ten possible guidline in flowcharting?
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1. Evaluate and understand the task in hand completely. Make sure there is no confusion.\n2. Write an algorithm in plain English (or language of your choice)\n3. Divide task into smaller computer related tasks (input/output, processing, conditions etc.)\n4. While distributing your task in smaller ones, try your best that they are finctionally independent. That is do not combine input and condition as one rather split them into two.\n5. It's better that you choose Heirarchical approach instead of a linear one because linear approach is easy to draw and mess up.\n\nRead the above twice so they become 10 guidelines.
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I would suggest start with the high level dfd (level 0) diagram where you have all your entities and just one large process in the middle. What you'll show in this level of dfd is all the inputs going into the system and and all the outputs generated by the system. From here you can determine what other processes you'll need. Also you have to do a functional decomposition diagram to determine what systems you need. \n\nI haven't used these for a while now but i hope this gives you some idea.
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u gotta use somesort of code
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Sounds like Combinatorics.  Combinations, permutations, a bit of graph theory, discrete math, I usually describe it as "Advanced Counting".
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System Flowcharts\n\nSystem flowchart describes the data flow for a data processing system. It provides a logical diagram of how the system operates. It represents the flow of documents, the operations performed in data processing system. It also reflects the relationship between inputs, processing and outputs. \n\n\n\nRun flowcharts\n\nRun flowcharts are used to represent the logical relationship of computer routines along with inputs, master files, transaction files and outputs.\n\n\n\nProgram flowcharts\n\nA program flowchart represents, in detail, the various steps to be performed within the system for transforming the input into output. The various steps are logical/ arithmetic operations, algorithms etc. It serves as the basis for discussions and communication between the system analysts and the programmers. Program flowcharts are quite helpful to programmers in organising their programming efforts. These flowcharts constitute an important component of documentation for an application. \n\nBut I guess this is too academic and we could live with only ONE :-)
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every number from 0 to 10\n\nplus placed in alphabetical order
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pedigree, crossface , masterlock , FU etc
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listen closely!\nhttp://www.flowgo.com/index.cfm?action=view&id=5809&scid=0
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Software programming.
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Making a map (reducing)\nLooking at something with a magnifying glass (enlarging)\nUsing a blueprint to construct a building (enlarging)
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1. c \n2. c\n3. c\n4. c\n5. c\n6. c\n7. e\n8. e\nGood luck with your project!
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There are exactly 343 combinations.  I can list them all, but others have already cluttered this thread quite well on their own.  ^.^\n\nYou can think of the solution set as a series of tiered combinations.  These would start with those sets beginning with a $50 bill, which can contain up to 2 x $50,  2 x $20, 5 x $10, etc. which I believe someone has started already in this thread.  Or group them as pairs, triplets, etc. with the equation 50j+20k+10l+5m+1n=100, which may be a bit easier for calculations.  Or a convergent series, where A=(ways to form $5), B=(ways to form $10, including A-sets), etc.  With any method, find the different combinations for each set, then add them all up.\n\nDoing this is still tedious and prone to mistakes, and thus probably not much of an improvement over manually listing all of the combinations one by one.  It can also quickly become an insane exercise for larger values (for example, add the $2 bill, or find change for $200, or even worse).  So instead of trying to think this problem through mathematically, I found it much easier to think it through as a programming problem.  It lends itself very readily to a simple recursive subroutine using the following pseudocode:\n\nmake an empty stack\nset total combinations to 0\ncall CheckCurrency\nprint total combinations found\n\nrecursive subroutine CheckCurrency\n- if total currency in stack = 100\n- - add 1 to the total combinations\n- - (optional: display stack contents)\n- - end recursion\n- if total currency in stack > 100\n- - end recursion\n- if total currency in stack < 100, then\n- - for each valid denomination (50,20,10,5,1)\n- - - if the denomination < = smallest denomination in the stack\n- - - - push it to the stack\n- - - - call CheckCurrency\n- - - - pop it from the stack\nend of subroutine\n\nThis required only a few minutes to design, another few minutes to code, another few minutes to debug, less than 2 seconds to run, and has the wonderful bonus of being able to display every single combination if desired.  It would also be trivial to modify it so that, for example, you can find all combinations if you also include the $2 bill.  (The answer is:  4562 combinations.)  Or to find all combinations totalling $200.  (The answer is: 2930 combinations.)\n\nThe line that checks if the denomination is less than or equal to the smallest denomination currently in the stack is present to avoid a common mistake:  We want the total combinations, not total permutations.  Otherwise, the stack "50 20 20 10" would be counted differently than the stacks "50 20 10 20" and "50 10 20 20", and even "10 20 20 50".  The total permutations is much, much greater, especially if you consider each bill as unique.  Five $20 dollar bills alone have 5!=120 permutations because, after all, they are all completely different $20 bills.  Imagine the number of permutations of 100 x $1 bills, and everything in between.  o.O
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ask this question in the programming section
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Flow\nFloss\nFloral\nFloran\nFlorances
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You can generate this in one line of Perl, Unix scripting, or a small C/C++ program.  Simply write one number per line from your program counter.  You may have to get tricky and use two long ints, but it's not hard.\n\n Realize that your document may be very large, and for most purposes, you don't need a document, just use the variable(s) in your final program.
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Try Planet Source Code. Below are 52 examples (You probably should do your own homework, however...):\n\nhttp://www.planetsourcecode.com/vb/scripts/BrowseCategoryOrSearchResults.asp?blnWorldDropDownUsed=TRUE&txtMaxNumberOfEntriesPerPage=10&blnResetAllVariables=TRUE&optSort=Alphabetical&txtCriteria=Binary+Tree&lngWId=3
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Analysis\nDesign\nCode\nImplementation\nTests