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  # NeuroGolf Solver
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- Builds minimal ONNX networks for ARC-AGI tasks. Currently solves **127/400** on CPU (15s budget). With more time budget on faster hardware, expected **~140+**.
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  ## Repo
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  https://huggingface.co/rogermt/neurogolf-solver
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  ## Quick Start
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  ```bash
@@ -79,7 +285,7 @@ Each .onnx file is a tiny network, typically:
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  - **Different-shape tasks**: GatherElements-based pixel remapping
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  - **Cost** = MACs + memory_bytes + params → **Score** = max(1, 25 - ln(cost))
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- ## What's NOT solved yet (273 tasks)
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  - Variable-shape tasks (input size differs across examples) — need dynamic ONNX
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  - Tasks requiring multi-step reasoning (flood fill, gravity, object detection)
@@ -92,3 +298,456 @@ After running, please share the full terminal output — especially:
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  1. The "Solved: X/400" line
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  2. Any errors
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  3. Total time taken
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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  # NeuroGolf Solver
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+ Builds minimal ONNX networks for ARC-AGI tasks. Currently solves **294/400** on CPU (15s budget). With more time budget on faster hardware, expected .
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5
  ## Repo
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  https://huggingface.co/rogermt/neurogolf-solver
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+ Here’s the **clear, high‑signal overview** of the ARC‑AGI *NeuroGolf Championship* competition
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+
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+ ---
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+
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+ # 🧠 **What the Competition Actually Is**
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+ The NeuroGolf Championship is a **model‑building competition** based on the ARC‑AGI benchmark.
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+ Your job is to produce **400 ONNX models**, one per task, each mapping:
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+
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+ ```
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+ input: [1, 10, 30, 30] one‑hot grid
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+ output: [1, 10, 30, 30] one‑hot grid
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+ ```
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+
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+ Each task is a small visual transformation puzzle (flip, rotate, color map, crop, tile, etc.).
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+
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+ You are **not** training a single model.
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+ You are **generating 400 tiny models**, one per puzzle.
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+
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+ ---
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+
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+ # 📦 **Input / Output Format**
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+ Each ONNX model must:
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+
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+ - Take a **fixed static shape**: `[1,10,30,30]`
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+ - Output the same shape
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+ - Use **only allowed ONNX opset 10 operators**
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+ - Be **fully deterministic**
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+ - Run on **CPU** in the official evaluator
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+
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+ The input grid is encoded as **10 channels**, one per color (0–9).
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+ The output must be the same encoding.
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+
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+ ---
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+
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+ # 🚫 **Forbidden / Restricted Ops**
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+ The competition bans:
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+
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+ - Dynamic shapes
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+ - Control flow ops
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+ - Non‑deterministic ops
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+ - Most high‑level NN layers
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+ - Anything outside opset 10
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+ - Anything that breaks static shape inference
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+
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+ **OneHot is allowed**, but has no CUDA kernel — which is why you replaced it.
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+
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+ ---
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+
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+ # 🧮 **Scoring System (the “Golf” part)**
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+ Lower score = better.
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+
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+ Each model is scored by:
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+
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+ ### **1. MACs (Multiply‑Accumulate operations)**
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+ - Measures computational cost
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+ - Conv kernels dominate this
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+
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+ ### **2. Memory footprint**
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+ - Size of intermediate tensors
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+ - Larger spatial ops → higher memory
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+
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+ ### **3. Parameter count**
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+ - Number of learned weights
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+ - Conv kernels dominate this too
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+
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+ ### **Total Score = MACs + Memory + Params**
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+
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+ This is why your solver tries:
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+
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+ - Analytical ops first (score ≈ 0)
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+ - Then tiny convs (score > 0)
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+
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+ ---
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+
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+ # 🏌️ **Why It’s Called “NeuroGolf”**
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+ Because:
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+
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+ - You “swing” at each task by generating a model
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+ - The goal is the **lowest score**
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+ - You can solve tasks with **zero‑parameter models** (identity, flip, rotate, gather)
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+ - Conv models are the “heavy clubs” — used only when necessary
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+
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+ ---
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+
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+ # 🧩 **Task Types**
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+ Most ARC tasks fall into:
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+
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+ - Identity
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+ - Color remapping
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+ - Flips / rotations
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+ - Cropping / padding
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+ - Tiling / repetition
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+ - Spatial copying
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+ - Upscaling
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+ - Pattern extraction
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+ - Local convolutional rules
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+
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+ Your solver implements **all of these**.
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+
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+ ---
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+
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+ # 🏗️ **Your Solver Architecture (high‑level)**
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+ Your solver tries:
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+
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+ ### **1. Analytical solvers (fast, zero‑cost)**
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+ - identity
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+ - constant
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+ - color_map
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+ - transpose
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+ - flip
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+ - rotate
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+ - tile
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+ - upscale
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+ - concat
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+ - spatial_gather
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+
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+ ### **2. Conv solvers**
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+ - fixed‑shape conv
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+ - variable‑shape conv
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+ - diff‑shape conv
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+
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+ Each produces a tiny ONNX graph.
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+
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+ ---
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+
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+ # 🧪 **Validation**
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+ Each model must:
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+
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+ - Load in ONNX Runtime
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+ - Run on all train + test + arc‑gen examples
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+ - Produce exact one‑hot output
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+ - Use only allowed ops
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+
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+ Your `validate()` function enforces this.
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+
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+ ---
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+
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+ # 📊 **Submission**
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+ You submit:
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+
148
+ ```
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+ submission/
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+ task001.onnx
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+ task002.onnx
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+ ...
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+ task400.onnx
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+ ```
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+
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+ The evaluator:
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+
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+ 1. Loads each ONNX file
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+ 2. Computes MACs, memory, params
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+ 3. Sums them
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+ 4. Produces your final score
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+
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+ Lowest score wins.
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+
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+ ---
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+
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+ # 🔥 **Strategic Insights**
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+ This is the part most competitors miss:
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+
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+ ### ✔ Analytical solvers are king
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+ They give **zero‑cost** models.
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+
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+ ### ✔ Conv solvers must be tiny
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+ Kernel size dominates MACs.
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+
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+ ### ✔ OneHot is expensive on GPU
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+ You fixed this by replacing it with Equal+Cast.
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+
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+ ### ✔ Static shapes are mandatory
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+ Dynamic ops break the evaluator.
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+
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+ ### ✔ Validation must be strict
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+ Any mismatch → task marked unsolved → huge penalty.
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+
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+ ### ✔ WandB logging is essential
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+ You now track:
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+ - solver type
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+ - time
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+ - model size
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+ - MACs
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+ - memory
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+ - params
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+ - total score
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+
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+ This lets you optimize solver ordering.
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+
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+ ---
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+
199
+ # 🎯 **In One Sentence**
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+ The NeuroGolf Championship is a puzzle‑to‑model generator competition where you must produce 400 tiny ONNX models that solve ARC tasks with the lowest possible computational cost, using only opset‑10 static graphs.
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+
202
+ ---
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+
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+ If you want, I can also give you:
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+
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+ - A **strategy guide** for beating the leaderboard
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+ - A **solver ordering optimization**
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+ - A **cost‑minimizing conv kernel search**
209
+ - A **task taxonomy** for ARC
210
+ - A **visual diagram** of your solver pipeline
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+
212
+ Just tell me what direction you want.
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+
214
  ## Quick Start
215
 
216
  ```bash
 
285
  - **Different-shape tasks**: GatherElements-based pixel remapping
286
  - **Cost** = MACs + memory_bytes + params → **Score** = max(1, 25 - ln(cost))
287
 
288
+ ## What's NOT solved yet (106 tasks)
289
 
290
  - Variable-shape tasks (input size differs across examples) — need dynamic ONNX
291
  - Tasks requiring multi-step reasoning (flood fill, gravity, object detection)
 
298
  1. The "Solved: X/400" line
299
  2. Any errors
300
  3. Total time taken
301
+
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+ this is run on GPU:
303
+ /kaggle/working/neurogolf-solver
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+ Using providers: ['CUDAExecutionProvider', 'CPUExecutionProvider']
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+ Loaded 400 tasks, solving 400
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+ Conv budget: 30.0s per task
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+ ======================================================================
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+ wandb: [wandb.login()] Loaded credentials for https://api.wandb.ai from WANDB_API_KEY.
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+ wandb: Currently logged in as: rogermt23 to https://api.wandb.ai. Use `wandb login --relogin` to force relogin
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+ wandb: ⢿ setting up run jfx0r5vj (0.0s)
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+ wandb: ⣻ setting up run jfx0r5vj (0.0s)
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+ wandb: Tracking run with wandb version 0.25.0
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+ wandb: Run data is saved locally in /kaggle/working/neurogolf-solver/wandb/run-20260424_053417-jfx0r5vj
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+ wandb: Run `wandb offline` to turn off syncing.
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+ wandb: Syncing run solver_run
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+ wandb: ⭐️ View project at https://wandb.ai/rogermt23/neurogolf
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+ wandb: 🚀 View run at https://wandb.ai/rogermt23/neurogolf/runs/jfx0r5vj
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+ Task 1: UNSOLVED 0.001s
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+ Task 2: spatial_gather 56717390 7.884s ( 250,460 bytes)
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+ Task 3: UNSOLVED 0.001s
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+ Task 16: color_map 126500 0.016s ( 549 bytes)
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+ Task 166: spatial_gather 11105390 0.206s ( 48,860 bytes)
484
+ Task 167: spatial_gather 72494 0.024s ( 10,568 bytes)
485
+ Task 168: spatial_gather 901462 0.121s ( 32,971 bytes)
486
+ Task 169: spatial_gather 1321462 0.199s ( 48,971 bytes)
487
+ Task 170: UNSOLVED 0.003s
488
+ Task 171: spatial_gather 969390 0.035s ( 4,057 bytes)
489
+ Task 172: UNSOLVED 0.004s
490
+ Task 173: spatial_gather 15449390 1.470s ( 68,060 bytes)
491
+ Task 174: UNSOLVED 0.001s
492
+ Task 175: spatial_gather 3714030 0.543s ( 32,971 bytes)
493
+ Task 176: spatial_gather 40065390 0.265s ( 176,860 bytes)
494
+ Task 177: UNSOLVED 0.002s
495
+ Task 178: UNSOLVED 0.001s
496
+ Task 179: transpose 36000 0.014s ( 127 bytes)
497
+ Task 180: spatial_gather 381182 0.037s ( 20,306 bytes)
498
+ Task 181: spatial_gather 522054 0.076s ( 32,971 bytes)
499
+ Task 182: spatial_gather 9207862 4.502s ( 90,571 bytes)
500
+ Task 183: UNSOLVED 0.001s
501
+ Task 184: UNSOLVED 0.003s
502
+ Task 185: UNSOLVED 0.005s
503
+ Task 186: UNSOLVED 1.500s
504
+ Task 187: spatial_gather 26309390 8.228s ( 116,060 bytes)
505
+ Task 188: UNSOLVED 0.001s
506
+ Task 189: spatial_gather 468002 0.060s ( 20,306 bytes)
507
+ Task 190: spatial_gather 1321462 0.280s ( 48,971 bytes)
508
+ Task 191: UNSOLVED 68.210s
509
+ Task 192: spatial_gather 969390 0.032s ( 4,057 bytes)
510
+ Task 193: spatial_gather 2417390 0.071s ( 10,457 bytes)
511
+ Task 194: UNSOLVED 0.003s
512
+ Task 195: UNSOLVED 0.002s
513
+ Task 196: spatial_gather 20517390 0.868s ( 90,460 bytes)
514
+ Task 197: spatial_gather 15449390 0.426s ( 68,060 bytes)
515
+ Task 198: UNSOLVED 33.038s
516
+ Task 199: spatial_gather 11105390 0.143s ( 48,860 bytes)
517
+ Task 200: spatial_gather 3841462 0.673s ( 144,971 bytes)
518
+ Task 201: UNSOLVED 0.002s
519
+ Task 202: spatial_gather 11105390 0.846s ( 48,860 bytes)
520
+ Task 203: spatial_gather 4589390 0.127s ( 20,060 bytes)
521
+ Task 204: spatial_gather 48029390 6.706s ( 212,060 bytes)
522
+ Task 205: UNSOLVED 0.003s
523
+ Task 206: spatial_gather 4589390 0.087s ( 20,060 bytes)
524
+ Task 207: spatial_gather 65666 0.021s ( 4,303 bytes)
525
+ Task 208: spatial_gather 10136430 4.157s ( 90,571 bytes)
526
+ Task 209: UNSOLVED 0.003s
527
+ Task 210: UNSOLVED 0.004s
528
+ Task 211: UNSOLVED 0.003s
529
+ Task 212: spatial_gather 901462 0.134s ( 32,971 bytes)
530
+ Task 213: UNSOLVED 0.002s
531
+ Task 214: spatial_gather 1139246 0.180s ( 116,171 bytes)
532
+ Task 215: spatial_gather 26309390 1.274s ( 116,060 bytes)
533
+ Task 216: UNSOLVED 0.003s
534
+ Task 217: spatial_gather 1501550 0.280s ( 68,171 bytes)
535
+ Task 218: UNSOLVED 0.003s
536
+ Task 219: spatial_gather 5653862 1.642s ( 144,971 bytes)
537
+ Task 220: spatial_gather 969390 0.049s ( 4,057 bytes)
538
+ Task 221: UNSOLVED 0.002s
539
+ Task 222: spatial_gather 1352950 0.211s ( 20,171 bytes)
540
+ Task 223: UNSOLVED 0.005s
541
+ Task 224: spatial_gather 7485390 0.347s ( 32,860 bytes)
542
+ Task 225: spatial_gather 143990 0.049s ( 10,568 bytes)
543
+ Task 226: spatial_gather 1825462 0.298s ( 68,171 bytes)
544
+ Task 227: spatial_gather 221822 0.031s ( 20,306 bytes)
545
+ Task 228: spatial_gather 313462 0.068s ( 10,568 bytes)
546
+ Task 229: spatial_gather 50094 0.027s ( 4,168 bytes)
547
+ Task 230: spatial_gather 969390 0.046s ( 4,057 bytes)
548
+ Task 231: UNSOLVED 0.001s
549
+ Task 232: spatial_gather 11105390 0.202s ( 48,860 bytes)
550
+ Task 233: UNSOLVED 0.003s
551
+ Task 234: spatial_gather 11105390 0.737s ( 48,860 bytes)
552
+ Task 235: spatial_gather 1072586 0.056s ( 68,306 bytes)
553
+ Task 236: spatial_gather 241742 0.049s ( 20,306 bytes)
554
+ Task 237: spatial_gather 7485390 0.098s ( 32,860 bytes)
555
+ Task 238: UNSOLVED 0.002s
556
+ Task 239: UNSOLVED 0.001s
557
+ Task 240: spatial_gather 30870190 17.815s ( 336,971 bytes)
558
+ Task 241: transpose 36000 0.026s ( 127 bytes)
559
+ Task 242: spatial_gather 292586 0.041s ( 4,303 bytes)
560
+ Task 243: spatial_gather 7485390 0.471s ( 32,860 bytes)
561
+ Task 244: UNSOLVED 0.002s
562
+ Task 245: spatial_gather 11105390 0.197s ( 48,860 bytes)
563
+ Task 246: spatial_gather 26309390 1.377s ( 116,060 bytes)
564
+ Task 247: UNSOLVED 0.002s
565
+ Task 248: UNSOLVED 1.096s
566
+ Task 249: UNSOLVED 0.001s
567
+ Task 250: spatial_gather 901462 0.119s ( 32,971 bytes)
568
+ Task 251: spatial_gather 7485390 0.128s ( 32,860 bytes)
569
+ Task 252: spatial_gather 11105390 0.152s ( 48,860 bytes)
570
+ Task 253: spatial_gather 904082 0.030s ( 20,306 bytes)
571
+ Task 254: spatial_gather 744750 0.095s ( 32,971 bytes)
572
+ Task 255: UNSOLVED 81.152s
573
+ Task 256: spatial_gather 7485390 0.094s ( 32,860 bytes)
574
+ Task 257: spatial_gather 465842 0.039s ( 20,306 bytes)
575
+ Task 258: spatial_gather 969390 0.025s ( 4,057 bytes)
576
+ Task 259: UNSOLVED 0.001s
577
+ Task 260: spatial_gather 901462 0.180s ( 32,971 bytes)
578
+ Task 261: spatial_gather 969390 0.033s ( 4,057 bytes)
579
+ Task 262: UNSOLVED 0.572s
580
+ Task 263: UNSOLVED 0.001s
581
+ Task 264: UNSOLVED 0.001s
582
+ Task 265: spatial_gather 20646614 8.790s ( 250,571 bytes)
583
+ Task 266: spatial_gather 56382 0.022s ( 4,168 bytes)
584
+ Task 267: spatial_gather 92014 0.023s ( 4,168 bytes)
585
+ Task 268: spatial_gather 7485390 0.120s ( 32,860 bytes)
586
+ Task 269: UNSOLVED 0.001s
587
+ Task 270: spatial_gather 2852462 0.709s ( 48,971 bytes)
588
+ Task 271: spatial_gather 258686 0.026s ( 10,703 bytes)
589
+ Task 272: spatial_gather 969390 0.021s ( 4,057 bytes)
590
+ Task 273: spatial_gather 2413462 0.386s ( 90,571 bytes)
591
+ Task 274: UNSOLVED 0.001s
592
+ Task 275: UNSOLVED 0.001s
593
+ Task 276: color_map 126500 0.016s ( 549 bytes)
594
+ Task 277: spatial_gather 1825462 0.340s ( 68,171 bytes)
595
+ Task 278: spatial_gather 20517390 1.141s ( 90,460 bytes)
596
+ Task 279: spatial_gather 26309390 1.984s ( 116,060 bytes)
597
+ Task 280: spatial_gather 56717390 13.654s ( 250,460 bytes)
598
+ Task 281: spatial_gather 11105390 0.463s ( 48,860 bytes)
599
+ Task 282: spatial_gather 125550 0.041s ( 4,168 bytes)
600
+ Task 283: spatial_gather 565462 0.068s ( 20,171 bytes)
601
+ Task 284: spatial_gather 20517390 0.889s ( 90,460 bytes)
602
+ Task 285: spatial_gather 15449390 2.575s ( 68,060 bytes)
603
+ Task 286: spatial_gather 15449390 0.789s ( 68,060 bytes)
604
+ Task 287: spatial_gather 2188150 0.566s ( 32,971 bytes)
605
+ Task 288: spatial_gather 4589390 0.068s ( 20,060 bytes)
606
+ Task 289: UNSOLVED 0.001s
607
+ Task 290: UNSOLVED 0.001s
608
+ Task 291: UNSOLVED 0.002s
609
+ Task 292: spatial_gather 66129390 0.810s ( 292,060 bytes)
610
+ Task 293: spatial_gather 2417390 0.073s ( 10,457 bytes)
611
+ Task 294: spatial_gather 145462 0.027s ( 4,168 bytes)
612
+ Task 295: UNSOLVED 0.001s
613
+ Task 296: spatial_gather 140006 0.043s ( 10,703 bytes)
614
+ Task 297: spatial_gather 11105390 0.087s ( 48,860 bytes)
615
+ Task 298: spatial_gather 969390 0.045s ( 4,057 bytes)
616
+ Task 299: spatial_gather 242390 0.056s ( 20,171 bytes)
617
+ Task 300: UNSOLVED 0.001s
618
+ Task 301: spatial_gather 2417390 0.055s ( 10,457 bytes)
619
+ Task 302: spatial_gather 2575574 0.549s ( 68,171 bytes)
620
+ Task 303: spatial_gather 20517390 2.596s ( 90,460 bytes)
621
+ Task 304: UNSOLVED 0.001s
622
+ Task 305: spatial_gather 1352950 0.212s ( 20,171 bytes)
623
+ Task 306: spatial_gather 40065390 5.174s ( 176,860 bytes)
624
+ Task 307: UNSOLVED 0.001s
625
+ Task 308: UNSOLVED 0.002s
626
+ Task 309: color_map 126500 0.030s ( 549 bytes)
627
+ Task 310: UNSOLVED 0.004s
628
+ Task 311: UNSOLVED 0.007s
629
+ Task 312: spatial_gather 1860374 0.339s ( 48,971 bytes)
630
+ Task 313: spatial_gather 15449390 0.577s ( 68,060 bytes)
631
+ Task 314: spatial_gather 383734 0.071s ( 20,171 bytes)
632
+ Task 315: UNSOLVED 0.001s
633
+ Task 316: spatial_gather 307706 0.036s ( 10,703 bytes)
634
+ Task 317: spatial_gather 125550 0.041s ( 4,168 bytes)
635
+ Task 318: spatial_gather 143342 0.041s ( 10,703 bytes)
636
+ Task 319: UNSOLVED 0.004s
637
+ Task 320: spatial_gather 7485390 0.099s ( 32,860 bytes)
638
+ Task 321: spatial_gather 341342 0.055s ( 20,306 bytes)
639
+ Task 322: spatial_gather 50094 0.036s ( 4,168 bytes)
640
+ Task 323: spatial_gather 3976174 0.677s ( 90,571 bytes)
641
+ Task 324: spatial_gather 15449390 1.193s ( 68,060 bytes)
642
+ Task 325: UNSOLVED 0.001s
643
+ Task 326: UNSOLVED 0.001s
644
+ Task 327: UNSOLVED 0.001s
645
+ Task 328: spatial_gather 56717390 4.462s ( 250,460 bytes)
646
+ Task 329: spatial_gather 969390 0.023s ( 4,057 bytes)
647
+ Task 330: spatial_gather 1825462 0.304s ( 68,171 bytes)
648
+ Task 331: spatial_gather 145462 0.041s ( 4,168 bytes)
649
+ Task 332: spatial_gather 32825390 0.288s ( 144,860 bytes)
650
+ Task 333: spatial_gather 565462 0.121s ( 20,171 bytes)
651
+ Task 334: spatial_gather 114206 0.050s ( 10,703 bytes)
652
+ Task 335: spatial_gather 15449390 0.478s ( 68,060 bytes)
653
+ Task 336: spatial_gather 1321462 0.155s ( 48,971 bytes)
654
+ Task 337: color_map 126500 0.017s ( 549 bytes)
655
+ Task 338: spatial_gather 32825390 3.523s ( 144,860 bytes)
656
+ Task 339: UNSOLVED 0.000s
657
+ Task 340: spatial_gather 7485390 0.357s ( 32,860 bytes)
658
+ Task 341: spatial_gather 901462 0.197s ( 32,971 bytes)
659
+ Task 342: spatial_gather 901462 0.178s ( 32,971 bytes)
660
+ Task 343: spatial_gather 1847262 0.278s ( 90,571 bytes)
661
+ Task 344: spatial_gather 2417390 0.047s ( 10,457 bytes)
662
+ Task 345: spatial_gather 1321462 0.188s ( 48,971 bytes)
663
+ Task 346: UNSOLVED 0.002s
664
+ Task 347: spatial_gather 151346 0.046s ( 20,306 bytes)
665
+ Task 348: spatial_gather 4589390 0.059s ( 20,060 bytes)
666
+ Task 349: UNSOLVED 28.645s
667
+ Task 350: spatial_gather 32825390 1.971s ( 144,860 bytes)
668
+ Task 351: spatial_gather 711914 0.037s ( 10,703 bytes)
669
+ Task 352: spatial_gather 969390 0.025s ( 4,057 bytes)
670
+ Task 353: spatial_gather 7485390 0.169s ( 32,860 bytes)
671
+ Task 354: spatial_gather 901462 0.193s ( 32,971 bytes)
672
+ Task 355: UNSOLVED 0.003s
673
+ Task 356: spatial_gather 1321462 0.264s ( 48,971 bytes)
674
+ Task 357: UNSOLVED 1.055s
675
+ Task 358: spatial_gather 26309390 1.681s ( 116,060 bytes)
676
+ Task 359: spatial_gather 2417390 0.067s ( 10,457 bytes)
677
+ Task 360: spatial_gather 285254 0.053s ( 10,703 bytes)
678
+ Task 361: spatial_gather 313462 0.065s ( 10,568 bytes)
679
+ Task 362: spatial_gather 565462 0.134s ( 20,171 bytes)
680
+ Task 363: spatial_gather 901462 0.167s ( 32,971 bytes)
681
+ Task 364: spatial_gather 20517390 1.368s ( 90,460 bytes)
682
+ Task 365: UNSOLVED 0.001s
683
+ Task 366: UNSOLVED 0.003s
684
+ Task 367: spatial_gather 26309390 2.161s ( 116,060 bytes)
685
+ Task 368: spatial_gather 901462 0.133s ( 32,971 bytes)
686
+ Task 369: spatial_gather 1321462 0.223s ( 48,971 bytes)
687
+ Task 370: spatial_gather 11105390 0.705s ( 48,860 bytes)
688
+ Task 371: spatial_gather 11105390 0.173s ( 48,860 bytes)
689
+ Task 372: spatial_gather 669254 0.063s ( 20,306 bytes)
690
+ Task 373: spatial_gather 121238 0.039s ( 20,171 bytes)
691
+ Task 374: UNSOLVED 14.200s
692
+ Task 375: spatial_gather 4589390 0.050s ( 20,060 bytes)
693
+ Task 376: UNSOLVED 0.001s
694
+ Task 377: UNSOLVED 0.003s
695
+ Task 378: spatial_gather 11105390 0.303s ( 48,860 bytes)
696
+ Task 379: spatial_gather 20517390 1.514s ( 90,460 bytes)
697
+ Task 380: spatial_gather 50094 0.038s ( 4,168 bytes)
698
+ Task 381: spatial_gather 1321462 0.212s ( 48,971 bytes)
699
+ Task 382: spatial_gather 20517390 1.092s ( 90,460 bytes)
700
+ Task 383: spatial_gather 15449390 1.503s ( 68,060 bytes)
701
+ Task 384: UNSOLVED 0.001s
702
+ Task 385: spatial_gather 586582 0.093s ( 48,971 bytes)
703
+ Task 386: spatial_gather 201470 0.032s ( 20,306 bytes)
704
+ Task 387: spatial_gather 15449390 1.712s ( 68,060 bytes)
705
+ Task 388: UNSOLVED 0.001s
706
+ Task 389: spatial_gather 969390 0.023s ( 4,057 bytes)
707
+ Task 390: spatial_gather 3956462 0.939s ( 68,171 bytes)
708
+ Task 391: UNSOLVED 0.002s
709
+ Task 392: spatial_gather 901462 0.173s ( 32,971 bytes)
710
+ Task 393: spatial_gather 420578 0.037s ( 10,703 bytes)
711
+ Task 394: UNSOLVED 0.001s
712
+ Task 395: spatial_gather 96146 0.027s ( 10,703 bytes)
713
+ Task 396: UNSOLVED 0.002s
714
+ Task 397: spatial_gather 565462 0.105s ( 20,171 bytes)
715
+ Task 398: UNSOLVED 0.002s
716
+ Task 399: UNSOLVED 0.002s
717
+ Task 400: spatial_gather 2931914 0.042s ( 20,306 bytes)
718
+ wandb: ⢿ updating run metadata (0.0s)
719
+ wandb: ⣻ updating run metadata (0.0s)
720
+ wandb: ⣽ updating run metadata (0.0s)
721
+ wandb:
722
+ wandb: Run history:
723
+ wandb: macs ▁▁▁▃▁▁▂▂▂▁▂▁█▃▁▁▂▁▁▂▁▁▂▁▁▁▁▁▂▅▁▁▅▁▁▁▁▁▁▁
724
+ wandb: memory ▃▅▄▇█▃▆▂█▅▆▁▅▇▄▂▄▄▁▆▁▁▁▃▅▁▅▂▃▆▄▂▁▆▃▃▃▃▁▂
725
+ wandb: onnx_bytes ▂▂▁▁▁▁▂▂▁▁▁▄▁▁▂▁▁▁▁▂▁▁▁▁▂▁▁▁▂█▂▆▁▂▁▁▄▁▁▃
726
+ wandb: params ▃▃▃▃▃▁▁▁▃▁▁▁▂▃▃▁▁▁▁▁█▂▁▁▁▂▁▂▁▄▁▃▁▁▆▃▁▅▄▁
727
+ wandb: score █▁▁▁▁▁▄▃▁▂▃▂▁▁▁▁▁▁▁▁▂▁▂▂▄▂▁▁▁█▁▁▃▃▄▃▁▁▁▁
728
+ wandb: task_id ▁▁▁▁▂▂▂▂▂▂▂▂▃▃▃▃▄▄▄▄▄▄▄▅▅▅▅▅▅▆▆▆▇▇▇▇████
729
+ wandb: task_time_sec ▁▁▁▁▁▁▁█▁▁▁▁▁▁▁▁▂▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁
730
+ wandb:
731
+ wandb: Run summary:
732
+ wandb: macs 2822650
733
+ wandb: memory 104338
734
+ wandb: onnx_bytes 20306
735
+ wandb: params 4926
736
+ wandb: score 2931914
737
+ wandb: solver spatial_gather
738
+ wandb: task_id 400
739
+ wandb: task_time_sec 0.0423
740
+ wandb:
741
+ wandb: 🚀 View run solver_run at: https://wandb.ai/rogermt23/neurogolf/runs/jfx0r5vj
742
+ wandb: ⭐️ View project at: https://wandb.ai/rogermt23/neurogolf
743
+ wandb: Synced 5 W&B file(s), 0 media file(s), 0 artifact file(s) and 0 other file(s)
744
+ wandb: Find logs at: ./wandb/run-20260424_053417-jfx0r5vj/logs
745
+
746
+ ======================================================================
747
+ Solved: 294/400 in 578s
748
+ spatial_gather: 288
749
+ color_map: 4
750
+ transpose: 2
751
+
752
+ 306 ONNX files, total 15719.7 KB
753
+ Created submission.zip