SYS_INIT // 43.8509° N, 79.0204° W PROTOCOL: QUANTUM_CIRCUIT_v2.1 VOLTAGE: 480V // 3-PHASE STATE: CALIBRATING_NODES

RED LION LABS SYS.V2.1 // QUANTUM_STARTUP

> ENERGIZING QUANTUM CIRCUIT NODES...

BUS VOLTAGE: 480.0 V 000%

CAD.BIM.ENGINE_CORE ACTIVE

PARADIGM: PARAMETRIC OOP

STACK: ASTRO + TS + BIM

TOLERANCE: ± 0.001 mm

SYS-INIT // LAT: 43.8509° N // LON: 79.0204° W

LABORATORY SPEC V2.1

RED LION LABS

Where architectural precision collides with software engineering.

Welcome to Red Lion Labs, a digital sandbox, creative workshop, and developer portfolio all rolled into one.

Think of Red Lion Labs as the collision zone between architectural precision and software engineering. A technical testing ground for experimentation, software projects, problem solving, and the combination of architectural design thinking with programming logic.

EXPLORE REPOSITORIES ↗ ABOUT THE LAB // SPEC LAUNCH PLAYGROUND ↓

DIM: 01 // INTERACTIVE COMPUTATIONAL SANDBOX

SECTION 01 // EXPERIMENTATION

THE PLAYGROUND

A space to build, break, tweak, and polish software ideas. Manipulate algorithmic wave functions and evaluate real-time parametric logic.

MODULE: PARAMETRIC_SANDBOX_01 INTERACTIVE COMPUTATIONAL GEOMETRY ENGINE

REALTIME INTERPOLATION

// GENERATIVE PARAMETRIC PIPELINE 60 FPS

function evaluateMesh(t) {
  return matrix.rotate(θ = 1.20)
    .wave(f = 3.0, a = 45)
    .sample(nodes = 24);
}

DIM: 02 // ARCHITECTURAL SCHEMATIC MATRIX

SECTION 02 // ARCHITECTURE + CODE

THE BLUEPRINT

Merging technical design standards, parametric thinking, and clean, scalable code. Explore structural layers, circuit conduits, and software component interfaces.

SCHEMATIC: BIM_CODE_ARCH_02 STRUCTURAL AXES // MEP CIRCUITS // LOGIC PIPELINES

DIM: 03 // SYSTEMS PHILOSOPHY

SECTION 03 // OBJECTIVES

THE MISSION

Showcasing practical projects, active development builds, and practical problem-solving in the open.

SPATIAL RIGOR

Applying architectural detail precision, BIM coordination standards, and structural discipline to software development workflows and data modeling.

CAD / BIM / REVIT

PARAMETRIC LOGIC

Treating code not merely as static syntax, but as a dynamic computational ruleset capable of generating adaptive systems and scalable architectures.

DATA STRUCTURES / OOP

OPEN TESTING GROUND

Operating with radical transparency: every prototype, algorithmic experiment, and production build is documented and mirrored directly on GitHub.

OPEN SOURCE / CI-CD

BIOGRAPHY // TRAJECTORY

WHO IS RED LION LABS?

The evolution from architectural detailing and BIM workflows into computer programming.

Led by Daniel Doro Leão, Red Lion Labs synthesizes over a decade of high-precision architectural detailing and BIM coordination into modern software engineering, data structures, and object-oriented systems.

READ FULL TECHNICAL SPECIFICATION ↗

Daniel Doro Leão - Architectural and Programming Background

OPEN REPOSITORIES // GITHUB TELEMETRY

LIVE REPOSITORY PIPELINE

The portfolio is directly connected to GitHub API streams. Discover projects ranging from BIM parametric logic engines to object-oriented algorithm implementations.

TARGET: @danieldleao

PROTOCOL: REST API V3 + GRAPHQL

ENTER 3D SPIRAL PORTFOLIO VIEW ↗ SWITCH TO MATRIX LIST VIEW GITHUB PROFILE ↗

STREAM: GITHUB_REPOS // @DANIELDLEAO

FINAL SPECIFICATION // GEOMETRIC RECONSTRUCTION

INTERACTIVE QUANTUM CANVAS

CIRCUIT LION GEOMETRY

The Red Lion Labs emblem reconstructed via real-time physical particle simulation. Hover over the canvas to perturb the electromagnetic nodes.

PARTICLE RECONSTRUCTION ENGINE // RLL-LION-01

+ CAD-LOC: 0,0

ARRAY: 750 PARTICLES

PHYSICS: HOOKE'S SPRING LAW

STATUS: COHERENT

Interactive particle simulation reconstructing the Red Lion Labs circuit emblem from RedLionLogo-OutLine.svg. Hover or drag over the field to displace quantum data nodes.