d8d5ea8b6a
Restore missing required asset/flow packages from the pinned nigig revision; retain upstream script isolation, X11 hover, and widget-core fixes. Validated makepad-widgets data feature with Rust 1.97.1.
68 lines
2.4 KiB
Text
68 lines
2.4 KiB
Text
// CUBE GRID — a 6x6 wall of small cubes, each carrying its own cell of the
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// video (`uv_split: "cells"`), reassembling the whole picture face-on. Once
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// a bar the wall runs a staggered flip wave: every cube half-turns on an
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// alternating axis and returns, the picture shattering into motion and
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// snapping whole again. Pattern taught here: a CONTINUOUS bar-phase flip —
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// the angle is a triangle of the bar phase with a per-cube hash delay, so
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// there is no accumulator and no pop at the bar wrap.
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{
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name: "Cube Grid"
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engine: "videomesh"
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shape: "box"
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seed: 11
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instances: 36
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uv_split: "cells"
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size: 1.05
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// The 6x6 wall spans ~7 units; spread is the orbit camera's reach
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// lever (the grid placement below ignores it).
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spread: 3.2
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fly: 0.35
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alt: 0.6
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beat_pulse: 0.35
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input0: "test"
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color_bg: #x060810
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color_a: #x3fd8c8
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color_b: #x2a5f9a
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color_c: #xd6f6f0
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fog: 0.0
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glow: 1.0
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stages: [
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{kind: "bloom", threshold: 0.75, strength: 0.6, levels: 2}
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]
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// THE LOOK LIVES HERE — placement + fragment. fx_place lays the 36
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// cubes out as the 6x6 picture (row 0 = the TOP band of the image,
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// so cell row maps to world +y down) and runs the bar flip; fx_axis
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// alternates the flip axis checkerwise; fx_color is the lit cell
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// with a thin grout line.
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shader: draw.DrawVjFxVideomesh {
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fx_axis: fn(id: float, hash: float) -> vec3 {
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let p = modf(modf(id, 6.0) + floor(id / 6.0), 2.0)
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return vec3(1.0 - p, p, 0.001)
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}
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fx_place: fn(id: float, hash: float, t: float) -> vec4 {
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let gx = modf(id, 6.0)
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let gy = floor(id / 6.0)
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let x = (gx - 2.5) * 1.16
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let y = (2.5 - gy) * 1.16
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let ph = fract(self.sig.x - hash * 0.3 + 1.0)
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let fl = 1.0 - abs(2.0 * ph - 1.0)
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let ang = 3.14159 * smoothstep(0.15, 0.85, fl)
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return vec4(x, y, 0.0, ang)
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}
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fx_scale: fn(id: float, hash: float, t: float) -> float {
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return 1.0 + self.time_beat.w * 0.08
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}
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fx_color: fn(t: float, attr: vec4, content: vec4, cmix: float) -> vec4 {
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let lit = content.xyz * (t * (0.5 + 0.5 * attr.z))
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let grout = self.col_a.xyz * (1.0 - attr.z)
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* (0.25 + self.time_beat.w * 0.8 + clamp(self.user.z, 0.0, 4.0))
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return vec4((lit + grout) * self.fog.y, 1.0)
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}
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}
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}
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