You should create your own NetLogo model from scratch, based on the "Critter" model illustrated in lecture, with the following additional requirements based on a Fish population with varying rates of algae regrowth and number of fish births. For most of these requirements you will need to go through documentation and figure out how to implement them You should use graphics of fish rather than the boring arrows used for the critter example (note that fish symbols are available in the NetLogo library) You should have a title with your name in it in the upper left corner of the model area You should insure that patches with algae are green, and patches with no algae are blue, not black. All of your labels should refer to "Fish" rather than "turtles" Your time-series plot should have an appropriate title, and you should insure that the plot for should insure that the plot for algae is green, and the plot for fish is brown You should install two sliders to allow for experimentation in model parameters algae-regrow-rate - this should allow for values between 0 and 100, and your code should use this value to determine whether to regrow a patch of algae or not. The example I provided in the critter case was hard- coded at 3%, and you should allow this to vary according to the slider setting fish-birth-limit- this should allow for values between 0 and 3, representing the number of fish that are "hatched" at a given time. In the critter case this was hard- coded at 1, and you should allow this to vary according to the slider setting You should write up your neatly- formatted report in a professional way in the Info tab of the model. Your report may be fairly simple but should include Title, name, affiliation Explanation of your methods and any problems you faced A description of your experiments (see below) A finished model might look like the following (but, of course, you will turn in an exported HTML representation, which will look like the example above Ele Edt Tools Zoom Tabs Help Interface Info Code normal speed s Button updates + Add- Settings... Edit Delete ticks: 316 on ticks - Dr. Morton's Fish Population Model!! gos * Mate patches ish-birth You should write up your neatly- formatted report in a professional way in the Info tab of the model. Your report may be fairly simple but should include Title, name, affiliation Explanation of your methods and any problems you faced A description of your experiments (see below) A finished model might look like the following (but, of course, you will turn in an exported HTML representation, which will look like the example above 14anatomentos De t them moren Elle Et Tools Zoom Tabs Help Interface Info Code normal speed view updates + Button - Edit Delete Add- tickes: 316 on ticks Settings... Dr. Morton's Fish Population Model!! gos ish-birth You should create your own NetLogo model from scratch, based on the "Critter" model illustrated in lecture, with the following additional requirements based on a Fish population with varying rates of algae regrowth and number of fish births. For most of these requirements you will need to go through documentation and figure out how to implement them You should use graphics of fish rather than the boring arrows used for the critter example (note that fish symbols are available in the NetLogo library) You should have a title with your name in it in the upper left corner of the model area You should insure that patches with algae are green, and patches with no algae are blue, not black. All of your labels should refer to "Fish" rather than "turtles" Your time-series plot should have an appropriate title, and you should insure that the plot for should insure that the plot for algae is green, and the plot for fish is brown You should install two sliders to allow for experimentation in model parameters algae-regrow-rate - this should allow for values between 0 and 100, and your code should use this value to determine whether to regrow a patch of algae or not. The example I provided in the critter case was hard- coded at 3%, and you should allow this to vary according to the slider setting fish-birth-limit- this should allow for values between 0 and 3, representing the number of fish that are "hatched" at a given time. In the critter case this was hard- coded at 1, and you should allow this to vary according to the slider setting You should write up your neatly- formatted report in a professional way in the Info tab of the model. Your report may be fairly simple but should include Title, name, affiliation Explanation of your methods and any problems you faced A description of your experiments (see below) A finished model might look like the following (but, of course, you will turn in an exported HTML representation, which will look like the example above Ele Edt Tools Zoom Tabs Help Interface Info Code normal speed s Button updates + Add- Settings... Edit Delete ticks: 316 on ticks - Dr. Morton's Fish Population Model!! gos * Mate patches ish-birth You should write up your neatly- formatted report in a professional way in the Info tab of the model. Your report may be fairly simple but should include Title, name, affiliation Explanation of your methods and any problems you faced A description of your experiments (see below) A finished model might look like the following (but, of course, you will turn in an exported HTML representation, which will look like the example above 14anatomentos De t them moren Elle Et Tools Zoom Tabs Help Interface Info Code normal speed view updates + Button - Edit Delete Add- tickes: 316 on ticks Settings... Dr. Morton's Fish Population Model!! gos ish-birth
