My progress is soon to come to an end as now the Le Potato is now hosting a website. As for the Harbinger, it is now able to send Morse Code messages and use a simple button. The final thing to be done is to get the Harbinger to connect to Le Potato’s server. After…

Currently, the Le Potato that’s in use for the doorbell is able to function, taking the input of a small pushbutton to return a generic doorbell sound into a speaker. Along with this, certain input combinations can result in easter eggs, primarily different doorbell sounds. The current plans are to move all doorbell related code…

I am now making a new project with Braiden McClain to program a smart doorbell and not much has been done so far as I am struggling greatly with commands on the Le Potato terminal and don’t know where to start.

The original “Child,” which was the Arduino Uno I used MUCH earlier has been brought back up for a new project. I know it’s unprofessional to just DUMP my code, BUT this is being done on a separate device, so I have to type it WORD FOR WORD. if you know “import” in Python, then…

The first additions I added was an “if-elif” to check what kind of bet the player you want to make. If they pick a singular, then they pick ONE spot on the table to bet on and if they pick a group, they will select from a preset group selection. If they type an invalid…

I have returned to working on the roulette program and, albeit not a lot was done, progress has been made: To start, “betType” is the focus, getting an input of either a grouped bet or, otherwise, a singular bet The if…else Just changes the input to either “group” or “single” for the bet type What…

Due to Mr. Wilmoth relocating my files on my computer, I was unable to find them to continue my work; No notable work for today.

Unfortunate, I lied, but with the little amount of code I added, it’d wouldn’t need much explanation.

I’m currently trying (again) to make a game of roulette. These lines are the basic imports to get started, but the random module is the most important as it completely determines the pseudo-randomness. This massive chunk of code is simply a list of the possible things to bet on the table that you could get…

I made rock/paper/scissors in short time Code: #imports import time, random, sys, getpass #variables pause = 1 player_1 = “” player_2 = “” #define what’s done when the player wins def win(player_w, player_l):     print(f”Player {player_w} defeats {player_l}!”)     while True:         choice = str(input(“Do you want to play again?\n>\t”))…