Surfer 26 3D地形等高線圖軟體
- Surfer 26 3D地形等高線圖軟體
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類別地球科學軟體
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介紹Surfer contour maps give you full control over all map parameters. You can accept the Surfer intelligent defaults to automatically create a contour map, or double-click a map to easily customize map features.
Surfer 26 3D Terrain Contour Map Software
Communicate simple and complex spatial data with ease. Whether your work is related to geology, hydrology, construction, environment or any related industry, Surfer provides you with the tools to create high quality maps to clearly communicate your information to colleagues, clients, stakeholders, etc.
Surf Map Type
• Profile
• According to
• Post
• 3D Surface
• Color relief
• Category Posts
• Peaks and troughs
• 1-Grid vectors
• 2-Grid vectors
• Watershed
• Grid Value
• Viewshed
• Point Cloud
Model Data in Multi-Dimensions
Whether for education, research or industrial projects, gain deeper insights into your data when viewed in three-dimensional space. Surfer’s 3D viewer makes it easy to model, analyze, and understand all aspects of your data. Switching between Surfer’s 2D and 3D perspectives ensures you discover all of your data’s patterns and trends.
Achieve a 360⁰ Perspective
• View point data, 3D polylines, 3D polygons, 3D polymeshes, and surfaces in true 3D space
• Rotate your map
• Walk along the surface
• Adjust the vertical exaggeration
• Add X, Y or Z axes to gain a frame of reference
• Create a color scale bar
• Note the X, Y or Z position of the cursor in the status bar
• Create and record fly-through videos to share with others
• Export the model to a 3D PDF or VRML file
• Export the model to an image file, like JPG, TIF or PNG
• Copy the display and paste it into reports and presentations
LiDAR Point Clouds
LiDAR is an increasingly popular data collection method used within many fields including archaeology, surveying, GIS, and more. Use Surfer’s extensive LiDAR processing and visualization features to take advantage of all that LiDAR has to offer.
Surfer's LiDAR Point Cloud Features
• Create a point cloud from multiple LAS/LAZ files
• Assign color by elevation, intensity, return number,
or classification
• Select points interactively or by criteria
• Remove, reclassify or crop to selected points
• Create a grid from the point cloud or export to LAS/LAZ
• Visualize all aspects of the data in the 3D view
Surfer's LAS/LAZ Filtering Options
• Spatial filtering based on XY bounds or elevation data limits
• Import every Nth point
• Import only the desired Return type or Classification values
• Import data with specified Source ID
• Flag filters such as scan direction, edge of flight, or synthetic,
key, and withheld points
Streamlined Workflows
You will be up and running in matter of minutes. Surfer’s user interface was designed to take the guesswork out of learning a new program for users in any industry, from hydrology to construction. We worked hard to streamline workflows so you don’t have to.
Surfer User Interface Features
• Welcome dialog to get you started
• Map wizard to quickly create maps and models
• Customize ribbon and quick access toolbar
• Dock or float all windows
• Single window to view, edit, and manipulate the data and maps
• Contents window to easily manage layers of maps and models
• Properties window for quick feature editing
• Worksheet window to view or edit raw data
Enhance Maps & Models
Surfer gives you the tools to visualize and model all types of data, but it doesn’t stop there. Surfer’s extensive customization options allow you to convey complex ideas in an easy to understand manner, whether applying for a grant, presenting to a class or sharing your findings with industry peers. Enhance your maps and models with a variety of customization options.
Surfer Customization Options
• Add legends, cross sections, magnifiers, scale bars,
and multiple axes
• Include headers and footers
• Apply linear or logarithmic color scales
• Adjust tilt, rotation, and field of view angle
• Edit all axis parameters
• Include graticule lines or another grid
• Combine or stack multiple maps
• Define custom line styles and colors
• Edit text, line, fill and symbol properties
• Add text, polylines, polygons, symbols, and spline polylines
• Include range rings
Full Grid Control
Surfer gives you extensive control over grid files. Create isopach maps for structural geology, calculate volumes for inventory management or derivatives for terrain analysis, and even create site suitability models all with grid files. Achieve a complete understanding of your underlying data.
Surfer Grid Features
• Directly edit the underlying grid data
• Calculate volume and area of grids
• Add, subtract, multiply, and divide grids
• Perform custom mathematical functions on grids
• Calculate differential and integral operations or
Fourier and spectral analysis
• Convert areas to nodata
• Project grids from one coordinate system to another
• Mosaic multiple grids together seamlessly
• Transform, offset, rescale, rotate, or mirror grids
• Filter grids with high- and low-pass filters
• Extract smaller areas from a grid
• Subtract the Z in the grid from the original Z
• Calculate the volume and areas between contours
Edit Contours
Edit contour lines down to the finest detail. Surfer’s grid editor lets you quickly adjust contour lines by interactively editing the underlying grid file. Brush, warp, smooth, push down or up, and erase grid nodes, and immediately see the changes to your grid-based maps.
• Perform free-hand contour editing
• Brush specific Z values across nodes
• Smooth contours
• Pull up or push down contours in specific areas
• Warp contour lines
• Erase parts of the contour map
• Find the Z value at any XY point location
Grid Data with Certainty
Have complete confidence in the accuracy of your model. Surfer provides numerous interpolation methods to grid regularly or irregularly spaced data onto a grid or raster, and each interpolation method provides complete control over gridding parameters. Plus, no time is wasted with multithreaded gridding!
Surfer Gridding Methods
• Kriging
• CoKriging
• Inverse Distance
• Minimum Curvature
• Natural Neighbor
• Triangulation with Linear Interpolation
• Nearest Neighbor
• Local Polynomial
• Polynomial Regression
• Data Metrics
• Radial Basis Function
• Modified Shepard's Method
• Moving Average
Surfer Interpolation Features
• Variogram models
• Anisotropy
• Kriging with external drift
• Faults and breaklines
• Control over search neighborhood size, shape, and constraints
• Data filtering
• Automatic data statistics
• Create grid files directly from contour polylines
• Grid to convex hull
• Duplicate handling
• Cross validation
• Control over output geometry and resolution
• Limit or clamp z-values
Make Meaningful Decisions
Get answers to your questions with Surfer’s geoprocessing tools. Process your data and analyze relationships. Narrow down areas of interest, highlight important intersections, or perform mathematical calculations on the underlying data to make informed decisions.
Surfer Geoprocessing Tools
• View, create, edit and delete object attributes
using the convenient Attribute Table
• Calculate attribute values
• Query objects based on attribute values
• Perform Delaunay Triangulation
• Reshape, simplify, and smooth out folds, polylines, and grids
• Create buffers around points, folds, and polygons
• Convert between polygons and polylines
• Create polygons by combining existing polygons
• Create points or polygons in intersecting regions
• Connect or disconnect polylines at specified locations
• Combine and divide islands
• Georeference images
• Cropped images
• Set the colors in the image to transparent
Surfer Symbols
• Apply line, fill, and symbol attributes based on attribute values
• Show symbol system in legend
• Apply lines, fills, and symbols based on unique values, uncategorized colors,
Sorted colors and symbols and pie charts to select the symbol system
• Proportional display of components with pie charts
Access Online Data Now
Lots of data at your fingertips, waiting to be visualized. Surfer gives you instant access to global aerial imagery, open street map imagery, global vector data, and topographic data. If you have your own favorite data server or access to a private data server, include a custom link to that source for easy access. surfer makes it easy to access excess online data.
Supported server types:
• Open Street Map Server (OSM)
• Network Coverage Server (WCS)
• Web Essentials Server (WFS)
Seamless collaboration with all coordinators
Your job is to translate data into valuable visualizations. Surfers' job is to make it easy for you.
Surfer effortlessly manages unreferenced data and data projected in different/multiple coordinate systems. It's really easy.
Surfer Coordinate System Features
• Over 2500 predefined cushion systems
• Creating Customized Coordinate Systems
• Search for coordinate systems by name or EPSG number
• Reproject the coordinate system
• Over 80 ellipsoids
• More than 45 predefined linear units
• Create custom linear units
• Add latitude and longitude grids or grids to see different coordinate systems on the map
Fully compatible
Seamlessly visualize and analyze data from multiple sources across multiple industries.Surfer natively reads multiple file formats including SHP, DXF, and XLSX.Surfer also supports all popular export formats. A wide range of data management tools are available for you to use for full compatibility.
Collaborate with confidence
Share your work quickly with colleagues, stakeholders, and clients in geology, hydrology, architecture, and more.Surfer models are ready for print publication in high-quality export formats, including PDF, 3D PDF, or TIF.Or, share online using Web-compatible formats like JPG or PNG.Surfer models are ready for print publication in high-quality export formats, including PDF, 3D PDF, or TIF. Your work. If you are preparing a presentation, simply copy and paste your map or model into a presentation tool, such as Microsoft PowerPoint or Word.
Work smart, Not Hard with Automation
Don't waste time doing the same process over and over again. Create scripts to automate repetitive or iterative tasks. Surfer can be called from any automation-compatible programming language such as C, Python, or Perl. Surfer also comes with Scripter, a built-in Visual Basic-compatible scripting tool.
系統需求
Windows 10, 11 or higher
64-bit operation system support
HD:
At least 500 MB free hard disk space
RAM:
At least 512 MB RAM for simple data sets, 16GB RAM recommended
3D View requirements:
OpenGL v3.2 or later, including the following support:
Vertex, Fragment, and Geometry shaders
GLSL (GL Shading Language) 150
Surfer 26 3D地形等高線圖軟體
輕鬆傳達簡單和復雜的空間數據。無論您的工作與地質、水文、建築、環境還是任何相關行業有關，Surfer 都能為您提供創建高質量地圖的工具，以便向同事、客戶和利益相關者等清晰地傳達您的信息。
衝浪地圖類型
• 輪廓
• 根據
• 郵政
• 3D 表面
• 顏色浮雕
• 分類帖子
• 高峰和低谷
• 1-網格向量
• 2-網格向量
• 分水嶺
• 網格值
• 視域
• 點雲
多維模型數據
無論是教育、研究還是工業項目，在 3D 空間中查看數據時，都能更深入地了解數據。Surfer 的 3D 查看器可以輕鬆地對數據的各個方面進行建模、分析和理解。在 Surfer 的 2D 和 3D 視角之間切換可確保您發現所有數據的模式和趨勢。
實現 360⁰ 透視
• 在真正的 3D 空間中查看點數據、3D 折線、3D 多邊形、3D 多邊形
網格和曲面
• 旋轉你的地圖
• 沿著表面走
• 調整垂直誇張
• 添加 X、Y 或 Z 軸以獲得參考系
• 創建顏色比例尺
• 注意狀態欄中光標的 X、Y 或 Z 位置
• 創建和錄製飛越視頻以與他人分享
• 將模型導出為 3D PDF 或 VRML文件
• 將模型導出為 圖像文件，如 JPG、TIF 或 PNG
• 複製顯示並將其粘貼到報告和演示文稿中
LiDAR Point Cloud
LiDAR 是一種越來越流行的數據收集方法，用於許多領域，包括考古學、測量學、GIS 等。使用 Surfer 廣泛的 LiDAR 處理和可視化功能，充分利用 LiDAR 提供的所有功能。
Surfer 的 LiDAR Point Cloud功能
• 從多個 LAS/LAZ 文件創建點雲
• 按高程、強度、返回編號或分類分配顏色
• 以交互方式或按標準選擇點
• 刪除、重新分類或裁剪到選定的點
• 從點雲創建網格或導出到 LAS/LAZ
• 在 3D 視圖中可視化數據的所有方面
Surfer 的 LAS/LAZ 過濾選項
• 基於 XY 邊界或高程數據限制的空間過濾
• 每 N 個點導入
• 僅導入所需的返回類型或分類值
• 使用指定的源 ID 導入數據
• 標記過濾器，例如掃描方向、飛行邊緣或合成點、關鍵點和保留點
穩健可靠
簡化的工作流程
您將在幾分鐘內啟動並運行。Surfer 的用戶界面旨在讓任何行業（從水文到建築）的用戶在學習新程序時都無需猜測。我們努力簡化工作流程，因此您不必這樣做。
衝浪用戶界面功能
• 歡迎對話框讓您開始
• 地圖嚮導快速創建地圖和模型
• 自定義功能區和快速訪問工具欄
• 停靠或浮動所有窗口
• 查看、編輯和操作數據和地圖的單一窗口
• 內容窗口可輕鬆管理地圖和模型層
• 用於快速特徵編輯的屬性窗口
• 用於查看或編輯原始數據的工作表窗口
增強地圖和模型
Surfer 為您提供了可視化和建模所有類型數據的工具，但它並不止於此。Surfer 廣泛的自定義選項使您能夠以易於理解的方式傳達複雜的想法，無論是申請資助、向課堂展示還是與行業同行分享您的發現。使用各種自定義選項增強您的地圖和模型。
衝浪者自定義選項
• 添加圖例、橫截面、放大鏡、比例尺和多個軸
• 包括頁眉和頁腳
• 應用線性或對數色標
• 調整傾斜、旋轉和視野角度
• 編輯所有軸參數
• 包括刻度線或其他網格
• 組合或堆疊多個地圖
• 定義自定義線型和顏色
• 編輯文本、線條、填充和符號屬性
• 添加文本、折線、多邊形、符號和样條折線
• 包括範圍環
全電網控制
Surfer 使您可以對網格文件進行廣泛的控制。為構造地質創建等厚圖，計算用於庫存管理的體積或用於地形分析的衍生物，甚至創建所有帶有網格文件的場地適宜性模型。全面了解您的基礎數據。
衝浪者網格功能
•直接編輯底層網格數據
•計算網格的體積和麵積
•加、減、乘、除網格
•在網格上執行自定義數學函數
•計算微分和積分運算或傅立葉和頻譜分析
•將區域轉換為無數據
•將網格從一個坐標系投影到另一個坐標系
•將多個網格無縫拼接在一起
•變換、偏移、重新縮放、旋轉或鏡像網格
•帶有高通和低通濾波器的濾波器網格
•從網格中提取較小的區域
•從原始 Z 中減去網格中的 Z
•計算輪廓之間的體積和麵積
編輯輪廓
將輪廓線編輯到最精細的細節。Surfer 的網格編輯器可讓您通過交互編輯底層網格文件來快速調整等高線。刷、扭曲、平滑、向下或向上推以及擦除網格節點，並立即查看基於網格的地圖的更改。
•執行手繪輪廓編輯
•跨節點刷特定的 Z 值
•光滑的輪廓
•在特定區域上拉或下推輪廓
•翹曲輪廓線
•擦除部分等高線圖
•在任何 XY 點位置查找 Z 值
具有確定性的網格數據
對模型的準確性充滿信心。Surfer 提供了多種插值方法來將規則或不規則間隔的數據網格化到網格或柵格上，並且每種插值方法都提供對網格化參數的完全控制。另外，多線程網格不會浪費時間！
衝浪者網格化方法
• 克里金法
• 克里金法
• 反距離
• 最小曲率
• 自然鄰居
• 帶線性插值的三角剖分
• 最近的鄰居
• 局部多項式
• 多項式回歸
• 數據指標
• 徑向基函數
• 修正 Shepard 方法
• 移動平均線
衝浪者插值功能
• 變異函數模型
• 各向異性
• 具有外部漂移的克里金法
• 故障和斷裂線
• 控制搜索鄰域的大小、形狀和約束
• 數據過濾
• 自動數據統計
• 直接從等高線折線創建網格文件
• 網格到凸包
• 重複處理
• 交叉驗證
• 控制輸出幾何形狀和分辨率
• 限製或箝制 z 值
做出有意義的決定
使用 Surfer 的地理處理工具獲取問題的答案。處理您的數據並分析關係。縮小感興趣的區域，突出顯示重要的交叉點，或對基礎數據進行數學計算以做出明智的決策。
衝浪地理處理工具
• 使用方便的屬性表查看、創建、編輯和刪除對象屬性
• 計算屬性值
• 根據屬性值查詢對象
• 執行 Delaunay 三角剖分
• 重塑、簡化、平滑折線、多邊形和網格
• 在點、折線和多邊形周圍創建緩衝區
• 在多邊形和折線之間轉換
• 通過組合現有多邊形創建多邊形
• 在相交區域創建點或多邊形
• 在指定位置連接或斷開多段線
• 合併和分割島嶼
• 地理參考圖像
• 裁剪圖像
• 將圖像中的顏色設置為透明
衝浪者符號
• 根據屬性值應用線、填充和符號屬性
• 在圖例中顯示符號系統
• 根據唯一值、未分類的顏色和符號、
分類的顏色和符號以及餅圖選擇符號系統
• 用餅圖顯示各組成部分的比例
立即訪問在線數據
大量數據觸手可及，等待可視化。Surfer 可讓您立即訪問全球航空影像、開放街道地圖影像、全球矢量數據和地形數據。如果您有自己喜歡的數據服務器或訪問私有數據服務器，請包含指向該源的自定義鏈接以便於訪問。Surfer 可以輕鬆訪問過剩的在線數據。
支持的服務器類型：
• 網絡地圖服務器 (WMS)
• 開放街道地圖服務器 (OSM)
• 網絡覆蓋服務器 (WCS)
• Web 要素服務器 (WFS)
與所有坐標係無縫協作
您的工作是將數據轉換為有價值的可視化。衝浪者的工作是讓你輕鬆。
Surfer 毫不費力地管理未引用的數據和投影在不同/多個坐標系中的數據。它真的很容易。
衝浪者坐標系特徵
• 超過 2500 個預定義坐標系
• 創建自定義坐標系
• 按名稱或 EPSG 編號搜索坐標系
• 重新投影坐標系
• 超過 80 個橢球
• 超過 45 個預定義的線性單位
• 創建自定義線性單位
• 添加經緯網或網格線以查看地圖上的不同坐標系
完全兼容
無縫可視化和分析來自多個行業的多個來源的數據。Surfer 本身可以讀取多種文件格式，包括 SHP、DXF 和 XLSX。Surfer 還支持所有流行的導出格式。一套廣泛的數據管理工具可供您使用，以實現完全兼容性。
aaa充滿信心地合作
與地質、水文、建築等領域的同事、利益相關者和客戶快速分享您的工作。Surfer 模型已準備好以高質量的導出格式進行印刷出版，包括 PDF、3D PDF 或 TIF。或者，使用 JPG 或 PNG 等 Web 兼容格式在線共享您的作品。如果您正在準備演示，只需將您的地圖或模型複制並粘貼到演示工具中，例如 Microsoft PowerPoint 或 Word。
聰明地工作，不努力自動化
不要浪費時間一遍又一遍地做同樣的過程。創建腳本以自動執行重複性或重複性任務。可以從任何與自動化兼容的編程語言（例如 C、Python 或 Perl）調用 Surfer。Surfer 還附帶 Scripter，這是一種內置的 Visual Basic 兼容腳本工具。
通過自動化節省時間，並通過查看Surfer 自動化知識庫中的大量示例腳本來節省更多時間！
TerrSet 18.2 地理空間監測與建模系統
TerrSet是一個集成功能豐富的地球永續發展監視和建模軟件。 基於克拉克大學地理研究所三十年的發展，TerrSet提供了一系列集成的應用程序。
Didger 5 地理座標圖像軟體
Didger solves the problem of combining data files in different file formats and in different coordinate systems, by providing extensive tools to transform your GIS data into one cohesive coordinate system.
QUAKE/W 動態地震分析軟體
QUAKE/W is a geotechnical finite element software product for the dynamic analysis of earth structures subjected to earthquake shaking, or point dynamic forces from a blast or a sudden impact load. Using QUAKE/W, you can determine the motion and excess pore-water pressures that arise due to shaking. Its comprehensive formulation makes QUAKE/W well suited to analyzing a wide range of problems.