Arcade is ending ;(( so here is part 2 of my last scrapbook post. I’ve put together a small collection of cryptography puzzles in a form that slightly resembles CTF games. Along with it, I’ve written scripts to solve ciphers based on human input in a variety of languages. Some of these scripts match up with the puzzles, but their amount greatly outnumbers the number of puzzles I’ve written. While I’m not finished and many of my scripts haven’t been fully completed and quality checked, I’ve learned a lot about coding, puzzle designing, and even Github in this process. Find them all here: github.com/viamarkable/ctf !!!
hackclub.slack.com/archives/C01504DCLVD/p1725162838774309
Arcade is ending ;(( so here is part 1 of my last scrapbook post. I’ve put together a small collection of cryptography puzzles in a form that slightly resembles CTF games. Along with it, I’ve written scripts to solve ciphers based on human input in a variety of languages. Some of these scripts match up with the puzzles, but their amount greatly outnumbers the number of puzzles I’ve written. While I’m not finished and many of my scripts haven’t been fully completed and quality checked, I’ve learned a lot about coding, puzzle designing, and even Github in this process. Find them all here: github.com/viamarkable/ctf !!!
i created a cad model of a left wireless earbud… partly for funsies and practice on surface modelling but also to use in an upcoming project
GH repo here: github.com/viamarkable/Learbud
STL file can be downloaded
Release 2 of my CTF cryptography style puzzles! There are improvements mainly regarding new cipher decoders/encoders and expansion to include Python as a decoding language too. Find them here!: github.com/viamarkable/ctf
Release 2 of my CTF cryptography style puzzles! There are improvements mainly regarding new cipher decoders/encoders and expansion to include Python as a decoding language too. Find them here!: github.com/viamarkable/ctf
Taking inspiration from Edgar Degas, I recreated one of his paintings, but in a very rough style with completely different technique. My progress and my final art can be found here: github.com/viamarkable/art
IMG_8986.jpeg is the final, with ref.jpg as the reference image. Each image is named by the hour (mostly) except the last one, naming went a bit wonky! Hope yall enjoy
(duplicate to link the code hours:) Hey! I’ve been building a small collection of CTF style (Capture the flag) puzzles that are related to cryptography, along with writing code to solve the ciphers from the given clues (instead of doing it by hand). While it’s definitely a work in progress, here’s what I have now so far: 11 CTF challenges (prompts and writeups), two code files (only in java, will be written into other languages soon!) for caeser and vigenere ciphers, and readme files to explain a bit about it! Here’s the link to my repo, it will be updated as I add more stuff! This is (basically) my first checkpoint/release. www.github.com/viamarkable/ctf
Hey! I’ve been building a small collection of CTF style (Capture the flag) puzzles that are related to cryptography, along with writing code to solve the ciphers from the given clues (instead of doing it by hand). While it’s definitely a work in progress, here’s what I have now so far: 11 CTF challenges (prompts and writeups), two code files (only in java, will be written into other languages soon!) for caeser and vigenere ciphers, and readme files to explain a bit about it! Here’s the link to my repo, it will be updated as I add more stuff! This is (basically) my first checkpoint/release. www.github.com/viamarkable/ctf
(Duplicate post, it took me more than 25h to reach the checkpoint so I’m posting again to log the hours)
Hey everyone! I’m working on organizing my room/desk/spaces right now out of boredom, and decided to utilize 3d printing to help me out. While I haven’t finished, I’ve been writing a Featurescript for Onshape to help speed up my process. I’ve created a configurable octagon base which has slots to put organizational boxes on top and to keep them in place. This is my first time writing a Featurescript, so here’s the public version on Onshape and my GitHub code (they are the same, but the Onshape document has more details). There’s two files in the repo due to some GH issues with committing changes, but the final version is linked below.
Here’s the link to the Featurescript: cad.onshape.com/documents/526d038b98a28fdcb20dfa41/w/54b6f21c62fce1ec0fb84245/e/7f12b7ae6c4160a6da68cf32
And to the GitHub where the code rests with commits: github.com/viamarkable/configurable-hex-base-featurescript/blob/main/featurescript
Hey everyone! I’m working on organizing my room/desk/spaces right now out of boredom, and decided to utilize 3d printing to help me out. While I haven’t finished, I’ve been writing a Featurescript for Onshape to help speed up my process. I’ve created a configurable octagon base which has slots to put organizational boxes on top and to keep them in place. This is my first time writing a Featurescript, so here’s the public version on Onshape and my GitHub code (they are the same, but the Onshape document has more details). There’s two files in the repo due to some GH issues with committing changes, but the final version is linked below.
Here’s the link to the Featurescript: cad.onshape.com/documents/526d038b98a28fdcb20dfa41/w/54b6f21c62fce1ec0fb84245/e/7f12b7ae6c4160a6da68cf32
And to the GitHub where the code rests with commits: github.com/viamarkable/configurable-hex-base-featurescript/blob/main/featurescript
