.substring(index_1 + 1, description.length).indexOf(":"); if (index_2 == -1) { alert(description + " is an illegal description."); return "1"; } return description.substring(index_1+ index_2 + 2, description.length); }