REAL TIME mp4 Video REC. w/ VOICE AUDIO of my Hotpatching w [No Runtime Error] [successful Peer to Peer script deployment]!
securely accessing and and safely deploying minimal adjustments to previously stored varialbles "How I solve the unknown in real-time."
[Native AI Peer script editing - the assistants generated script is what I am Peer to Peer editing in real time on recording or the first time
: Dispalying my ability to successfully access fully written script from a peer or someone
else and inject a procedure of my own + properly identify & adjust existing peer code only where necessary in real time on mp4 video recording with audio attached! Here below on this repository v scroll down to see v !
successfuly and safely achieving what ever outcome, change, effect, advancement is required and or requested in a real time, securely deploying my own code into peer code for first time while in real time recording
The code ran successfuly with no breaks upon deployment the error was that only 1 of the 2 new deployment results I stated would be deployed was successfully prooduced when the code ran!
detail: The coordinates stopped curving there path as they moved but didn't switch directions again from right to left.
Authentic resiliency and real time display of correcting and adjusting variables while deploying operations on Peer code in real time on recording!
Performing a live "hot-fix" on Peer to Peer script logic errors in Real time and variable organization without interrupting the running system.
Successfuly Correcting the [noncritical code adjustment in my first operation during the initial deployment] shows that I didn't cheat and already know the answer!
I do this in video #2 below the first mp4 example
Running succeessful Peer to Peer operations in real time 1st attempt deploying logic into Peer code successfuly in under 13 minutes.
PracticalResiliency.1.mp4
In this segment I - [properly identified and adjusted the [AI PEER] generated program script's properties
to take the curve out of the coordinates programmed to set the path of my variable by editing those functions in the script] but
because I am totally new to .c and it's command langauge purpose and functions - [I didn't manage to
set the movement of the coordinates back to the right on the first try [+ coordinates].
[TimeStamps! Start - 2m19s] Displaying my ability deal with a entirely new concept in minutes with such practically secure, safe and sucessful measures using-
The Challenge:First-time exposure to Peer script and language successfuly deploying new operations and adjustments to peer code while the code is running with no breaks during the procudure!
- Zero-Day Analysis: Initial exposure to the peer logic structure. Recording my ability to [identify and understand and the PEER "foreign" code variables and array organizations in real time to make immediate deployment intergrations.]
- Logical Adjustment: Using the vaule of minimal adjustment to securely deploy Real-time modification of variables and values (sin, cos, increase, multiply, store) to align the script with requested needs with no run time erros!
- System Verification: Proving that the "Practical Experience" translates to a stable, running result with no breaks in the code during my peer code operation deployments
not breaking code keeping it functional while continually intergrating a series of adjustment and deployments to [-my peer's-] code in real time mp4 video recording with voice recording and Audio included!
PracticalResiliency.3.mp4
producing a final successfuly result and [--achieving the second part of the first goal i stated
I which is making the coordinates change their movement direction from right to left back to left to right
procedurally this time not using file history or crtl z, to back track with full proof of my secure ability to inject code noting each of the adjustments I made, then changing them all back to what they were before to preserve
the native code's not accessed variables and use the concept of tracibility of actions to track and identify which
action the mistake happened at and fix it entirely producing a result of the right moving characters on their coordinates
the way I stated I would a few minutes before when I attempted to in the beginning!
definedlogicwnarration.mp4
VIDEO End. you can see the transition from standard 2D processing to a more complex, multi-axis logic flow.
A minimalist C animation using ncurses and trigonometric functions to create a "floating whisp" effect in the terminal.
- Language: C
- Libraries:
ncurses(Terminal UI),math.h(Trigonometry) - Concepts: Polar-to-Cartesian mapping, double buffering, real-time input handling.
To run this on a Linux/Unix system, ensure you have the ncurses development library installed.
# Compile
gcc src/Tstoc.c -o Tstoc -lncurses -lm
# Run
./Tstoc
🧠 The Logic
The animation uses sine and cosine to calculate a circular path, combined with a horizontal drift. To maintain a "clean" visual field without ghosting, the program utilizes a hard-clear refresh cycle and tethered mathematical offsets for the trailing "whisp" digits.
---
### 4. The GitHub Commands
Once your files are ready in your local folder, run these in your terminal:
1. **Initialize:** `git init`
2. **Add Files:** `git add .`
3. **Commit:** `git commit -m "Initial commit: Zen Digit Stream with tethered whisp effect"`
4. **Connect:** `git remote add origin https://github.com/YOUR_USERNAME/Zen-Digit-Stream.git`
5. **Push:** `git push -u origin main`
### Why this works for a portfolio:
It shows you aren't just writing "Hello World"—it proves you can handle **memory-safe UI updates**, **external library linking**, and **real-time loops**.
**Would you like me to help you write a more detailed "Technical Challenges" section for t