Updated 1 week ago
ollama run spacialglaciercom/v2rmp-agent
2rmp-agent** is a specialized, highly-efficient 1.5B parameter language model fine-tuned specifically for
route optimization and geospatial data processing. It is designed to act as the “brain” for the v2rmp (Vehicle
Routing Problem & Map Processing) ecosystem, allowing for 100% offline, air-gapped routing orchestration.
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5 This model is a QLoRA fine-tune of Qwen/Qwen2.5-1.5B-Instruct and has been quantized to 4-bit (Q4_K_M) for
blazing-fast inference on almost any hardware (including edge devices and laptops without dedicated GPUs).
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7 ## 🚀 Capabilities
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9 When connected to the v2rmp core, this agent can autonomously handle:
10 - Map Extraction: Pulling road networks from OpenStreetMap (OSM) PBF files, PMTiles, PostGIS, or Overture
Maps.
11 - Graph Compilation: Cleaning GeoJSON and compiling highly-compressed .rmp binary graphs.
12 - VRP & CPP Optimization: Orchestrating complex Vehicle Routing Problems (VRP) and Chinese Postman Problems
(CPP) using Clarke-Wright, Sweep, Neural GNN, and Local Search solvers.
13 - Elevation & Fuel: Querying DEM GeoTIFFs for elevation profiles and drone fuel consumption estimates.
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15 ## 💻 Usage
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17 To run the model locally via Ollama:
ollama run spacialglaciercom/v2rmp-agent
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2 ### Example Prompts
3 Try asking the agent routing-specific questions:
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5 * *"How do I extract a road network from a local OSM PBF file for Montreal?"*
6 * *"Optimize a route using the Clarke-Wright solver for 5 vehicles with a capacity of 1000, starting at depot
45.505, -73.565."*
7 * *"What's the command to compile my raw GeoJSON into a clean .rmp binary map and prune disconnected
subgraphs?"*
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9 ## 🔒 100% Offline Orchestration
10 By combining this Ollama model with locally downloaded .osm.pbf map files and the v2rmp Rust binaries, you
can achieve a completely air-gapped route optimization pipeline without relying on external APIs like Google
Maps or Valhalla.
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12 ## Model Details
13 * Base Model: Qwen/Qwen2.5-1.5B-Instruct
14 * Parameters: 1.5B
15 * Quantization: Q4_K_M (4-bit)
16 * Training Method: Supervised Fine-Tuning (SFT) / QLoRA
17 * License: Apache 2.0 (Inherited)