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| Numerical simulation of molecule processes on surface of growing crystal by Monte-Carlo method by state of art algorithm for educational and research purposes. Incorporate found universal formulas for calculation growth rate, roughness, hole-like defects concentration. |
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| The LeoNetCDF software application permits to display and edit content of binary NetCDF files in tree style control of a standard window interface environment. LeoNetCDF uses a state of art codes that are implemented a description of NetCDF format. It also can convert content of NetCDF file in and out a file in XML format that can be edited with any standard text editor application such as WordPad. |
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| We've developed the KBDIS (Keetch-Byram Drought Index Software) for calculating Keetch-Byram Index as a drought index. You can import your data as excel file and calculate KBDI in yearly, seasonally, monthly, and daily Formats. This software can draw linear, Columnar, and box-plot graphs. The user can easily determine the field capacity option in this tool. KBDIS developed for researchers and scientists. |
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| We developed the MDM (Meteorological Drought Monitoring) software application for calculating eight rain-based meteorological drought indices, namely: SPI (Standardized Precipitation Index), DI (deciles index), PN (Percent of Normal Index), RAI (Rainfall Anomaly Index), EDI (effective drought index), CZI (China-Z index), MCZI (modified CZI), and ZSI (Z-Score Index) in form of yearly, seasonally, monthly and moving average for 3, 6, 9, 12, 18, 2 |
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| This version of NetCDF-Extractor can extract data from several files. After user loading file the tool will merge files. By this software the user can save his/her time. It has a grid number calculator tool. In this calculator by entering latitude and longitude of the desirable region (case study), the user can view of the grid number of that region. In this version the user can easily calculate the average and the sum values of the selected area |
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| The Excel CAPE-OPEN Unit Operation is a unit operation implementation for which the calculations can be entered in Microsoft Excel. It will allow you to create an Excel workbook that defines the equations for calculating a unit operation, and use it in a CAPE-OPEN compliant simulation environment that supports CAPE-OPEN version 1.0 or 1.1 thermodynamics. |
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| Obtain data from images of graphs scanned from articles or available as image. Import the graph into ScanIt from a scanner or file, or from the clipboard. Define locations of the graph's axes by indicating known points. Extract data from the graph by manually picking points, by scanning for points or by scanning along curves. Copy the scanned data to Excel or export data to file. |
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| The SciLab CAPE-OPEN Unit Operation is a CAPE-OPEN compliant unit operation implementation for which the calculations can be entered in SciLab and solved using Scilab solvers. Can be used in CAPE-OPEN compliant process simulators that support version 1.1 thermodynamics. Requires Scilab installation. Free of charge for academic and non-commercial use. |
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| Import CAPE-OPEN version 1.1 thermodynamic and physical Property Packages into SciLab. A command driven package allows for selecting a CAPE-OPEN Property Package, and then perform thermodynamic and physical property calculations and phase equilibrium calculations. Requires separate installation of Scilab, free-of-charge) and third party thermodynamic server. Free for academic and non-commercial use. |
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| In this software the user can draw graphs and calculate efficiency criteria: d, NSE, RMSE, MBE, Pearson and Spearman. The user can compare outputs of KNN-WG with other models such as Lars-WG, SDSM, CMIP5, and etc. One of the most advantages of the KNN-WG software is that the user can select every number of variables (from 7 variables) to generate future data. |