======================================================================== HOMEWORKs Simulation, Modeling and Animations Summer 2005 ------------------------------------------------------------------------ This DRAFT (6/10/5) seems to have stood the test ... Variations are mostly formatting (ident more) ... Unless YOU have suggestions .... ======================================================================== All projects come with attached I-PMRD-A reports ... I means Introduction ... you use it if you just can't help chatting about the nature of the problem, etc. It can be skipped. Recall we want snappy P statements that represent what YOU are doing ... numbered text being recommended, e.g., expectations laid out, etc. ======================================================================== HW 1 - Due Date: June 17, 2005. ======================================================================== Animate the first example in the Carson et al. book ... We suggest you FIRST do a very simple animation. Then, if you like, embellish it. We suggest you be ready to talk in front of the class ... demo'g etc. ======================================================================== HW2 - Due Date: June 24, 2005 ======================================================================== Develop an Excel spreadsheet for an embellised version of one of the book's early models ... We will either suggest a model for you ... tho it would be better to let you choose ... Increases competitiveness! (These models are, in some sense, "all alike" so the choice may not be such a "big deal.") Of course, this HW is all about use'g graphics, etc., for any or all of U, N, X, R, L. ======================================================================== HW3 - Due Date: June 31 aka July 1, 2005 ======================================================================== Animate a model along the series of models of the book. It may be that you will be picking something very similar to the most complex example in the book, since most of the later sections of the book are less concerned with model building per se and more interested in how models can be more user-friendly, how you get file input, etc.