| 3D Visualization Studio |
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3D Animation
Learn how to create convincing 3D animations. |
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3D Overlay and Wireframe
Learn how to overlay images in 3D and display wireframes. |
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3D View Settings
Learn how to change the 3D appearance of your images. |
| Basic |
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2D View Settings
Learn how to customize the view settings of your 2D windows. |
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Customizing the User Interface
Learn how to customize the SPIP user interface. |
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Image Calculator
Learn how to do pixel-wise algebraic operations on images.
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Measure Tools
Learn how to use the manual measure tools in SPIP. |
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Multi Line Profiling
Learn how to use the multi line profiling tool to easily compare features in your image.
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Organizing Panes
Panes offer several advantages over conventional dialogs as they may be docked, auto-hided, and tabbed. Learn how to organize and lay out panes.
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Plane Correction (leveling)
Learn how to plane correct (level) your images automatically and manually.
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| Batch Processing |
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Batch Processing and Active Reporting
Learn how to batch process files and create reports by templates. |
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Roughness Plug-In
Learn how to create a user plug-in to calculate your roughness parameters in SPIP. You will learn how to integrate your own parameters in the SPIP user interface and in Active Report templates. |
| Calibration |
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Critical Dimensions
Learn how to measure step height, line width, slope angle, and other critical dimensions. |
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Hysteresis Correction
Learn how to remove hysteresis from your images with just a single mouse click.
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Lateral Calibration
This demonstration will show you how calibrate your images laterally. |
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Unit Cell Detection
Unit Cell Detection
Learn how to automatically detect unit cell structures and measure Fourier peaks.
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Z-Calibration and Step Height
Learn how to measure step heights automatically and calibrate the height of your images. |
| CITS Continuous Imaging Tunneling Spectroscopy |
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CITS Spectroscopy
Learn how to visualize and analyze I/V spectroscopy data. |
| Correlation Averaging |
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Correlation Averaging
Learn how to enhance repeated structures by correlation averaging.
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| Extended Fourier Analysis |
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Noise Reduction by Fourier Filtering
Learn how to remove remove noise by selective Fourier threshold filtering.
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Remove Waviness
Learn how to remove waviness from your images by Fourier band filtering and Gaussian filtering.
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| Filter |
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Filtering Directional Noise
Learn how to remove directional artifacts without disturbing the true surface signal of your image.
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Filtering Outlier Objects
Learn how to remove artifacts and/or outlier objects without disturbing the true surface signal of your image. |
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Removing Waviness
Learn how to remove waviness from your images by Fourier band filtering and Gaussian filtering. |
| Force Curve Analysis |
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Force Curve Analysis (General)
Learn how to analyze a force curve. |
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Force Curve Analysis (Indentation)
Learn how to calculate Young´s Modulus for force indentation experiments. |
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Force Curve Analysis (Pulling)
Learn how to fit the WLC model for force curve pulling experiments.
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Force Volume
Learn how to analyze force volume data.
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| Imagemet Explorer |
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File Importer Plug-In
Learn how to add your own file reader plug-in to SPIP.
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Imagemet Explorer
Learn how to use the Imagemet Explorer to browse, find, and report files.
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| Movie & Time Series Analysis |
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Movie and Time Series Analysis
Learn how to create movies by defining a sequence of frames for playback and export to .mpeg and .AVI. |
| Particle and Pore Analysis |
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Particle & Pore Analysis
Learn how to detect and analyze particles, pores, grains, and other surface features. |
| Plug-In Interface |
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File Importer Plug -in
Learn how to add your own file reader plug-in to SPIP. |
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Plug-In Interface
View an introduction to the Plug-In Interface, which allows you to add your own C++ and Visual Basic projects to SPIP.
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Roughness Plug-In
Learn how to create a user plug-in to calculate your roughness parameters in SPIP. Discover how to integrate your own parameters in the SPIP user interface and in Active Report templates.
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| Roughness and Hardness Analysis |
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Hardness Analysis
This demonstration will show you how analyze indentation experiments and calculate hardness parameters. |
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Removing Waviness
Learn how to remove waviness from your images by Fourier band filtering and Gaussian filtering. |
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Roughness Analysis
Learn how to carry out a full roughness analysis of your image with just a single mouse click. |
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Roughness Plug-In
Learn how to create a user plug-in to calculate your roughness parameters in SPIP. You will learn how to integrate your own parameters in the SPIP user interface and in Active Report templates. |
| Tip Characterization |
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Tip Characterization
Learn how to estimate the 3D shape of your tip and deconvolute your images. |
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You may view the following tutorials online,
or download them as FlashPlayer movie files. Downloaded files can be played in the SPIP Online pane within SPIP, or with any FlashPlayer version 2 compatible software.