Rippleripple
Concentric waves radiate from the center and bend the image.
Effects lab
A gallery of txtfx effects rendered in real time over the same sample scene. The ones marked in editor are in the effect selector right now — the rest are experiments still on the workbench. Every one is seeded and deterministic, so what you see here is exactly what exports.
Bend, break, and rebuild the converted image itself.
Concentric waves radiate from the center and bend the image.
The image swirls around its center, then unwinds.
Rows shear side to side — the image ripples like a flag.
A ring of light beats outward from the center on a heartbeat.
Cells drop out in noise order and reassemble.
Columns crumble downward, then the image rebuilds.
Resolution collapses into blocks and recovers on a cycle.
Every cell drifts through the ramp at its own pace — film grain for ASCII.
A diagonal edge sweeps across and re-reveals the image.
Self-contained pattern generators that can run under or over a scene.
Broadcast noise washes over the image in bursts.
The classic demoscene interference field, in ramp characters.
Two moving wave sources cross into a shifting moiré.
Rings rush toward the viewer from a vanishing point.
Three blobs merge and split as they drift.
Conway's Game of Life runs in the grid, reseeding when it settles.
Concentric shock rings pulse outward from the center and fade.
A plasma field folded into mirrored wedges.
Cells claim territory around drifting sites; the borders glow.
Glyph layers that decorate the image without touching it.
Curtains of light drift and fold across the top of the frame.
Twin arms rotate around the image like slow radar.
Satellites circle the subject leaving short trails.
A bolt forks down the frame every few seconds, then afterglows.
Warp-speed stars streak outward from a vanishing point.
Glyph trails wander the frame on lazy sine paths.
Rendered shapes with their own geometry.
The canonical spinning torus, z-buffered in 38 columns.
The in-editor effects are ready to use now — open one over your own image, tune it, and export. The experiments are next in line.