A new algorithm for retrieving topological skeleton as a set of polylines from binary images
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Updated
Jul 21, 2022 - C
A new algorithm for retrieving topological skeleton as a set of polylines from binary images
Multi-modal constructive solid geometry kernel in Rust
🎼 A sheet music to polylines renderer
Ride Hailing Application with Flutter, Bloc and Google Map
A Flutter package which can be used to make polylines(route) from a source to a destination, and also handle a driver's realtime location (if any) on the map.
Im2mesh is a MATLAB/Octave package for generating finite element mesh based on 2D or 3D multi-phase segmented image.
Show Interactive Polylines on Google Maps with Google Direction API.
Render polygons, polylines, and mesh cross sections to SVG
A user-friendly Google Maps client application that allows you to explore maps, get directions, and find nearby places, all from the comfort of your device.
Яндекс Карты - Базовый API Этот проект демонстрирует базовые функции работы с API Яндекс Карт (MapKit) для создания интерактивных карт на веб-страницах. 🚀 Возможности Основные функции: - ✅ Инициализация карты с настройками - ✅ Добавление маркеров (Placemark) - ✅ Создание полигонов (Polygon) - ✅ Рисование линий (Polyline) - ✅ Управление.
Kotlin Multiplatform implementation for Google Polyline encoding algorithm to convert Polyline to/from String. And sampling polyline using Ramer–Douglas–Peucker algorithm.
A production-ready Flutter suite mastering Google Maps integration. Features real-time location tracking, dynamic polyline routing, custom interactive markers, and a dual-party live trip tracker synchronized via Firebase.
A migration of Google Maps Application with Flutter & Google Maps APIs including: Maps SDK for Android & IOS, Places API & polylines
This is an interactive map rendering application(Chrome Extension) using Dijkstra Algorithm which sort out shortest roots for passengers . This will provide minimum distance and cost with graphical user interface and animations.
Scripts that transform obj polylines into surfaces that follow the same path defined by the polyline. I have written this for my research at UCLA regarding development of VR event displays for the LHC CMS detector.
GeoRDPy is a Python library that simplifies geodetic-coordinate polylines using the Ramer-Douglas-Peucker algorithm. It reduces the number of points while preserving accuracy, making it ideal for optimizing geospatial data representations. Specify a threshold for error tolerance and choose a sphere radius for tailored simplification.
Project based learning from Philipp Lackner
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