A section tool is provided to dissector cleave the surface plots. This allows any of the SandIR plots to be formatted using the full power and capabilities of Origin. As, Origin script window can be used to send text commands directly to the Origin graphics server. The full set of both 2-d and 3-d Origin plotting tools can be used to manipulate the attached plots. 3-d surface plots, projections, wire maps or contour plots of absolute temperatures are also updated at 20 to 30 Hz which approaches the real-time acquisition rate of the camera, These plots may be viewed full-screen or frozen in separate windows for comparison to later images. SandIR performs nearly 7 million temperature calculations per second and updates the image display through Direct Draw over the PCI bus at frequencies of 30 Hz. SandtR always processes all the data in the ROt for each acquired image so a complete temperature matrix is always available for any frozen image. Multiple pseudo-color palettes containing 64 colors are available as well as a 256 level grayscale palette for image colorizing. These files can then be loaded into SandIR at a later time for anatysis by a number of predefined tools or data probes. An incrementing save command makes It easy to save a sequence of images with a series of related file names. Live IR images can be frozen and then stored to computer disk. The maximum matrix size is 640x452 Including VIR and grayscale. SandIR displays these data in a 604x410 image. The FLIR camera images contain 175x131 pixels of real IR data. The raw more » radiosity data used by SandiR is derived from the 8-bit, 256 level, RS-170 (grayscale) NTSC camera signal. Images may be loaded in from saved files or viewed live by connection to a FLIR (Inframetrics) 600 or 760 IR camera or a video cassette recorder playing tapes recorded from a FLIR (Inframetrlcs) 600 or 760 IR camera- At this time, no other IR camera formats are supported. It is a 32-bit, 5 thread C++ OOP application that rests on Microsofts MFC and DirectDraw libraries, the DT3152LS driver functions and the LabEngine link libraries of Origin 4.1 for full functionality. SandIR is a sophisticated Windows2000/WindowsXP program for the capture and analysis of thermal images in real time. SRW versions interfaced to Python and to IGOR Pro (WaveMetrics), as well as cross-platform library with C API, are available. Besides the SR applications, the code can be efficiently used for various simulations involving conventional lasers and other sources. With these features, the code has already proven its utility for a large number of applications in infrared, UV, soft more » and hard X-ray spectral range, in such important areas as analysis of spectral performances of new synchrotron radiation sources, optimization of user beamlines, development of new optical elements, source and beamline diagnostics, and even complete simulation of SR based experiments. The code enables both fully- and partially-coherent radiation propagation simulations in steady-state and in frequency-/time-dependent regimes. Frequency-domain near-field methods are used for the SR calculation, and the Fourier-optics based approach is generally used for the wavefront propagation simulation. "Synchrotron Radiation Workshop" (SRW) is a physical optics computer code for calculation of detailed characteristics of Synchrotron Radiation (SR) generated by relativistic electrons in magnetic fields of arbitrary configuration and for simulation of the radiation wavefront propagation through optical systems of beamlines.
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