SWizard Crack+ Free =========== [ul]Overview[ur] =========== SWizard is a program for analysis and postprocessing of spectral data. There are different ways of doing this depending on the kind of input spectrum. It starts by reading the excitation energies and oscillator strengths directly from output files or the command line, and then runs a convolution routine to produce a graphical display of the spectrum. Alternatively, the program converts a set of ASCII data files into a graphical display by means of the spreadsheet program Excel. After plotting, the spectra can be modified by fitting various analytical functions to them. We have also included the convenient "Fit by FFT" option, which allows fitting the spectrum to a known reference spectrum by means of fast Fourier transforms. In the latter case, SWizard opens a plot window of the Fourier transformed spectrum. Then the user has to enter the parameters to be fitted: width, height, offset, and amplitude. The best fit (minimum error) is reported in the plot. SWizard is therefore extremely flexible. In addition, the user can choose to carry out a least-squares, nonlinear least-squares, or manual fit. In all cases, the resulting spectrum can be exported as ASCII, text, or graphical files. [ul]Tools[ur] ========== [list][*]Convolver A simple to use program for convoluting a Gaussian, Lorentzian, or pseudo-Voigt convolution spectrum. The program is intended for Gaussian peaks, and has some bugs for Lorentzian peaks. [*]Manual fit Allows fitting a spectrum by a function of the user's choice. The user has to enter all the parameters of the function in the spreadsheet program Excel. [*]Nonlinear least-squares fit Allows fitting a nonlinear function. The user has to enter all the parameters of the function in the spreadsheet program Excel. [*]FFT fit Allows fitting a spectrum to a reference spectrum by means of fast Fourier transforms. [*]Fitting functions The user has to enter all the parameters of the function in the spreadsheet program Excel. The user can select any function from the following list: [list][*]Gaussian A Gaussian function. [*]Lorentzian A Lorentzian function. [*]Voigt SWizard Crack Free SWizard Free Download is a simple program that reads in the 2D spectrum and the matrix of 2D spectrum coordinates, performs the convolution with the software WinConv by J. Valentino. The 2D spectrum consists of counts as a function of wavelength and space. A 2D spectrum can be obtained with any type of photo detector. SWizard is compatible with the two major data formats of WinConv. Vibrationally resolved 2D spectrum can be treated the same way as the 1D spectra of ASCII format. If you already have generated an ASCII 2D spectrum with WinConv, you can perform the conversion by importing the ASCII file to SWizard. SWizard provides two different methods for reading the 2D spectrum: If you don't have the ASCII file for 2D spectrum, you can run SWizard with the command line arguments for WinConv. If the ASCII file for 2D spectrum is a part of your data file and you have it in your computer, you can run SWizard in the interactive mode. SWizard Command line Arguments: For 1D or 2D spectrum with the ASCII format: SWizard -save ASCII.txt input_1D.txt output_1D.txt SWizard -save ASCII.txt input_2D.txt output_2D.txt With the "interactive" mode, you can type "set var" to change the argument for SWizard. For a 2D spectrum with the ASCII format, SWizard reads in the data file and generates a spectrum of data in the ASCII format. SWizard will read the matrix of 2D spectrum coordinates and read in the matrix of excitation energies and oscillator strengths from the ASCII file. There are two ways to read the data: "use matrix:xyz" to read the matrix of 2D spectrum coordinates, "use xyz:abc" to read the matrix of excitation energies and oscillator strengths. The output data of SWizard are written in a format suitable for convolution with WinConv: "the_directory/output_xyz_abc.txt". SWizard generates the ASCII files in the folder named "output_xyz_abc". The file named "output_xyz_abc" is a rectangular array with the length of wavelengths in the first dimension and the length of space in the second dimension. The first line in the file shows the number of points, wavelength and space dimensions. Each line of the file after this header describes data of a spectrum point. Each data line is in a format similar to: 1a423ce670 SWizard Download [ASK] - Ask for the parameters of a Gaussian peak and display in real time the Gaussian parameters. [ASU] - Ask for the parameters of a Gaussian peak and display in real time the amplitude and frequency of the Gaussian. [EOS] - Ask for the parameters of a Gaussian peak and display in real time the excitation energy and oscillator strength. [PAS] - Ask for the parameters of a Lorentzian peak and display in real time the half-width, frequency, and amplitude of the Lorentzian. [PRS] - Ask for the parameters of a Lorentzian peak and display in real time the half-width, frequency, and amplitude of the Lorentzian. [PRT] - Ask for the parameters of a pseudo-Voigt peak and display in real time the "fwhm", "amplitude", "interference", "symmetry", and "asymmetry" of the pseudo-Voigt. [FOS] - Ask for the parameters of a Gaussian peak and display in real time the oscillator strength. [VOS] - Ask for the parameters of a vibrational peak and display in real time the amplitude and frequency of the vibrational peak. [ISI] - Ask for the parameters of a Lorentzian peak and display in real time the half-width, frequency, and amplitude of the Lorentzian. [PAI] - Ask for the parameters of a pseudo-Voigt peak and display in real time the "fwhm", "amplitude", "interference", "symmetry", and "asymmetry" of the pseudo-Voigt. [LOR] - Ask for the parameters of a Lorentzian peak and display in real time the half-width, frequency, and amplitude of the Lorentzian. [PV] - Ask for the parameters of a pseudo-Voigt peak and display in real time the "fwhm", "amplitude", "interference", "symmetry", and "asymmetry" of the pseudo-Voigt. [SET] - Set an extra data point for Gaussian peaks. [EPS] - Compute the real and imaginary parts of the Gaussian peak in the ASCII data format. [F2F] - A faster version of the routine What's New in the? System Requirements: Windows 7 (32-bit and 64-bit) Windows 8 (32-bit and 64-bit) Windows 8.1 (32-bit and 64-bit) CPU: Intel Core i3 or i5 RAM: 2 GB or more HDD: 2 GB or more GRAPHICS: NVIDIA GeForce GT or ATI Radeon HD or Intel HD DEVICE: HDMI output Designed by: Eli Segal, Jonathan Ellis Yon Jacob Contact:
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