Leica HxMap v4.3.0 x64

HxMap 是一个高性能多传感器工作流程平台，提供快速、直观且高效的后处理工作流程。它用于在一个界面内生成地理空间数据产品。它提供的生产工具可以从始至终获取原始飞行数据集，直至可交付产品在整个过程中细化辐射测量和几何形状。

通过一个中央主窗口中面向任务的视图（视角）的概念，引导用户完成可用的工作流程步骤。HxMap 创建的输出是基于图像或基于点的产品，可供第三方 GIS 应用程序使用。

HxMap 专注于飞行会话的下载、质量控制以及使用以下 Hexagon 传感器获取的数据的产品生成

-Leica RCD30（天底和倾斜）(1)
-Leica DMC III
-Leica ContentMapper
-Leica CityMapper 和 CityMapper-2
-Leica TerrainMapper 和 TerrainMapper-2
-Leica SPL100（单光子 LiDAR）
-Leica ALS80-HP 和 ALS80-UP

节省您的时间和成本
– 您和您的员工只需精通一个简单的用户界面即可生成任何已知的机载数据产品。不要浪费时间将数据从一种软件转移到另一种软件，而是从一个端到端的工作流程中受益。

前所未有的数据吞吐量
– 利用业界最快的数据吞吐量，并在一个后处理界面中更有效地处理任意数量的数据。

轻松适应您的需求
– 使用一个灵活的模块化平台创建您的个人后处理工作流程，只需在需要时添加软件许可证即可根据您的特定应用需求进行定制。

Leica HxMap 通用传感器后处理平台提供以下模块来满足您的需求 -HxMap
Enabler：启动器
-HxMap Provider：摄取、原始 QC、工作流程管理器、点云生成器、投影引擎 -HxMap 核心
图像：APM、空中三角测量、Infocloud、正交生成器
-HxMap Core LiDAR：自动校准、配准、颜色编码、数据指标、LiDAR QC
-HxMap 3D Modeller：城市建模器、纹理映射器、3D 编辑器、建筑查找器

系统要求
-IBM PC 兼容计算机，
-操作系统：Windows 10 64 位、Windows 8.1 64 位操作系统 Windows Server 2016 或 Windows Server 2012，适用于高吞吐量计算 (HTC) 环境。

-独立 Leica RCD30 系统或 DMC IIe 系列系统至少 16 GB RAM，对于任何其他支持的传感器，建议使用 64 GB RAM

空间：3 TB 或更多可用磁盘空间用于数据处理。用于数据处理的磁盘空间很大程度上取决于生产工作的特点和所使用的备份周期。建议有 20 TB 或更多可用空间。产品一整天的飞行数据可能需要大约 3 TB。

CPU：3 GHz处理器速度，总共8核或更多，需要支持SSE 4.2和AVX（2007/2008年推出）

GPU：显卡 – 中档消费级显卡，具有快速 RAM 速度，需要 OpenGL 2.0 或更高版本才能支持远程桌面（例如 NVidia Quadro P2000）

x64 | File Size: 1.54 GB

Description
HxMap is a high-performance multi-sensor workflow platform that provides a fast, intuitive, and efficient post-processing workflow. It is used to produce geospatial data products within one single interface. It provides production tools that take raw flight datasets all the way through deliverable products refining radiometry and geometry along the process.

The user is guided through available workflow steps via the concept of task-oriented views (perspectives) within one central main window. Outputs created by HxMap are either image based or point based products that can be consumed by third party GIS applications.

HxMap focuses on the download, quality control of flight sessions and product generation of data acquired with the following Hexagon sensors

-Leica RCD30 (Nadir and Oblique) (1)
-Leica DMC III
-Leica ContentMapper
-Leica CityMapper and CityMapper-2
-Leica TerrainMapper and TerrainMapper-2
-Leica SPL100 (Single Photon LiDAR)
-Leica ALS80-HP and ALS80-UP

Saving you time and costs
-You and your staff only need to be proficient in one simple user interface to produce any known airborne data product. Don’t waste time moving your data from one software to the other, but benefit from one end-to-end workflow.

Unprecedented data throughput
-Take advantage of the industry’s fastest data throughput and process any amount of data more efficiently in one single post-processing interface.

Easily adaptable to your needs
-Create your personal post-processing workflow with one flexible and modular platform that can be customised to your specific application needs by adding software licenses only once you need them.

The Leica HxMap common sensor post-processing platform offers the following modules to meet your needs
-HxMap Enabler: Enabler
-HxMap Provider: Ingest, Raw QC, Workflow Manager, Point Cloud Generator, Projection Engine
-HxMap Core Image: APM, Aerial Triangulation, Infocloud, Ortho Generator
-HxMap Core LiDAR: AutoCalibration, Registration, Colour Encoding, Data Metrics, LiDAR QC
-HxMap 3D Modeller: City Modeller, Texture Mapper, 3D Editor, Building Finder

System Requirements
-IBM PC-compatible computer,
-OS:Windows 10 64-bit, Windows 8.1 64-bit OS Windows Server 2016 or Windows Server 2012 for High Throughput Computing (HTC) environment.

-Minimum 16 GB RAM for Standalone Leica RCD30 systems or systems of the DMC IIe series, for any other supported sensor 64 GB RAM is recommended

Space:3 TB or more free disk space for data processing. Disk space for data processing depends largely on the characteristics of production work and back up cycles used. It is recommended to have 20 TB or more available. One full day flight data with products may require about 3 TB.

CPU:3 GHz processor speed, total of 8 cores or more, needs to support SSE 4.2 and AVX (introduced in 2007/2008)

GPU:Graphics card – Mid-Range Consumer level Graphics cards with fast RAM speed, OpenGL version 2.0 or greater is required to support Remote Desktop (such as NVidia Quadro P2000)