David Gwilliam
996ba14b1d
- Add beautiful-mermaid library (single-file ASCII renderer) - Update pipeline_viz to generate mermaid graphs and render with beautiful-mermaid - Creates dimensional network visualization with arrows connecting nodes - Animates through effects and highlights active camera mode
134 lines
3.3 KiB
Python
134 lines
3.3 KiB
Python
"""
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Pipeline visualization - Uses beautiful-mermaid to render the pipeline as ASCII network.
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"""
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def generate_mermaid_graph(frame: int = 0) -> str:
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"""Generate Mermaid flowchart for the pipeline."""
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effects = ["NOISE", "FADE", "GLITCH", "FIREHOSE"]
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active_effect = effects[(frame // 10) % 4]
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cam_modes = ["VERTICAL", "HORIZONTAL", "OMNI", "FLOATING"]
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active_cam = cam_modes[(frame // 40) % 4]
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return f"""graph LR
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subgraph SOURCES
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RSS[RSS Feeds]
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Poetry[Poetry DB]
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Ntfy[Ntfy Msg]
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Mic[Microphone]
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end
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subgraph FETCH
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Fetch(fetch_all)
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Cache[(Cache)]
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end
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subgraph SCROLL
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Scroll(StreamController)
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Camera({active_cam})
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end
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subgraph EFFECTS
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Noise[NOISE]
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Fade[FADE]
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Glitch[GLITCH]
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Fire[FIREHOSE]
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Hud[HUD]
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end
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subgraph DISPLAY
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Term[Terminal]
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Web[WebSocket]
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Pygame[PyGame]
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Sixel[Sixel]
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end
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RSS --> Fetch
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Poetry --> Fetch
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Fetch --> Cache
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Cache --> Scroll
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Scroll --> Noise
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Scroll --> Fade
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Scroll --> Glitch
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Scroll --> Fire
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Scroll --> Hud
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Noise --> Term
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Fade --> Term
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Glitch --> Term
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Fire --> Term
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Hud --> Term
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Noise --> Web
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Fade --> Web
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Glitch --> Web
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Fire --> Web
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Hud --> Web
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Noise --> Pygame
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Fade --> Pygame
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Glitch --> Pygame
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Fire --> Pygame
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Hud --> Pygame
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Noise --> Sixel
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Fade --> Sixel
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Glitch --> Sixel
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Fire --> Sixel
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Hud --> Sixel
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style {active_effect} fill:#90EE90
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style Camera fill:#87CEEB
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"""
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def generate_network_pipeline(
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width: int = 80, height: int = 24, frame: int = 0
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) -> list[str]:
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"""Generate dimensional ASCII network visualization using beautiful-mermaid."""
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try:
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from engine.beautiful_mermaid import render_mermaid_ascii
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mermaid_graph = generate_mermaid_graph(frame)
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ascii_output = render_mermaid_ascii(mermaid_graph, padding_x=3, padding_y=2)
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lines = ascii_output.split("\n")
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result = []
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for y in range(height):
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if y < len(lines):
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line = lines[y]
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if len(line) < width:
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line = line + " " * (width - len(line))
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elif len(line) > width:
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line = line[:width]
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result.append(line)
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else:
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result.append(" " * width)
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status_y = height - 2
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if status_y < height:
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fps = 60 - (frame % 15)
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frame_time = 16.6 + (frame % 5) * 0.1
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cam_modes = ["VERTICAL", "HORIZONTAL", "OMNI", "FLOATING"]
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cam = cam_modes[(frame // 40) % 4]
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effects = ["NOISE", "FADE", "GLITCH", "FIREHOSE"]
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eff = effects[(frame // 10) % 4]
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anim = "▓▒░ "[frame % 4]
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status = f" FPS:{fps:3.0f} │ Frame:{frame_time:4.1f}ms │ {anim} {eff} │ Camera:{cam}"
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status = status[: width - 4].ljust(width - 4)
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result[status_y] = "║ " + status + " ║"
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if height > 0:
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result[0] = "═" * width
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result[height - 1] = "═" * width
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return result
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except Exception as e:
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return [
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f"Error: {e}" + " " * (width - len(f"Error: {e}")) for _ in range(height)
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]
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