03-28-2014, 10:19 PM
Minecraft name: Twistedlink07
What do you like the most about redstone?:
Redstone is a great, visual way to learn and teach digital logic and design.
What's a thing you have made which demonstrates redstone knowledge?:
A bank.
What does the thing do?:
8, 8-bit fixed account numbers, each with a programmable password (8-bit), guarding a vault. UI included an 8-bit input device using T-ff's and buttons, an enter button, lights for states of the login process (logged in/not logged in, confirm password change, confirmation of input being entered), an open vault button (only usable when in the logged in state), and a change password button (only usable when in the logged in state, and needed to be pressed twice, with audio and blinking lights to let the user know). Passwords were stored in an 8x8 array of 2x2 tileable D-FFs. The main components were not my design, and I apologize, I do not remember to whom they belong (T-FFs, D-FFs). I tried to find out, but they seem to be popular designs now, and I don't want to improperly attribute credit...
Image and/or video, from imgur.com or youtube.com:
http://imgur.com/a/ZZUGq
First 4 images pertain to the bank.
5th is a gpu (not my design, I'm working on getting into GPUs now.)
Final is a brute force cracker for a lever set password. Cycles through all possibilities until the door opens, then stops and lights a signal letting the user know it has cracked the code. Runs very slowly, approx 10 seconds per attempt, due to the ripple of the T-FFs.
Do you agree with the rules?:
Yes.
What do you like the most about redstone?:
Redstone is a great, visual way to learn and teach digital logic and design.
What's a thing you have made which demonstrates redstone knowledge?:
A bank.
What does the thing do?:
8, 8-bit fixed account numbers, each with a programmable password (8-bit), guarding a vault. UI included an 8-bit input device using T-ff's and buttons, an enter button, lights for states of the login process (logged in/not logged in, confirm password change, confirmation of input being entered), an open vault button (only usable when in the logged in state), and a change password button (only usable when in the logged in state, and needed to be pressed twice, with audio and blinking lights to let the user know). Passwords were stored in an 8x8 array of 2x2 tileable D-FFs. The main components were not my design, and I apologize, I do not remember to whom they belong (T-FFs, D-FFs). I tried to find out, but they seem to be popular designs now, and I don't want to improperly attribute credit...
Image and/or video, from imgur.com or youtube.com:
http://imgur.com/a/ZZUGq
First 4 images pertain to the bank.
5th is a gpu (not my design, I'm working on getting into GPUs now.)
Final is a brute force cracker for a lever set password. Cycles through all possibilities until the door opens, then stops and lights a signal letting the user know it has cracked the code. Runs very slowly, approx 10 seconds per attempt, due to the ripple of the T-FFs.
Do you agree with the rules?:
Yes.
