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| Basic software for image acquisition and visual alignment and autoreflection using only the images of the targets |
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- High resolution digital camera characteristics: 1280 x 1024 pixels, 7.5 x 7.5 microns / pixel, 15 fps at maximum resolution
- Real-time continuous acquisition and display software with possibility of online modification of the exposure time to get the best contrast.
- Real-time sub-frame acquisition and display.
- Possibility of displaying a selected zone of the image with user-selected magnification in real-time.
- Possibility of drawing a cross hair defining the center of the reference target image superposed on the image of the current target.
- Images can be saved in tiff format and reloaded from the file, printed out and imported in any kind of document like Word, Publisher etc. through a simple Cut & Paste operation.
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| Software for precise alignment using image analysis |
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- Any two targets can be used for defining the line-of-sight
- Definition of line of sight for targets, diameter and distance for each of the targets from the reference target inside the MAT. These data are used during the analysis.
- Definition of ambient temperature during measurements that will be printed out as annotation in tables and graphs.
- Details of the operator who is making the measurements, date of measurements and date of analysis that will be printed out as annotation in tables and graphics.
- A project is created at the beginning of the measurements and all subsequent measurements and output results will be automatically saved in the same project.
- Images of the different targets are automatically saved in tiff format for future analysis if required.
- The analysis procedure gives results with a precision of less than 2 microns.
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| Analysis of the target images gives the following table and graphs output: |
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- Tables with (x,y) centers and their estimated errors from analysis, also stored in a file with suffix table.
- Graphs of (x,y) position of the centers of the targets with respect to the line of sight
- Graphs of (dx,dy) displacements of the centers of the targets with respect to the line of sight
- Graphs with indication of movements to be applied for any pair of targets to get aligned. Direction of movement is also specified.
- Outline of each target for checking quality of the image (e.g. due to air turbulence in the workshop).
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Any graph can be imported in any kind of document like Word, Publisher etc. through a simple Cut&Paste operation. Graphs and the output tables can also be printed out on any printer attached to the PC.
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| Software for precise autoreflection using image analysis |
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- Definition of diameter and distance for Image and Reference target. These data are used in the analysis.
- Definition of ambient temperature during measurements that will be printed out as annotation in tables and graphics
- Details of the operator who is making the measurements, date of measurements and date of analysis that will be printed out as annotation in tables and graphics.
- A project is created at the beginning of the measurements. Reference and Image images and output results will be automatically saved in the same project
- Images of the targets are automatically saved in tiff format for future analysis if required.
- The analysis procedure gives results with a precision of less than 5 microns.
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| Analysis of the target images gives the following table and graphs output: |
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- Tables with (x,y) centers and their estimated errors from analysis, also stored in a file with suffix .table.
- Graphs of (x,y) position of the centers of the 2 targets.
- Graphs of (dx,dy) displacements of the centers of the 2 targets.
- Graphs with indication of tilt to be applied to the image target to get aligned with respect to the reference target. Direction of tilt is also specified.
- Outline of Image and Reference targets, for checking quality of the image (e.g. due to air turbulence in the workshop).
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Any graph can be imported in any kind of document like Word, Publisher etc. through a simple Cut & Paste operation. Graphs and the output tables can also be printed out on any printer attached to the PC.
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