EMITTERS

The core element defining the central geometry, exact color palette, and the speed at which particles emit based on real-world half-life physics.

Separated from the core identity, this trait dictates the mechanical spinning behavior of the central structure along the Z-axis.

• Static: The core is locked perfectly in place.
• Prograde: Forward continuous rotation.
• Retrograde: Reverse continuous rotation.
• Accelerated: High-speed forward spin.
• Oscillating: Swings back and forth like a pendulum.

Continuous variable dictating how fast the Core Rotation applies. (Scale: 0.1x to 3.0x).

Dictates the sub-atomic vibrating/pulsing behavior of the core structure itself.

• Flat: Core structure remains perfectly stable and static in size.
• Harmonic: Smooth, rhythmic sine-wave expansion and contraction.
• Dissonant: Competing sine waves create an irregular, uneven throbbing.
• Chaotic: Extreme structural size warping and violent jittering.

Determines the physical geometric shape of the sub-atomic radiation emissions.

• Orbital: Standard smooth circles.
• Crystalline: Sharp equilateral triangles.
• Tesseract: Rotating rigid diamonds.
• Data Fragment: Elongated sub-atomic dashes.
• Stardust: Four-pointed celestial light bursts.
• Quantum String: Wiggling one-dimensional sine waves.

Completely decoupled from the core, defines the wild, harmonious color scheme of the emitted radiation particles.

The physics engine determining how radiation particles escape the core.

• Radial Burst: Uniform, outward expansion from the center.
• Orbital Decay: Particles spiral around the core as they expand.
• Erratic Venting: Random, chaotic jittering added to the outward thrust.
• Trefoil Venting: Particles emit exclusively in three structured cone shapes, forming a radioactive trefoil pattern.
• Beams: Particles emit strictly along two opposite 180-degree linear trajectories.

Modifies both the total volume spawned and their physical mass.

• Micro-Dust: High count (200), tiny mass (0.4x).
• Heavy Particles: Low count (40), huge mass (3.5x). Shoots out fast, decelerates, and fades.
• Positron: Rare, isolated particles that digital-implode and annihilate into dual 180° gamma rays.
• Swarm: Massive count (300), small mass (0.9x).
• Void Anomalies: Very low count (15), massive structural footprint (6.0x).
• Sporadic Emissions: Very low count (5). Particles emit independently at random, long intervals.
• Neutron Cascade: Particles spawn slow but exponentially accelerate outward, mimicking a chain reaction.

A highly mathematical, architectural framework surrounding the core, constructed from intersecting energy vectors that perfectly color-coordinate with the Isotope and Particle Palettes.

• Unbound: Pristine void without structural constraints.
• Tokamak Torus: Overlapping toroidal magnetic fields creating a massive 3D donut illusion.
• Lissajous Web: Highly artistic, looping parametric equations mapping complex harmonic motion.
• Astrolabe: Delicate, thick counter-rotating concentric rings with scientific tick marks.
• Helmholtz Rings: Twin parallel magnetic coils focusing the anomaly's energy vertically.
• Quantum Lattice: A strict geometric grid locked directly to the core's sub-atomic spin.

A rare, explosive sub-atomic ejection. Dependent on the active Isotope's decay physics, the core may violently rupture and emit a massive, geometric daughter nuclide that drifts across the void.

• None: Decay remains entirely via standard radiation particles.
• Observable: Allows heavy nuclide ejections. Faster parent isotopes trigger this exponentially more often. The specific daughter geometry and metadata is mathematically mapped to the parent.

10 distinct, minimal visual styling artifacts applied exclusively to the core structure.

The dark-glitch protocol applying severe architectural and pixel-sorting failures across the entire feed.

• Stable: Extremely rare structural tearing (0.5% probability per frame).
• Micro-Fissures: Occasional glitch artifacts (2% probability).
• Horizontal Tearing: Frequent, wide data rips (8% probability).
• Cascading Failure: Severe, continuous visual artifacting and void injections (15% probability).
• Void Rupture: Dark, organic holes tear open the fabric of the canvas.
• Shatter: Fast, sporadic jagged lines tear through the system.
• Absolute Breach: Extreme shearing, massive blackouts, color inversions, and escaped particle streaks.

Datamoshing algorithm that controls frame-clearing opacity, leaving radioactive trails.

• Pristine: Instant clear, no visual trails.
• Ghosting: Very faint, rapidly dissipating trails.
• Smear: Short, noticeable radioactive trails.
• Echo: Long, heavily datamoshed ghost trails.
• Meltdown: Persistent burning artifacts on screen.

Generates the dynamic background atmospheric protocol behind the core.

• Deep Void: Absolute black nothingness.
• Cyber-Fog: A dense, radial atmospheric glow matching the isotope.
• Magnetic Flux: Expanding concentric energy ripples emanating from the center.
• Fractured Crystals: Static, chaotic distribution of light-bending polygons colored by the active particle palette.
• Bioluminescent Spores: Faint, drifting colored orbs moving independently.
• Plasma Nebula: Massive, shifting radial gradients of colored gas.
• Tachyon Web: Faint, undulating bright energy waves crossing the substrate.
• Event Horizon: A massive, offset gravitational glow bending the background light.
• Neutrino Grid: A scrolling, structural coordinate grid with flashing intersection nodes.