GLOBAL CODE ALGORITHM Get the data point from the STL file. These points are saved in form of Matrices. For Example‚ the Vertex matrix is saved a 3-dimensional matrix‚ having 3 vertices for each face‚ and each vertex have three coordinates. So the size of the matrix V will be D1x3x3‚ where D1 is the number of faces. In order to simplify mesh‚ we have used the method where we combine the two vertices of the face if they are less than a threshold value‚ say t= 1.1 units. For a particular face Fn
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PT1420 Unit 3 Homework Pg. 71 5. Module inputName () Declare string name Display"Enter Name:" End Module 6. In passing argument by value- any changes made to the parameter value won’t affect argument outside module. In passing argument by reference- Changes will affect actual argument passed to module. Algorithm 3. Header- Module myModule (Integer a‚ integer b‚ integer c) Call statement - Call myModule (3‚2‚1) A contains 3‚ B contains 2‚ and C contains 1 4. Display "Here
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Dim rowx As Integer‚ colx As Integer Dim rs As New ADODB.Recordset Dim con As New ADODB.Connection Public Sub connectdbase() If con.State = 0 Then con.Open "Provider=Microsoft.Jet.OLEDB.4.0;" _ & "Data Source=" & App.Path & "\database\ccvvfvc.mdb" End If End Sub Sub setupFlex() With MSFlexGrid1 .Rows = 2 .Cols = 10 .RowHeightMin = 315 .TextMatrix(0‚ 1) = "Student No" .TextMatrix(0‚ 2) =
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Math Magic – Matrices Page 1 Working With Matrices: A. Number Sense only deals with small matrices‚ usually 2 x 2 matrices. This page will look at 3 ways of manipulating matrices: Multiplying Matrices‚ Inverses‚ and Determinants. B. Multiplying Matrices 1. Unlike general multiplication‚ matrix multiplication is not commutative. Multiplying A x B and B x A will give different results. 2. The following will show how to multiply two 2x2 matrices: a. In other words‚ you multiply the row of
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Short Answer 1-7 on page 111 1. How do modules help you to reuse code in a program? If a operation needs to be performed in several places‚ the same module can be called and re-used cutting down on unnecessary code. 2. Name and describe the two parts that a module definition has in most languages. The two parts are a header and a body 3. When a module is executing‚ what happens when the end of the module is reached? It jumps back to the part of the program that called it. This is known as the return
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Short Answers 1. How do modules help you to reuse code in a program? Performs the task once then reuses it each time you need to perform the task. 2. Name and describe the two parts that a module definition had in most languages. Header and Body 3. When the module is executing‚ what happens when the end of the module is reached? Computer jumps back to the part of the program that called the module 4. What is a local variable? What statements are able to access a local variable? A variable
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R for Programmers Norman Matloff University of California‚ Davis c 2007-8‚ N. Matloff December 4‚ 2008 IMPORTANT NOTICE: This document is no longer being maintained. My book on R programming‚ The Art of R Programming‚ is due out in August 2011. You are welcome to use an early draft at http://heather.cs.ucdavis.edu/˜matloff/132/NSPpart.pdf; it was about 50% complete and contains bugs‚ but should be useful. Licensing: This work‚ dated December 4‚ 2008‚ is licensed under a Creative Commons Attribution-No
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Unit 4 1.Five advantages of using global variables. It is accessible to all the modules in a program You only have to declare it once outside the modules It is good to use it for constants you want to keep consistent It simplifies maintenance‚ avoids duplication of local constants. It can make a program easier to read in reference to constants. Five disadvantages of using global variables. It makes debugging difficult Any statement in a program can change the value If modules use
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Multiple Choice 1) Module 2) Divide and Conquer 3) Header 4) Call 5) Return 6) Top-down Design 7) Flowchart 8) Local Variable 9) Scope 10) Argument 11) Parameter 12) By Value 13) By Reference 14) Global variable 15) Global True or False 1) False 2) True 3) True 4) False 5) True 6) False 7) False 8) True 9) True 10) False 11) True 12) False Short Answers 1) You can call the module several times instead of writing it out each time. 2) The header is the starting point
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| Contents Introduction 2 Abstract 2 The Chemistry behind Liesegang Rings 3 Safety considerations 4 Procedure 1a 5 Results 6 Analyses 7 Procedure 1b 8 Results 10 Analyses 12 Procedure 1c 13 Results 14
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