Delphi, software

The first three terms in Eq. (2) are calculated using the Cornell force field [8] with no cutoff. The electrostatic solvation free energy is calculated by solving the Poisson-Boltzmann equation with the Delphi software [9, 10], which has been shown to constitute a good compromise between accuracy and computing time. 

Time-Intensity measurements were quantified by using Fizz Delphi software developed by Biosystemes (Biosystems, Couternon, Dijon,... 

To do this calculation a Borland Delphi program based on image processing techniques, named as VoidScan [26], has been developed to evaluate the percentage of void in eaeh photo. The screenshot of the software is shown in Figure 5. 

D. B. Boyd, in Reviews in Computational Chemistry, Vol. 4, K. B. Lipkowitz and D. B. Boyd, Eds., VCFI Publishers, New York, 1993, pp. 229-257. Compendium of Molecular Modeling Software. UHBD is available from Molecular Simulations Inc. DelPhi is available from BIOSYM. MEAD is described by D. Bashford and K. Gerwert, J. Mol. Biol., 224, 473 (1992). Electrostatic Calculations of the pK, Values of lonizable Groups in Bacteriorhodop-sin. MEAD can be obtained by anonymous ftp from scripps.edu (192.42.82.27) or from the author, bashford scripps.edu. 

A register database was developed by a programmer experienced in the development of biomedical databases. It was primarily made on the basis of Delphi Developer 2.0 software, but after about 3 years converted to run on the basis of Progress. 

Table 1 presents a list of the major software that currently solves the Poisson-Boltzmann equation for biomolecular systems. A variety of such programs exist, ranging from multipurpose computational biology packages (e.g., CHARMM, Jaguar, UHBD, and MacroDox) to specialized PB solvers (e.g., APBS, MEAD, and DelPhi). 

With respect to the computer language in which the software itself is written, the neural network is implemented in Delphi code. 

The software is written in Delphi and Visual C-l—I- and offers a window-based graphical surface. It runs on all 32-bit operation systems from Microsoft Corporation (MS-Windows XP). The minimum hardware requirements for AutoAnalysis include a computer with a Pentium microprocessor running Windows 95 or higher, 16 MB of RAM (32 MB is recommended) and 10 MB of free hard disk space. 

In this work, the external functions, written in the programming language Delphi, are used for the rigorous MINLP cost-optimization of a reactive distillation column for the production of methyl acetate. In this example, realistic thermodynamics including the dimerization of the acetic acid in the vapor-phase as well as realistic reaction kinetics are considered. The thermodynamic accuracy of the result is comparable to standard simulation software. 

The latest versions of the GAMS software offer a promising tool for overcoming these difficulties. According to Brusis et al., 2002, it is possible to transfer some calculation procedures to an external module. This external module can be written in another programming language as C, Fortran or Delphi. So, intermediate calculations can be arranged in the external module which delivers back the results for the function values... 

Delphi, Molecular Simulations, Inc., 9685 Scranton Rd., San Diego, CA 92121. DcIPhi and Solvation 95.0 Electrostatic Potential and Solvation Energy Software (1995). 

The USB host communicates with the USB peripheral through the HID device driver. The device driver is a software component that enables an application to access a hardware device. The appHcation software can be developed using any visual language that supports applied programming interfaces. Visual languages like Visual Basic, Visual C- —h, Delphi, Python, etc. can be used for developing application software. 

Here V(r), e(r), and p(r) are the electrostatic potential, the dielectric constant and the protein electron density in point r, while / stands for the ionic strength. DelPhi, a versatile software package providing numerical solutions to the Poisson-Boltzmann equation, is widely used for the calculation and visualization of the protein electrostatic potential (DelPhi 2009). 

Delphi. (2009). http //wiki.c2b2.coIumbia.edu/honi glab public/index.php/Software DeIPhi. Retrieved 10 Mar 2011. 

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