All Brick Construction Description: Owner Estimate for Blackjack Way Based on recent homes sales selected by the homeowner. Estimate based on these recent sales. Jerry Diaz Redfin Agent. We look at a few examples of useful programs that can be written succinctly with these tools.
Redfin Estimate for 1109 Blackjack Way
If you are using a screen reader, or having trouble reading this website, please call Redfin Customer Support for help at Photos and Other Media. Is This Your Home? Create an Owner Estimate. Estimate based on these recent sales. Owner Estimate for Blackjack Way Based on recent homes sales selected by the homeowner. About This Home Upgrades Galore! Property Type Residential, Site Built.
Last updated 3 minutes ago. Style Single Family Residential. Home facts updated by county records on Mar 17, This data may not match public records.
Bedroom Information of Bedrooms Main: Bathroom Information Master Bath Type: Whirlpool Master Bath Description: Kitchen Information Kitchen Description: Room Information Dining Room Description: Combination Living Room Description: Basement Information Basement Description: Parking Information Garage Description: Attached Side Garage Capacity: Multi-Unit Information Community Amenities: See the Exams page for the slides.
No new lab exercise; you can come to check off lab 13 or ask questions of the staff about the next assignment, or not come at all. The end is nigh! The accompanying code here is the finished versions of the programs I worked on in lecture; I'll show more of the development toward the finished states on Tuesday.
Python runtime errors are objects of course! We'll talk about how to handle exceptions gracefully and usefully. The fact that exceptions are part of a class hierarchy will lead us to our next topic, sub-classes and inheritance. The Tuesday labs will be office hours; the Wednesday labs are canceled completely no staff will be there. No new lab exercise; you can come to check off lab 10 or ask questions of the staff about the next assignment or the loop-invariants handout, or not come at all.
The presentation slides posted here contain the solutions that we did in class. Full solutions are in the code. It is a mixture of coding exercises and answers to be written on paper. We develop several simple iterative functions using for and while loops. No new lab exercise; you can come to check off lab 8 or ask questions of the staff about A4, or not come at all.
Along the way we see a few more odds and ends of the Python language, as well as some implementation patterns that you can adapt to your own code later. The Zip file of code contains a finished version of the program, as well as the starting state and the states at the end of each of the lectures, so you can see what you remember us doing in class. The module skeleton also contains a while-loop, which you may wish to gaze upon now and which we'll learn about later.
We finally learn what all of this "object-oriented" stuff is about. We have seen objects, but they are a bit mysterious and always required some special module in the background. Today we learn about how classes actually work, and how to define new ones. No new lab exercise; you can come to work on lab 6 or ask questions of the staff during your prelim preparation, or not come at all. All of the functions in this lab are either be recursive functions on sequences, or recursive functions on integers, just as we saw in class.
This is a challenging lab, but you have until the week after the prelim to finish it. Recursion is one of the fundamental principles of computer science, and is used for a lot of advanced algorithms. We saw an application to understanding sentential structure in natural language. We learn two ways to process the elements of a list: We look at a few examples of useful programs that can be written succinctly with these tools. We didn't get to how to make multidimensional lists by nesting lists inside other lists.
Sequences are a category that includes both strings and lists; sequences can be sliced up in the way that strings can. Lists, however, are different in that they are mutable and can contain objects of any type.