// You can find instructions for this file here:
// http://www.treeview.net

// Decide if the names are links or just the icons
USETEXTLINKS = 1  //replace 0 with 1 for hyperlinks

// Decide if the tree is to start all open or just showing the root folders
STARTALLOPEN = 0 //replace 0 with 1 to show the whole tree

ICONPATH = 'images/' //fi teh gif's folder is a subfolder, for example: 'images/'

WRAPTEXT = 1

foldersTree = gFld('Chemical Demonstrations', 'intro.htm')
f = foldersTree
insDoc(foldersTree,gLnk(0, 'EQUIPMENT AND CHEMICAL LOG', 'demo_log.htm'))
fSub = insFld(f,gFld('Acid/Base', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'The Ammonia Fountain', 'PDF/Ammonia_Fountain.pdf'))
insDoc(fSub,gLnk(0, 'The Magic Jug', 'PDF/The_Magic_Jug.pdf'))
fSub = insFld(f,gFld('Air Pressure', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'The Ammonia Fountain', 'PDF/Ammonia_Fountain.pdf'))
fSub = insFld(f,gFld('Boyle\'s Law', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'The Cartesain Diver', 'PDF/The_Cartesian_Diver-An_Application_of_Boyles_Law.pdf'))
fSub = insFld(f,gFld('Catalysis', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Elephant Toothpaste', 'PDF/Elephant_Toothpaste.pdf'))
insDoc(fSub,gLnk(0, 'The Genie In The Bottle', 'PDF/Genie_In_The_Bottle.pdf'))
fSub = insFld(f,gFld('Chemiluminescence', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Luminol Demonstration', 'PDF/Luminol_Demonstration.pdf'))
fSub = insFld(f,gFld('Chirality', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Corn Syrup Polarimeter', 'PDF/Corn_Syrup_Polarimeter.pdf'))
fSub = insFld(f,gFld('Clock Reactions', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Oscillating Clock: The Briggs-Rauscher Oscillating Reaction', 'PDF/Oscillating_Clock-The_Briggs-Rauscher_Oscillating_Reaction.pdf'))
fSub = insFld(f,gFld('Combustion', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Frankenstein Bottle: The Ethanol Cannon', 'PDF/Frankenstein_Bottle-Ethanol_Cannon.pdf'))
fSub = insFld(f,gFld('Colloids', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Colorful Stalagmites: The Silicate Garden', 'PDF/Colorful_Stalagmites-The_Silicate_Garden.pdf'))
insDoc(fSub,gLnk(0, 'Non-Newtonian Fluids', 'PDF/Non-Newtonian_Fluids.pdf'))
fSub = insFld(f,gFld('Complexation Reactions', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0,'Effect of Concentration on Equilibrium: Cobalt Complex', 'PDF/Effect_of_Concentration_on_Equilibrium-Cobalt_Complex.pdf'))
fSub = insFld(f,gFld('Decomposition Reactions', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Elephant Toothpaste', 'PDF/Elephant_Toothpaste.pdf'))
insDoc(fSub,gLnk(0, 'Genie In The Bottle', 'PDF/Genie_In_The_Bottle.pdf'))
fSub = insFld(f,gFld('Diffusion', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Colorful Stalagmites: The Silicate Garden', 'PDF/Colorful_Stalagmites-The_Silicate_Garden.pdf'))
fSub = insFld(f,gFld('Dilatancy', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Non-Newtonian Fluids', 'PDF/Non-Newtonian_Fluids.pdf'))
fSub = insFld(f,gFld('Electrochemistry', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Displacement of Tin by Zinc', 'PDF/Displacement_of_Tin_by_Zinc.pdf'))
insDoc(fSub,gLnk(0, 'Growing Metallic Crystals: Electrolysis of Metal Salts', 'PDF/Growing_Metallic_Crystals-Electrolysis_Of_Metal_Salts.pdf'))
insDoc(fSub,gLnk(0, 'The Mercury Beating Heart', 'PDF/The_Mercury_Beating_Heart.pdf'))
insDoc(fSub,gLnk(0, 'The Two Potato Clock', 'PDF/The_Two_Potato_Clock.pdf'))
fSub = insFld(f,gFld('Electrolysis', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Growing Metallic Crystals: Electrolysis of Metal Salts', 'PDF/Growing_Metallic_Crystals-Electrolysis_Of_Metal_Salts.pdf'))
insDoc(fSub,gLnk(0, 'Water Electrolysis in Yellow Green and Blue', 'PDF/Water_Electrolysis_in_Yellow_Green_and_Blue.pdf'))
fSub = insFld(f,gFld('Endothermic Reaction', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Endothermic Reaction Of Two Solids', 'PDF/Endothermic_Reaction_Of_Two_Solids.pdf'))
fSub = insFld(f,gFld('Entropy vs Enthalpy', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Thermite Reaction', 'PDF/Thermite_Reaction.pdf'))
fSub = insFld(f,gFld('Equilibrium', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Effect of Concentration on Equilibrium: Cobalt Complex', 'PDF/Effect_of_Concentration_on_Equilibrium-Cobalt_Complex.pdf'))
insDoc(fSub,gLnk(0, 'Equilibrium and LeChatelier\'s Principle', 'PDF/Equilibrium_and_LeChateliers_Principle.pdf'))
insDoc(fSub,gLnk(0, 'Oscillating Clock: The Briggs-Rauscher Oscillating Reaction', 'PDF/Oscillating_Clock-The_Briggs-Rauscher_Oscillating_Reaction.pdf'))
fSub = insFld(f,gFld('Exothermic Reaction', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Thermite Reaction', 'PDF/Thermite_Reaction.pdf'))
fSub = insFld(f,gFld('Gas Evolution', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Ammonia Fountain', 'PDF/Ammonia_Fountain.pdf'))
insDoc(fSub,gLnk(0, 'Elephant Toothpaste', 'PDF/Elephant_Toothpaste.pdf'))
insDoc(fSub,gLnk(0, 'Genie In The Bottle', 'PDF/Genie_In_The_Bottle.pdf'))
fSub = insFld(f,gFld('Indicators', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Ammonia Fountain', 'PDF/Ammonia_Fountain.pdf'))
insDoc(fSub,gLnk(0, 'The Magic Jug', 'PDF/The_Magic_Jug.pdf'))
fSub = insFld(f,gFld('Kinetics', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Mercury Tornado', 'PDF/Mercury_Tornado.pdf'))
insDoc(fSub,gLnk(0, 'Oscillating Clock: The Briggs-Rauscher Oscillating Reaction', 'PDF/Oscillating_Clock-The_Briggs-Rauscher_Oscillating_Reaction.pdf'))
insDoc(fSub,gLnk(0, 'Oxidation States of Vanadium', 'PDF/Oxidation_States_of_Vanadium.pdf'))
insDoc(fSub,gLnk(0, 'The Mercury Beating Heart', 'PDF/The_Mercury_Beating_Heart.pdf'))
insDoc(fSub,gLnk(0, 'Thermite Reaction', 'PDF/Thermite_Reaction.pdf'))
fSub = insFld(f,gFld('LeChatelier\'s Principle', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Effect of Concentration on Equilibrium: Cobalt Complex', 'PDF/Effect_of_Concentration_on_Equilibrium-Cobalt_Complex.pdf'))
insDoc(fSub,gLnk(0, 'Equilibrium and LeChatelier\'s Principle', 'PDF/Equilibrium_and_LeChateliers_Principle.pdf'))
fSub = insFld(f,gFld('Magnetism', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Magnetic Properties', 'PDF/Magnetic_Properties.pdf'))
fSub = insFld(f,gFld('Mole', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'How Much Is A Mole', 'PDF/How_Much_Is_A_Mole.pdf'))
fSub = insFld(f,gFld('Non-Newtonian Fluids', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Non-Newtonian Fluids', 'PDF/Non-Newtonian_Fluids.pdf'))
fSub = insFld(f,gFld('Osmosis', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Colorful Stalagmites: The Silicate Garden', 'PDF/Colorful_Stalagmites-The_Silicate_Garden.pdf'))
fSub = insFld(f,gFld('Oxidation States', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Oxidation States Of Vanadium', 'PDF/Oxidation_States_of_Vanadium.pdf'))
fSub = insFld(f,gFld('Polarized Light', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Corn Syrup Polarimeter', 'PDF/Corn_Syrup_Polarimeter.pdf'))
fSub = insFld(f,gFld('Reactivity Series', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Halogens Compete for Electrons', 'PDF/Halogens_Compete_for_Electrons.pdf'))
fSub = insFld(f,gFld('Reduction-Oxidation', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'The Two Potato Clock', 'PDF/The_Two_Potato_Clock.pdf'))
insDoc(fSub,gLnk(0,'Water Electrolusis in Yellow, Green, and Blue', 'PDF/Water_Electrolysis_in_Yellow_Green_and_Blue.pdf'))
fSub = insFld(f,gFld('Solubility', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Ammonia Fountain', 'PDF/Ammonia_Fountain.pdf'))
insDoc(fSub,gLnk(0, 'Name That Precipitate', 'PDF/Name_That_Precipitate.pdf'))
fSub = insFld(f,gFld('Strong Oxidizers', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Bye-Bye Gummi Bear', 'PDF/Bye-Bye_Gummi_Bear.pdf'))
fSub = insFld(f,gFld('Thermochemistry', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Thermite Reaction', 'PDF/Thermite_Reaction.pdf'))
fSub = insFld(f,gFld('Thermodynamics vs Kinetics', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Mercury Tornado', 'PDF/Mercury_Tornado.pdf'))
insDoc(fSub,gLnk(0, 'Oscillating Clock: The Briggs-Rauscher Oscillating Reaction', 'PDF/Oscillating_Clock-The_Briggs-Rauscher_Oscillating_Reaction.pdf'))
fSub = insFld(f,gFld('Thixotropy', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Non-Newtonian Fluids', 'PDF/Non-Newtonian_Fluids.pdf'))
fSub = insFld(f,gFld('Viscosity', 'javascript:parent.op();'))
insDoc(fSub,gLnk(0, 'Non-Newtonian Fluids', 'PDF/Non-Newtonian_Fluids.pdf'))