Objective: To develop a software solution that seamlessly integrates OpenFlows with OpenRoads, facilitating the generation of utility profiles (StormWater, WasteWater, WaterSupply, etc.) and ensuring efficient crossings with other pipes and networks.
Background: Our team is currently engaged in generating utility profiles using OpenFlows. While OpenFlows is effective for network calculations, the process of transferring these calculations to OpenRoads for profile generation and network crossings is cumbersome. OpenRoads offers robust capabilities but requires extensive configuration for annotations and profile settings, which can be challenging and time-consuming.
Proposed Solution: We propose the development of a software tool that automates the transfer of network calculations from OpenFlows to OpenRoads. This tool will streamline the configuration process for annotations and profile settings, making it easier to generate accurate and comprehensive utility profiles.
Key Features:
Automated Data Transfer: Enable seamless transfer of network calculations from OpenFlows to OpenRoads.
Configuration Templates: Provide pre-configured templates for annotations and profile settings to reduce setup time.
User-Friendly Interface: Design an intuitive interface that simplifies the configuration process for users.
Crossing Detection: Implement functionality to automatically detect and manage crossings with other pipes and networks.
Customization Options: Allow users to customize annotations and profile settings as needed.
Benefits:
Efficiency: Reduce the time and effort required to configure profiles in OpenRoads.
Accuracy: Ensure accurate transfer of data and generation of utility profiles.
User Experience: Improve the overall user experience with a more intuitive and streamlined process.
Integration: Enhance the integration between OpenFlows and OpenRoads, leveraging the strengths of both tools.
Conclusion: By developing this software solution, we aim to enhance the efficiency and accuracy of utility profile generation, making the process more user-friendly and integrated. This will ultimately benefit our team by reducing manual configuration efforts and improving the quality of our outputs.