Nick Porcino meshula

Wolter, M., Assenmacher, J., Hentschel, B., Shirski, M., & Kuhlen, T. (2009). A Time Model for Time-Varying Visualization. Computer Graphics Forum, 28(6), 1561–1571.

Motivation

In 2009 existing frameworks for dealing with complex, real-world temporal data treated time as a simple, continuous, linear dimension—essentially a fourth spatial coordinate to be mapped or animated sequentially.

त्रित्रयम् Understanding LLM State Management

This is a structural question about LLM chat implementations. When one "attaches a file" to a chat, or when an LLM reads a code base and forms a model in order to be able to work with it and reason, I can imagine a "static" implementation which tabula-rasa, creates a simply enormous json record, which is sent across a port to a server, which effectively, having never seen any of that before, analyzes it from scratch at incredible, and increasing expense with each iteration. As an engineer I opine that this makes no sense. So I have to posit that server side there is ephemeral persistent information so that intermediate results are available for subsequent steps. What is the actual mechanism?

Motion: Exploring the reality behind chat persistence mechanisms
Memory: Distinguishing API statelessness from internal optimizations
Field: Understanding the engineering truth beneath the abstraction

Overview

Wormius Realtimeus

Doable in real time with a compact pipeline and a small nonlinear solver per frame. I'll give a complete, practical approach you can implement right away:

assumptions I’ll make (don’t worry if some don’t hold; I include fallbacks):
1. camera intrinsics (K) are known (focal length (f), principal point). If not, I show a fallback.
2. each bead has known physical radius (R) and the known center-to-center spacing sequence (s_i).

each bead has a unique color and the colors appear in the same sequence left→right in the string (you said sequence is known).

Obstruction Theory – a quick guide

1. What “obstruction’’ means in our story

In the first four parts we built a temporal world:

Part 1 gave us a clean algebra of time – right‑open intervals, affine maps, and a global ordering.
Part 2 showed how a discrete sampling function (S) is a perfect bijection with those intervals, so a finite list of samples contains exactly the same information as the continuous timeline (Theorem 2).

Triadic Resonance Economics

A White Paper on the Triadic Value Ledger, Hash Fabric & Ising Trust Frontiers

In medio stat virtus — Virtue stands in the balance.

THE MEMORYE'S TRIUNE MYSTERY

A Morall Play in Six Acts

By William Shakespeare

As discovered in the Infinite Tensorial Library

To the Reader

This play, found among certain papers in the study of one Master John Dee, bearing the hand of our renowned Will Shakespeare, doth treat of Memory's threefold nature through the device of dramatic representation. Written in the manner of a morall play, yet touched with that philosophical depth which marks the Bard's later works, it presents through living characters what the ancient sages spake in riddles.

Install development tools and SDL2

apt-get update apt-get install -y zsh git build-essential cmake
libsdl2-dev libsdl2-2.0-0
libvulkan-dev vulkan-tools
libsdl2-mixer-dev # For audio

Create our game user and directories

useradd -m -s /usr/bin/zsh game mkdir -p /opt/game/{assets,config}


	// node creation and deletion
	virtual char const* const* node_names() const = 0;
	virtual ln_Node node_create(const std::string& name, ln_Node id) = 0;
	virtual void node_delete(ln_Node node) = 0;

	// returns true if rename was successful
	virtual bool node_rename(ln_Node node, const std::string& name) = 0;

	// node access

	#ifndef IMGUI_THREE_PANEL_LAYOUT_H
	#define IMGUI_THREE_PANEL_LAYOUT_H

	#include <imgui.h>
	#include <functional>
	#include <string>

	/**
	* @brief State structure for the ThreePanelLayout widget
	*

	// ttvColor.h
	#ifndef TTVCOLOR_INCLUDED
	#define TTVCOLOR_INCLUDED

	typedef struct {
	float x, y;
	} ttvCIEXY;

	typedef struct {
	float r, g, b;