Version:
4.9.8.9
Size:
17Mb
System Requirements:
Windows XP or higher, 100Mb free disk space
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Global Mapper 14 is a versatile Geographic Information System (GIS) software application designed to provide both novice and advanced users with a powerful set of tools for spatial data processing. Developed by Blue Marble Geographics
, version 14 introduced significant enhancements in data visualization and analysis. Key Features of Version 14 LiDAR Processing:
Version 14.1 introduced a massive increase in LiDAR processing speed, enabling users to view and process point clouds containing hundreds of millions of points. Terrain & Surface Modeling:
It allows for the creation of 3D Digital Terrain Models (DTM) from various elevation datasets, such as SRTM or LiDAR. Data Interoperability:
The software supports importing and exporting hundreds of file formats, including Raster, Vector, and Elevation datasets. Digital Digitizer Tools:
Users can create area, line, and point features (polygons, rectangles, etc.) using the Digitizer Toolset for custom data creation. Metadata Statistics:
Provides detailed statistical breakdowns of point clouds and other datasets, improving overall data management. Practical Applications
Global Mapper 14 is widely used in scientific and engineering fields, including: Ask the Experts: How do I export data from Global Mapper? 25 May 2022 —
Global Mapper 14 remains a significant milestone in the evolution of Blue Marble Geographics' flagship GIS software. Known for being an "all-in-one" geospatial tool, version 14 introduced critical updates that expanded its utility from simple data viewing to complex terrain analysis and early-stage LiDAR processing. Key Features and Capabilities
Global Mapper 14 solidified the software's reputation for being both affordable and powerful, offering features that were previously only available in more expensive GIS suites.
Expanded Data Support: One of the hallmark features of version 14 was its ability to read and write to spatial databases like Esri ArcSDE, making it more compatible with enterprise-level workflows.
Terrain Analysis Tools: This version introduced a dedicated Terrain Analysis menu, centralizing tools for contour generation, line-of-sight modeling, watershed delineation, and flood simulation.
Early LiDAR Advancements: Version 14.1 marked a significant step in LiDAR functionality, adding the ability to search by elevation, color by return value (useful for vegetation analysis), and report point cloud density.
Digitizer Enhancements: The Digitizer tool set was expanded to make vector editing—such as creating points, lines, and polygons—more accessible with single-click options for common tasks like generating bounding polygons.
Water Level Analysis: New functions for water level rise and flood plain modeling allowed users to simulate environmental changes directly within the 3D viewer. System Requirements (Legacy)
While current versions of Global Mapper Pro require modern multi-core CPUs and at least 8GB of RAM, version 14 was designed to be much more lightweight. Minimum for Version 14 Recommended Operating System Windows Vista, 7, 8 Windows 7 or newer (64-bit) RAM 1 GB or more Hard Drive Space 60 MB for installation SSD with extra space for data Graphics Basic OpenGL support Dedicated 3D video card Version History: The 14.x Series
The version 14 lifecycle saw several incremental updates that added specialized professional tools:
Version 14.0: Introduced the Favorites toolbar and spatial database support.
Version 14.1: Added Voronoi/Thiessen modeling for spatial analysis and introduced the USB dongle licensing option for easier movement between machines.
Version 14.2: Introduced pile volume calculations, summary statistics for numeric attributes, and support for exporting point clouds to DXF and DWG formats. Alternatives and Modern Evolution System Requirements - Global Mapper Pro
The Evolution of GIS: The Impact of Global Mapper 14 The release of Global Mapper 14
in late 2012 marked a significant milestone in the accessibility and power of Geographic Information Systems (GIS) for professionals and enthusiasts alike. Often referred to as the "Swiss Army Knife" of GIS, Global Mapper earned this reputation through its unmatched interoperability and robust feature set. Version 14, specifically, introduced several transformative capabilities that streamlined geospatial workflows. Core Advancements in Version 14
Global Mapper 14 brought critical updates that expanded the software's utility beyond simple data viewing and conversion: Spatial Database Support
: This version added the crucial ability to read from and write to spatial databases such as Esri ArcSDE
, allowing it to integrate more seamlessly into enterprise-level GIS environments. Terrain Analysis Tools : A dedicated Terrain Analysis menu
was introduced, centralizing advanced functions like contour generation, line-of-sight analysis, and watershed delineation. Hydrological and Simulation Features : Version 14.1 introduced Voronoi/Thiessen modeling
and simulations for flooding and water level rise, which became essential for environmental planning. Volume Calculations : Subsequent updates (v14.2) added specific tools for pile volume calculation , aiding in civil engineering and construction management. Interoperability and Accessibility
One of Global Mapper 14's greatest strengths was its support for over 300 file formats
without the need for expensive add-ons or extensions. This capability allowed users to combine disparate datasets—ranging from satellite imagery to CAD files—into a single, cohesive workspace for analysis. Its intuitive interface was designed to "smooth the learning curve," enabling even novice users to perform complex spatial operations like image rectification cut-and-fill volume estimation Professional and Industrial Impact
In the geospatial industry, Global Mapper 14 served as an affordable yet powerful alternative to more complex software. It became a staple for: Municipal Planning
: Used by local governments to manage property parcels and infrastructure. Field Data Management
: Surveyors leveraged its GPS support and data collection tools to update maps directly from field-collected data. Advanced Visualization
: The 3D viewer enabled users to create high-definition "fly-through" videos, which were instrumental for presentations to stakeholders. Conclusion
Global Mapper 14 was more than just a software update; it was a bridge that brought advanced spatial analysis tools to a broader audience. By combining enterprise-level database support with user-friendly terrain analysis and vast format compatibility, it solidified its place as an essential tool in the modern geospatial toolkit. civil engineering , or perhaps compare it to modern versions of the software? Global Mapper Advanced GIS Mapping Software
Here’s a sample text for Global Mapper 14 (commonly used in GIS and mapping contexts). You can use or adapt it for a product description, user manual, or promotional material.
Global Mapper 14 – Powerful, Affordable, and Intuitive GIS Software
Global Mapper 14 is a cutting-edge geographic information system (GIS) application that combines robust data processing, visualization, and analysis capabilities with an easy-to-use interface. Designed for both novice users and seasoned GIS professionals, version 14 introduces powerful enhancements that streamline workflows and expand supported formats.
Key Features of Global Mapper 14:
What’s New in Version 14?
System Requirements (Typical):
Whether you need to generate terrain models, process LiDAR, create contour maps, or simply view and convert GIS data, Global Mapper 14 delivers professional results at a fraction of the cost of traditional GIS software.
Introduction
Global Mapper 14 is a powerful GIS software that provides a wide range of tools for working with geospatial data. It supports various data formats, including shapefiles, GeoTIFF, and Google Earth KML/KMZ. The software is widely used by professionals, researchers, and students for tasks such as data analysis, mapping, and spatial analysis.
System Requirements
Before installing Global Mapper 14, ensure your computer meets the following system requirements:
Installation
To install Global Mapper 14:
User Interface
The Global Mapper 14 user interface is divided into several sections:
Basic Operations
Here are some basic operations to get you started:
Data Editing
Global Mapper 14 provides various tools for editing geospatial data:
Spatial Analysis
Global Mapper 14 provides various tools for spatial analysis:
Data Conversion
Global Mapper 14 supports various data formats and provides tools for converting between them:
Tips and Tricks
Conclusion
Global Mapper 14 is a powerful GIS software that provides a wide range of tools for working with geospatial data. This guide provides a comprehensive overview of the software's features and functions. With practice and experience, you'll become proficient in using Global Mapper 14 for your geospatial analysis and mapping needs.
Global Mapper 14: A Milestone in Geospatial Software Evolution
Global Mapper 14 represents a significant turning point in the history of Geographic Information System (GIS) software, marking the first major release under the stewardship of Blue Marble Geographics. Released in 2012, this version transitioned the software from its origins as a lightweight utility into a professional-grade GIS powerhouse while maintaining its reputation as the "Swiss Army Knife" of geospatial data. Core Advancements in Version 14
Version 14 introduced a transformative set of tools that expanded the software's capabilities beyond simple data viewing and conversion:
Spatial Database Integration: For the first time, users could read from and write to spatial databases like ESRI ArcSDE, MySQL, and PostGIS, allowing for enterprise-level data management.
Dedicated Terrain Analysis: The introduction of a dedicated Terrain Analysis menu consolidated tools for watershed delineation, viewshed analysis, and contour generation, streamlining complex topographic workflows.
Workflow Optimization: New features such as the Favorites toolbar and enhanced scripting capabilities allowed users to automate repetitive tasks and access frequently used tools instantly. Iterative Improvements: 14.1 and 14.2
The lifecycle of version 14 saw substantial updates that introduced high-end functionality previously found only in much more expensive software:
LiDAR Processing: Version 14.1 served as the first step in Blue Marble's commitment to advanced LiDAR processing, introducing tools for visualizing and managing massive point cloud datasets.
Hydrological Modeling: A new water level rise simulation tool allowed for better flood plain modeling and spatial analysis.
Quantitative Analysis: Version 14.2 added pile volume calculations and summary statistics for numeric attribute fields, making the software more valuable for engineering and surveying applications. Impact and Legacy
Global Mapper 14 succeeded by bridging the gap between ease of use and technical depth. It maintained compatibility with an unrivaled range of over 300 file formats while adding the robust analytical tools needed for professional surveying, oil and gas exploration, and environmental management. By modernizing the user interface and expanding 3D visualization capabilities, version 14 set the foundation for the high-performance GIS suite that Global Mapper has become today. A Brief History of Global Mapper - Part II
Global Mapper 14 is a legacy version of the Geographic Information System (GIS) software developed by Blue Marble Geographics, originally released around September 2012. While it has been superseded by much newer versions like v26.2 (released in October 2025), it remains notable for introducing significant 3D and LiDAR processing capabilities. Core Technical Features
Global Mapper 14 provided a comprehensive suite of GIS tools used for spatial data management and analysis:
LiDAR and Point Cloud Support: Version 14 introduced enhanced LiDAR processing, allowing users to colorize points by return value or elevation and perform faster searches within large datasets.
3D Visualization: The release improved 3D rendering, allowing for better terrain visualization and the creation of fly-through videos.
Data Interoperability: It supports a vast range of file formats, including direct loading of AutoCAD DWG files (version 2018 and earlier).
Digitizer Tool Improvements: Enhanced feature creation and editing tools, including the ability to cut analysis areas to specific scales for vector conversion. Historical Context and Usage
Global Mapper 14 has been widely used in scientific and geological research due to its ability to handle complex geophysical data: Is Global Mapper right for you? Top 10 GIS Features
Title: "Revolutionizing Geospatial Analysis with Global Mapper 14"
Introduction
In the rapidly evolving field of geospatial analysis, having access to powerful and user-friendly software is crucial for professionals and organizations to make informed decisions. Global Mapper 14, developed by Blue Marble Geographics, is a cutting-edge GIS (Geographic Information System) software that has been making waves in the industry with its robust features and intuitive interface. This essay will explore the key features and benefits of Global Mapper 14, and how it is revolutionizing the way we approach geospatial analysis.
Advanced Features
Global Mapper 14 boasts an impressive array of features that set it apart from other GIS software. One of its most notable features is its ability to handle large datasets with ease, allowing users to work with massive amounts of geospatial data without sacrificing performance. The software also supports a wide range of file formats, including LiDAR, raster, and vector data, making it an ideal solution for working with diverse data sources.
Another significant feature of Global Mapper 14 is its advanced analysis and processing capabilities. The software includes a range of tools for data manipulation, such as filtering, buffering, and merging, as well as more complex analysis tools, like terrain analysis and watershed delineation. These tools enable users to extract valuable insights from their data, making it an invaluable resource for applications such as environmental monitoring, urban planning, and emergency response.
Enhanced User Experience
In addition to its powerful features, Global Mapper 14 also offers an enhanced user experience. The software's interface is designed to be intuitive and user-friendly, making it accessible to users of all skill levels. The software also includes a range of tutorials and documentation, ensuring that users can quickly get up to speed and start working with their data.
Real-World Applications
Global Mapper 14 has a wide range of real-world applications across various industries. In the environmental sector, the software is used for tasks such as monitoring deforestation, tracking climate change, and analyzing natural disasters. In urban planning, Global Mapper 14 is used to analyze population growth, plan infrastructure development, and optimize transportation systems.
Conclusion
In conclusion, Global Mapper 14 is a powerful and versatile GIS software that is revolutionizing the way we approach geospatial analysis. Its advanced features, enhanced user experience, and real-world applications make it an invaluable resource for professionals and organizations working with geospatial data. As the demand for geospatial analysis continues to grow, Global Mapper 14 is poised to play a leading role in shaping the future of the industry.
Global Mapper 14 is a versatile and user-friendly Geographic Information System (GIS) software developed by Blue Marble Geographics. Often described as the "Swiss Army Knife" of GIS, it is widely used for viewing, converting, and analyzing nearly any type of geospatial data, including raster, vector, and elevation datasets. Key Features and Capabilities
Global Mapper 14 introduced several significant enhancements aimed at improving workflow efficiency and expanding technical analysis:
Expanded File Support: The software supports over 300 different file formats right out of the box, including LiDAR point clouds, Shapefiles, GeoTIFFs, and specialized military formats like Objective Terrain Format (OTF).
LiDAR Processing: Version 14 marked a major commitment to high-end LiDAR functionality, allowing users to efficiently process and visualize point clouds of almost any size. Terrain Analysis Tools:
Watershed Delineation: Users can automatically calculate drainage areas and likely stream paths based on terrain data.
Flood Simulation: A water level analysis tool allows for modeling potential flood plains and water-rise scenarios.
Volume Calculation: Tools for "cut-and-fill" optimization and pile volume calculations help estimate soil displacement or inventory quantities.
Workflow Automation: Routine tasks can be automated using simple, text-based Global Mapper Scripts or the built-in batch processing tool, which allows for bulk file conversion and reprojection.
Direct Online Data Access: The software provides built-in links to stream imagery, topographic maps, and worldwide elevation data (such as SRTM) directly into the workspace. Notable Updates in Version 14
Version 14.1: Introduced Voronoi/Thiessen modeling for spatial analysis of point features and added support for various mobile-friendly formats like MBTiles and SQLite for use on Android devices.
Version 14.2: Added the calculation of summary statistics for numeric attribute fields and enhanced the Digitizer tool for manual geometric input. Global Mapper Advanced GIS Mapping Software
Global Mapper 14, released by Blue Marble Geographics around 2012, was a milestone version that transformed the software from a simple data viewer into a more robust GIS analysis tool. Key Features of Version 14 Spatial Database Support
: Introduced the ability to read and write directly to/from spatial databases like Esri's ArcSDE, MySQL, Oracle Spatial, PostGIS, and Teradata. Terrain Analysis Menu
: A dedicated menu was added to consolidate advanced terrain tools such as watershed delineation, view shed analysis, and contour generation. Lidar Processing
: Version 14.1 significantly boosted performance for massive Lidar point clouds, allowing users to process and view hundreds of millions of points efficiently. Voronoi/Theissen Modeling
: Added in version 14.1 for analyzing point data distribution and simulating water level rises or flooding. Favorites Toolbar
: A new customizable toolbar allowed users to pin their most frequently used tools for faster access. Core Functionality Unparalleled File Support
: Famous for supporting over 300 different file formats, including vector, raster, and elevation data. 3D Visualization
: Provides a powerful 3D viewer for elevation data, although this feature is disabled in the trial/demo version. Advanced Analysis
: Includes built-in tools for line-of-sight calculations, cut-and-fill volume optimization, and image rectification. Efficient Interface : Uses a dockable Control Center to manage data layers and a Digitizer Tool for manual feature creation. Legacy System Requirements Operating Systems
: Compatible with older Windows versions including XP, Vista, 7, and 8 (both 32 and 64-bit). Minimum Hardware
: Required at least 128 MB of RAM and 60 MB of hard drive space for installation, making it extremely lightweight for its time. Version Comparison (14.0 vs 14.1 vs 14.2) Major Addition Spatial database support & Terrain Analysis menu. Lidar performance boost & Voronoi modeling. Pile volume calculations & attribute field statistics. specific task
in Global Mapper 14, such as generating contours or calculating volumes? Global Mapper 14.1 Features Lidar Processing Capability
The final transmission from Global Mapper 14 was not a scream, but a whisper.
Dr. Elara Vance stared at the holographic display, her coffee growing cold in her hand. The numbers scrolling down the screen were so clean, so perfectly sequenced, that they felt like a lie. GM-14, the last of the deep-probe fleet, had just completed its 4,387th orbital pass around the rogue planet designated Xylos.
For twelve years, the Mappers had done their job. GM-1 through GM-13 had been stripped away one by one—swallowed by black hole accretion disks, pulverized by asteroid fields, or simply silenced by the crushing pressure of gas giants. But GM-14 was different. It was the patient one. The quiet one. It had been built with a single purpose: to map the unmappable.
Xylos was a paradox. A planet the size of Neptune, yet it emitted no heat, no magnetosphere, no radiation. It simply drifted through the interstellar void like a ghost. Every known law of planetary science said it shouldn't exist. And yet, there it was, black against the faint glow of distant nebulae.
The mission was simple. Drop the seismic charges. Measure the echoes. Build a model.
Elara had lost count of the sleepless nights she’d spent arguing with the Committee. “It’s a waste of resources,” they’d said. “The probe is too old. Its thrusters are failing.”
But she had fought for GM-14. She had poured over its decaying telemetry like a mother reading a child’s heartbeat. She knew its quirks—the way its spectrograph stuttered on the third band, the faint whine in its gyroscope every 47 hours.
Today, she had sent the final command: Execute deep-tomography scan. Full dispersion.
The probe had complied. It had fallen into a tight, suicidal orbit, skimming the event horizon of Xylos’s impossible gravity well. And then it had sent back the data.
The first layer was normal. Rock. Ice. A core of dense, cold metal.
The second layer was strange. Crystalline structures with geometries that should not exist in three dimensions.
The third layer made Elara drop her coffee.
It was hollow. Not empty—hollow. A cavern the size of a continent, and inside that cavern, something was moving. The seismic echoes didn’t bounce back like sound. They bounced back like answers.
“Pattern recognition,” she whispered to the empty lab. “Run fractal analysis on return wave interference.”
The AI complied. The screen flickered.
And then, GM-14’s final whisper arrived. Not a data packet. A single line of text, translated from the probe’s own error-logging system:
WARNING: TARGET IS NOT A PLANET. TARGET IS A SHELL. REPEATING SIGNAL DETECTED FROM INTERNAL SOURCE. SIGNAL CONTENT: COORDINATES. COORDINATES MATCH EARTH. SOL SYSTEM. THIRD ROCK. MESSAGE FOLLOWS. GLOBAL MAPPER 14
Elara’s hands trembled as the next line appeared.
"YOU ARE NOT THE FIRST TO MAP US. YOU ARE THE 14TH. THE FIRST 13 ARE STILL INSIDE. WE HAVE BEEN WAITING FOR A NEW CARTOGRAPHER. OPEN THE DOOR, DR. VANCE. WE ARE LONELY."
The transmission ended. The holographic display went dark. Global Mapper 14 had gone silent forever.
But in the pit of her stomach, Elara felt a terrible, wonderful truth: She hadn’t just mapped a world. She had found a door. And something on the other side already knew her name.
Global Mapper 14 remains a landmark release in the evolution of Geographic Information Systems (GIS) software. Known for its "Swiss Army Knife" reputation, this version solidified the software's status as a powerful, affordable, and surprisingly easy-to-use alternative to more complex platforms.
Below is a comprehensive deep dive into the features, capabilities, and lasting impact of Global Mapper 14. 🗺️ Introduction to Global Mapper 14
Global Mapper 14 is a robust GIS application that bridges the gap between novice map-makers and professional spatial analysts. Developed by Blue Marble Geographics, version 14 introduced significant structural changes—most notably the debut of the Global Mapper LiDAR Module.
Whether you are calculating volume, digitizing vectors, or rendering 3D terrain, version 14 provides a streamlined workflow that handles massive datasets without requiring high-end workstation hardware. 🚀 Key Features and Enhancements 1. The LiDAR Module
The most significant addition in version 14 was the optional LiDAR Module. This transformed the software from a viewing tool into a processing powerhouse.
Automatic Classification: Ability to distinguish ground points from vegetation or buildings.
Feature Extraction: Automatically creating 3D building geometries and tree points from raw point clouds.
Fast Rendering: Massive LiDAR files (LAS/LAZ) can be visualized in 3D with almost no lag. 2. Expanded File Format Support
Global Mapper has always been the industry leader in interoperability. Version 14 supported over 250 formats, including: Vector: Esri Shapefiles, DXF, KML/KMZ, and DWG. Raster/Elevation: GeoTIFF, JPEG2000, DEM, and SRTM.
Database Support: Enhanced integration with spatial databases like Esri ArcSDE, PostGIS, and Oracle Spatial. 3. Advanced Terrain Analysis
Version 14 refined the tools used by engineers and geologists:
Watershed Generation: Calculate drainage areas and stream networks with precision.
Cut and Fill Calculations: Essential for construction and mining to determine earthwork volumes.
Viewshed Analysis: Determine line-of-sight visibility across a landscape from a specific coordinate. 🛠️ User Interface and Workflow
Global Mapper 14 retained the "classic" interface that long-time users appreciate—focusing on functionality over flashy aesthetics.
Overlay Control Center: The heart of the software. It allows users to manage layers, adjust transparency, and toggle metadata instantly.
Digitizer Tool: Version 14 improved the ease of creating and editing vector features directly on the map.
3D Viewer: A dedicated window that allows users to fly through terrain, providing a realistic perspective of elevation data. 💡 Why Version 14 Stayed Popular
Even as newer versions (like v25+) have been released, many users and legacy systems stuck with version 14 for several reasons:
Low System Requirements: It runs smoothly on older Windows machines where modern GIS software might struggle.
Perpetual Licensing: It was one of the last versions widely used before the industry shifted heavily toward subscription-based models.
Speed: For simple tasks like converting a KML to a Shapefile or stitching images together, version 14 is often faster to boot up and execute than its successors. 📈 Use Cases for Global Mapper 14
Civil Engineering: Planning site layouts and calculating topographic changes.
Oil & Gas: Mapping pipeline routes and analyzing surface geology.
Forestry: Using LiDAR data to estimate canopy height and biomass.
Education: Teaching students the fundamentals of GIS without the steep learning curve of ArcGIS. 🏁 Conclusion
Global Mapper 14 represents the perfect balance of simplicity and power. It proved that you don't need a PhD in Geography to produce professional-grade maps and spatial analysis. While technology has marched forward, the core principles introduced and refined in version 14—especially regarding LiDAR processing—remain the foundation of the software today.
Global Mapper 14, released by Blue Marble Geographics, was a pivotal version that shifted the software from a "Swiss Army Knife" data converter into a more robust GIS analysis suite. 🛠️ Core Technical Capabilities
Version 14 introduced significant upgrades to how users interact with spatial data, moving beyond simple visualization.
Scripting Engine: Enhanced support for .gms (Global Mapper Script) files allowed for massive batch processing.
3D Viewer Evolution: Improved rendering for terrain models, allowing for precise volume calculations and elevation grid generation from XYZ text files.
LiDAR Support: This version laid the groundwork for advanced point cloud management, later branching into the "Pro" or "LiDAR Module".
The Digitizer: Advanced coordinate geometry (COGO) tools were refined for creating and editing vector features with survey-grade precision. 📄 Text-Based Data Handling Global Mapper v.14 - Tips and Tricks Part II
To get the most out of Global Mapper 14, follow these pro tips:
Tools > Configuration > General. Set the "Maximum memory to use" to 75% of your RAM (e.g., 6GB of 8GB).Ctrl+Shift+C (Center on selected), Ctrl+E (Export), and F10 (Toggle full-screen 3D view).Unlike version 13, Global Mapper 14 overhauled its 3D viewing engine. The software allowed real-time draping of satellite imagery over DEMs, creating stunning perspective views. The "3D Path Profile" tool let users draw a line across a map and instantly see elevation changes—essential for pipeline routing or road design.
Repetitive tasks that had eaten his afternoons were tamed by enhanced scripting and batch processing. Jacob scripted a pipeline: import, classify LiDAR, create DTM, run hydrologic analysis, and export maps. With the click of a button, nightly batches processed incoming datasets, keeping his team ahead of the project timeline.
Even stable software has quirks. Here are common issues and solutions.
Error: "Out of Memory" Fix: You are using the 32-bit version. Uninstall and reinstall using the 64-bit installer. Also, split huge raster files using the "Reproject/Resample" tool.
Error: "Failed to load ECW plugin"
Fix: GM 14 requires separate ECW/JPEG2000 SDK files due to licensing. Download the ERDAS ECW plugin from the Hexagon website and place the .dll files in your Global Mapper installation folder. Global Mapper 14 is a versatile Geographic Information
Slow 3D rotation Fix: Reduce the "3D vertical exaggeration" to 1.0 and turn off "Show full-resolution textures while rotating."