PROGRAMMING AS PROBLEM SOLVING COMP1100 checksum: AAAAA bytes: 109 Important:. Code templates for answers to coding questions in this exam can be found in the accompanying IntelliJ project. You can place this Web page for the exam in a window side-by-side with the IntelliJ project window, so that you can conveniently switch between them while […]
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COMP1100/1130 [2020 S1]: PROGRAMMING AS PROBLEM SOLVING Research School of Computer Science Menu menu » Assignments » Assignment 2: Cellular Automata In this assignment, you will write code to explore some simple computational models called Cellular Automata. A Cellular Automaton is a grid of cells, and a rule that describes how cells change over discrete
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COMP1100/1130 [2020 S1]: PROGRAMMING AS PROBLEM SOLVING Research School of Computer Science Menu menu » Labs » Week 5: Recursion and Lists In this lab we learn about the concept of recursion, which gives us the ability to “loop”, or repeat the same instruction many times over. We also investigate our Urst recursive data type,
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COMP1100/1130 [2020 S1]: PROGRAMMING AS PROBLEM SOLVING Research School of Computer Science Menu menu » Labs » Week 8: Higher Order Functions In this lab we cover higher order functions – particulary, functions that can take other functions as input. These can be used to avoid rewriting common code patterns, and generalise many patterns of
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COMP1100/1130 [2020 S1]: PROGRAMMING AS PROBLEM SOLVING Research School of Computer Science Menu menu » Labs » Week 3: Algebraic Data Types, Pattern matching, and Guards In this lab we will look at algebraic data types, pattern matching with the case command, and guarded expressions. Table of Contents Pre-Lab Checklist Case Expressions Guards Testing your
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More List Operations Exercise 1 WriteafunctionunMaybethattakesalistofMaybe a,andreturnsalistcontainingtheelements. Any Nothing’s present in the original list should be discarded. You will have to work out the type declaration. Make it as general as possible. > unMaybe [Just 1, Nothing, Just 2] [1,2] > unMaybe [Nothing, Just ”hello”, Just ”world”] [”hello”,”world”] Exercise 4 If one list has more
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Menu menu This assignment is worth 10% of your Tnal grade. Indicative marks and feedback for Part A will be returned in week 6. Deadlines: Part A: Sunday March 22, 2020, at 11:00pm Canberra time sharp Part B: Sunday April 12, 2020, at 11:00pm Canberra time sharp COMP1100 COMP1130 Task 1: Helper Functions 20 marks
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More List Operations Exercise 1 WriteafunctionunMaybethattakesalistofMaybe a,andreturnsalistcontainingtheelements. Any Nothing’s present in the original list should be discarded. You will have to work out the type declaration. Make it as general as possible. > unMaybe [Just 1, Nothing, Just 2] [1,2] > unMaybe [Nothing, Just ”hello”, Just ”world”] [”hello”,”world”] Exercise 4 If one list has more
程序代写代做 Haskell More List Operations Read More »
More List Operations Exercise 1 WriteafunctionunMaybethattakesalistofMaybe a,andreturnsalistcontainingtheelements. Any Nothing’s present in the original list should be discarded. You will have to work out the type declaration. Make it as general as possible. > unMaybe [Just 1, Nothing, Just 2] [1,2] > unMaybe [Nothing, Just ”hello”, Just ”world”] [”hello”,”world”] Exercise 4 If one list has more
程序代写代做 C Haskell More List Operations Read More »
More List Operations Exercise 1 WriteafunctionunMaybethattakesalistofMaybe a,andreturnsalistcontainingtheelements. Any Nothing’s present in the original list should be discarded. You will have to work out the type declaration. Make it as general as possible. > unMaybe [Just 1, Nothing, Just 2] [1,2] > unMaybe [Nothing, Just ”hello”, Just ”world”] [”hello”,”world”] Exercise 4 If one list has more
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