Royal Melbourne Institute of Technology

Write the code to a. Ask the user to enter his/her facts that may or may not be in the facts (the system should be able to handle inquiries that are not in the facts database). b. After getting the user-input, write the code to match the facts with the knowledge base that was defined above for three steps 1. c. Inform the user about the identified fact and report back the findings. In [4]: # What you need to do #1. Match the key terms entered by the user with the knowledge base created above. #2. Write your Python code below. #3. Run your code to ensure it is working properly. ​ ### ### YOUR CODE HERE ### ​ In [ ]: ### ### AUTOGRADER TEST - DO NOT REMOVE ### ​ In [ ]: ### ### AUTOGRADER TEST - DO NOT REMOVE ### ​ In [ ]: ### ### AUTOGRADER TEST - DO NOT REMOVE ###

Write a programme that accesses an AI knowledge base to search for facts based on the user's input. There are 4 steps involved, you will complete the code for steps 1 and 4 only. Step 1 Read through the AI text book for this course and gather facts for the AI knowledge-based system. Write at least five about either the history or provide definition in regards to Artificial Intelligence. At least one fact needs to integer number, at least one fact needs to string and at least one fact needs to a list. One fact needs to be defined as 'turing-ai-publish-year' i.e. what year did Alan Turing published his seminal paper (Check module 1). In [1]: # What you need to do # 1. Write at least five about either the history or provide definitions in regards to Artificial Intelligence # 2. At least one fact needs to be an integer number, at least one fact needs to be a string and at least one fact needs to be a list # 3. One fact needs to be defined as 'turing-ai-publish-year' i.e. what year did Alan Turing published his seminal paper # (Check module 1) ​ ​ facts = { ### ### YOUR CODE HERE ### }

In this part, you'll write the code that implements the flood fill algorithm and identifies and changes the marked pixels. Furthermore, blank pixels are ignored. To do this, you'll use any breadth-first search algorithm. The code is partially written below. Step 4: Definition of the start function Drives the graph and executes the flood fill algorithm. In [5]: def start(): ​ # Sample image represented as 2D array of numbers ​ graph = Graph() ​ print(graph.floodFill(image, 2, 2, 2)) # DO NOT REMOVE THE RETURN STATEMENT! ​ return graph Step 5: Call the start function By calling the start function, the function returns the graph and its properties. This is useful to debug your algorithm. In [6]: graph = start() In [7]: ### ### AUTOGRADER TEST - DO NOT REMOVE ### ​ In [8]: ### ### AUTOGRADER TEST - DO NOT REMOVE ### ​ In [9]: ### ### AUTOGRADER TEST - DO NOT REMOVE ###

In this part, you'll write the code that implements the flood fill algorithm and identifies and changes the marked pixels. Furthermore, blank pixels are ignored. To do this, you'll use any breadth-first search algorithm. The code is partially written below. Step 4: Definition of the start function Drives the graph and executes the flood fill algorithm. In [5]: def start(): ​ # Sample image represented as 2D array of numbers ​ graph = Graph() ​ print(graph.floodFill(image, 2, 2, 2)) # DO NOT REMOVE THE RETURN STATEMENT! ​ return graph Step 5: Call the start function By calling the start function, the function returns the graph and its properties. This is useful to debug your algorithm. In [6]: graph = start() In [7]: ### ### AUTOGRADER TEST - DO NOT REMOVE ### ​ In [8]: ### ### AUTOGRADER TEST - DO NOT REMOVE ### ​ In [9]: ### ### AUTOGRADER TEST - DO NOT REMOVE ###

how to find the number of comparative fit index ?

Using the Langshaw Reserve plans, you are to describe in detail the components of sewerage system that is designed to be installed in this building. Include all items connected to the sewerage system and how they are connected to the main service. Ensure that your answer identifies a minimum of four (4) different fixtures connected to the sewer system and identifies the size and type of sewer pipe used