Spatial Manager for AutoCAD’s Post

Get postal addresses from points (Reverse geo-coding) (#SpatialManager for #AutoCAD, #BricsCAD, #ZWCAD, #GstarCAD and #Desktop) Reverse geocoding is the process of converting geographic coordinates (latitude and longitude) into a human-readable address or place name. This is typically done using a reverse geocoding service or API, which can interpret the provided coordinates and return the corresponding address details Blog and video: https://bit.ly/3B7ycVK Steps for getting address data based on a set of points: 1. Input data - Execute SPMGEOCODING_REVERSE command - Select the points 2. Geocoding provider - Select the provider between Bing, Google and OpenStreetMap (some of them require an API key) - You can select specific result types according the type of elements you want to search data for 3. Data retrieval - Get the data related to each coordinate - You can append to the existing objects data table - Or export to CSV Note: Some functionalities can be found in the Standard or Professional editions only

Get postal addresses from points (Reverse geo-coding) (#SpatialManager for #AutoCAD) Reverse geocoding is the process of converting geographic coordinates (latitude and longitude) into a human-readable address or place name. This is typically done using a reverse geocoding service or API, which can interpret the provided coordinates and return the corresponding address details Blog and video: https://bit.ly/3B7ycVK Steps for getting address data based on a set of points: 1. Input data - Execute SPMGEOCODING_REVERSE command - Select the points 2. Geocoding provider - Select the provider between Bing, Google and OpenStreetMap (some of them require an API key) - You can select specific result types according the type of elements you want to search data for 3. Data retrieval - Get the data related to each coordinate - You can append to the existing objects data table - Or export to CSV Note: Some functionalities can be found in the Standard or Professional editions only

Locate addresses in a map (Direct geo-coding) - #SpatialManager (#AutoCAD, #BricsCAD, #ZWCAD, #GstarCAD and #Desktop) Direct geocoding is the process of converting an address or a place name into geographic coordinates (latitude and longitude). This is typically done using a geocoding service or API, which can interpret the provided address and return the corresponding coordinates Steps of getting the location for a list of addresses: 1. Input data - Execute SPMGEOCODING_DIRECT command (in Spatial Manager Desktop go to Start/Search Location/Reverse Geo-coding) - Select a text file (CSV) and the field separator (comma, semicolon, space, …) 2. Select fields - Add the fields for compound the text for geo-coding process and sort them 3. Geocoding service - Select the provider between Bing, Google and OpenStreetMap (some of them may require an API key) 4. Coordinate retrieval - Review the resulting coordinates, export to CSV or insert to the current document - Select the source fields and add additional data obtained during the geocoding query - Export to CSV, selecting header, separators, … Note: Some functionalities can be found in the Standard or Professional editions only Blog entry and video: https://bit.ly/46ngWaJ

Visualise scene layers (i3s) and 3D tiles in ArcGIS Pro, Scene Viewer, ArcGIS Maps SDKs, or web viewers created with CesiumJS. With both OGC standards supported in ArcGIS, the question is which format is best to use for your 3D layers? Answer below ↓ ↓ https://bit.ly/3TueoBy

The June 2024 update for ArcGIS Online brings loads of new capabilities. I think even more that usual so please take some time to review. Feel free to get in touch is you want to know more. Here are the highlights: 1. Recycle Bin: - Organisations now have a recycle bin where deleted items are held for 14 days before permanent deletion. Item owners and administrators can restore accidentally deleted items during this window. 2. Map Viewer: - Customise labels with more flexibility, adjusting their position along lines (e.g., streams, roads). - Print maps using custom layout templates, including organizational logos and themes created in ArcGIS Pro. 3. ArcGIS Web Editor (see post from Tomás Donda 👇) - A new tool for advanced editing directly in ArcGIS Online. 4. ArcGIS Notebooks: - Combine code, data, and visualisations in Jupyter notebooks. 5. User Types Update: - Stay informed about changes to user types and licensing. https://lnkd.in/eiXM8rSz

Elevate your cartography skills with the help of ArcGIS Pro ModelBuilder and create stunning print maps that are truly amazing. Hey LinkedIn Fam, If you're tired of struggling with layouts every time you want to produce visually striking, print-ready maps in ArcGIS Pro, then you need to look no further than ModelBuilder! ModelBuilder allows users to streamline the process of creating maps by automating repetitive tasks, which may include: Streamlining your workflow and maintaining consistency across multiple maps can be achieved by incorporating various steps. These steps include adding data layers, applying symbology, generating essential map elements such as north arrows, scale bars, and legends, and ultimately exporting the final map as a high-quality image. Not only does this approach enhance efficiency, but it also presents an excellent opportunity to introduce scripting and automation to your GIS toolbox. Discover the ways in which ModelBuilder can provide assistance: 1. Implement a standardized approach to map design by establishing a consistent house style that can be utilized across your organization. 2. Streamline the process of creating maps for multiple areas by automating the generation process, requiring minimal effort. Looking to streamline your intricate map layouts? Enhance efficiency by automating complex workflows. Ready to elevate your print maps to new heights? Explore ModelBuilder in ArcGIS Pro and unleash your inner cartographic genius! ✨ Have you found value? Click to follow Rene Parekh and comment your thoughts. How are you using ModelBuilder to create print maps? #arcgispro #modelbuilder #gis #cartography #automation #mapping

🌍📐 Land Blocking System - Automated Land Division and Management Platform 📐🌍 (Final Year Individual Project) I am excited to introduce the Land Blocking System, an innovative web-based platform designed to streamline and automate the process of land division. This system allows landowners to upload their plans and specify the areas and criteria for division, making land management efficient, accurate, and accessible. By leveraging advanced GIS technology and machine learning algorithms, this system revolutionizes the traditional land blocking techniques. 💥 Key Features of the System 💥 📥 Land Plan Upload: Users can easily upload digital representations of their land layouts to the system. 🗺️ GIS Mapping: Utilizes precise GIS technology to accurately identify and block land, ensuring optimal land division. 🔍 Spatial Analysis: Integrates GIS libraries like Mapbox or ArcGIS for detailed spatial analysis and mapping. 🧠 Machine Learning: Employs machine learning algorithms trained on past data to optimize land blocking operations. 💻 User Interface: Features an intuitive and user-friendly interface for seamless interaction with the system. ⚙️ Automated Workflow: Implements automated processes to expedite and streamline the land blocking procedure. 📜 Legal Compliance: Ensures the system complies with all relevant laws and regulations related to land management. 📈 Scalability and Performance: Designed to handle increasing user demands and large datasets efficiently. ⛓️ Technologies Used: System Development: ◾ Backend and Database: MySQL ◾ GIS Integration: Mapbox, ArcGIS Machine Learning Development: ◾ Frameworks and Algorithms: Flask ◾ Programming Language: python 🛠️ Challenges Overcome🛠️: I had to make my own datasets by learning AutoCAD for accurate plotting. Developing this system involved creating datasets from scratch, and gathering detailed plan information from various sources. The scarcity of softcopies and reliance on hardcopies posed significant challenges, but they were effectively managed through diligent effort and learning. GitHub: https://lnkd.in/g8Ayc5Nd #LandManagement #GIS #MachineLearning #WebDevelopment #AutoCAD #LandDivision #Automation #GeospatialAnalysis #LegalCompliance #SystemArchitecture

Esri #Geodatabase File to DWG/DXF - #SpatialManager An ESRI Geodatabase File (FileGDB), is a powerful database system designed to store, query, and manage spatial data as a collection of files stored directly on disk without the requirement of having a database server deployed. It serves as a centralized repository for geographic information, enabling seamless data integration, analysis, and sharing across various platforms and applications. Available for #AutoCAD, #BricsCAD, #ZWCAD, #GstarCAD and #Desktop Blog entry and video: https://bit.ly/4fGj7Kj Spatial Manager product family includes an data provider for FileGDB. It allows importing to CAD/DWG/DXF, export and convert between multiple geospatial formats (Shapefile, KML, GML, SQLite, …) * Import - Configure the GDB access as User Data Source (UDS), or open directly if the main folder name ends with .GBD - Import only one Table or all the Tables in a directory or sub-directory by using the “Import all” application funcionality * Export and Convert - From Spatial Manager data sources panel FileGDB can be converted and exported directly to other formats and also transforming the Coordinate Reference System Note: Some functionalities can be found in the Standard or Professional editions only

🚀 Introducing ArcGIS Web Editor! 🌍 As technology advances, many powerful desktop tools are transitioning to web-based platforms, making them more accessible and collaborative. ArcGIS Web Editor simplifies web mapping with an intuitive interface, enabling anyone to create and edit maps effortlessly. Here’s what you can do with the new ArcGIS Web Editor (and more to come!): 🔹 Edit Tools: Move, vertices, reshape, split, merge, copy, and paste (and Undo/Redo while sketching geometries) 🔹 Selection Management: Interactive map tools and cumulative attribute queries + an interactive Table for data visualization & editing 🔹 Geometry Guides and Editing Constraints: Enhanced geometry handling 🔹 Snapping Control: Including rule-based snapping with Utility Networks! 🔹 Support for Contingent Values and Attribute Rules (Authored outside of Web Editor) 🔹 Group and Preset Templates (Authored in ArcGIS Pro) 🔹 Advanced Features: (for now) available through ArcGIS Enterprise, such as Utility Network trace and branch versioning This tool makes geospatial data more accessible and actionable, and it's perfect for both beginners and GIS professionals. #ArcGIS #WebEditor #GIS #Mapping #Esri #Geospatial #TechInnovation

Check out this link to learn how to Publish 3D Models to ArcGIS Online. Here are the steps using ArcGIS Pro to Create a 3D object feature class. https://lnkd.in/eHSTFhn6