ASCII ART TOY EASY SOFTWARE
ASCII ART TOY EASY CODE

10.11 Multi-touch Interfaces - Jeff Han on TED Talks.10.9 Graphical User Interfaces (Crash Course).10.6 The Microsoft Bob Experience: Was It Really THAT Bad?.10.4 Clip from Pirates of Silicon Valley (Dramatization).Submenu Human-Computer Interaction 10.

ASCII ART TOY EASY SOFTWARE

9.6 Software Engineering (Crash Course).9.5 Software Development Life Cycle Part 3.9.4 Software Development Life Cycle Part 2.9.3 Software Development Life Cycle Part 1.9.2 Margaret Hamilton - 2017 CHM Fellow.8.4 Cramming More Components onto Integrated Circuits.8.2 IC Invention (Integrated Circuits - Jack Kilby).7.6 Floating Point Numbers - Computerphile.7.2 AT&T Archives: Invention of the First Electric Computer.6.2 The Weird Truth About Arabic Numerals (SciShow).5.4 Electronic Computing (Crash Course).4.9 The First Programming Languages (Crash Course).2.7 Early Computing: Crash Course Computer Science.

2.5 How an 1803 Jacquard Loom Led to Computer Technology.2.4 Charles Babbage and His Difference Engine #2.One possible way to achieve this is shown in this code: In that case, we’ll not only have to print the correct number of asterisks, but we’ll also need to print the correct number of spaces on each line, before the asterisks. What if we want to flip the triangle along the vertical axis, so that the long side runs from the top-right to the bottom-left? How can we change our nested loops to achieve that outcome? For example, to flip the triangle and make it point downward, we can change the range in the inner loop to range(i, 5) instead! Example 2 We’ll repeat that process until the final line, which will have $5$ characters in it to complete the triangle.įrom here, we can quickly modify the program to change the structure of the triangle. The next iteration of the outer loop will have $1$ stored in i, so we’ll end up repeating the inner loop $2$, or i + 1, times. Then, in the inner loop, we can see that the first time through we’ll only have a single item, since i is $0$ and the range used is range(i + 1). If we look at the code, we know that we’ll have 5 rows of output based on the range(5) used in the outer loop. I realize that this is a tricky problem to solve, but solving it takes this from being a toy to being a true industrial tool from my perspective.We see a triangle that is $5$ lines tall and $5$ columns wide.

ASCII ART TOY EASY CODE

One thing though, do you have a re-import feature? This is the killer feature for me - I would love to be able to create a URL diagram in your app, paste it into the top of a source file, and then copy it from the source file back into the app for modification later when the code changes. I hadn't realized this exists, but I may well become a customer in the next few days - I have been looking at options for creating UML documents in code. It works in the other direction as well of course - if you can build an application by simply tweaking an existing framework, such as building a website using Squarespace, then this should cost much less than true bespoke software.Īll of which is to say that I feel that you have the right approach to software pricing. The more 'niche' your off-the-shelf software is, the closer it gets to being bespoke, and the price should rise accordingly. But of course, that's the black and white view of the world. It has been noted many times over that software has a bimodal pricing scheme - very cheap for off the shelf software, and very expensive for bespoke software. The application is niche, and as such should have a higher price.

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