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Chemcraft提供了输出文件以结构化的形式呈现。被读取的文件被分成单的元素,例如单的几何形状或振动模式。对于每个元素,从文件中提取所有可用数据:原子坐标、能量梯度等。所有元素都呈现在分层列表中(图1)。单击列表中的元素自动显示图像上的单几何或模式,并允许显示不同的属性。该接口提供了计算数据的可靠可视化,包括非标准类型的计算、不完整的计算等。它还允许具有多个计算任务的复杂文件被可视化。对于能量扫描或IRC计算,通过扫描/IRC步骤将所有几何结构分成组。除了图形的数据表示之外,Chemcraft概述了输出文件的基本部分,并为文件的每个元素显示了一个简短的“摘要”。
The program combines advanced graphical user interface and wholesome features designed for practical use. Chemcraft provides very detailed structured visualization of output files, based on dividing a file into separate elements and presenting them in an hierarchical multi-level list; this feature allows one to easily analyze complicated files, such as scan jobs, IRC jobs, or multi-job calculations. The graphical engine of Chemcraft does not require any hardware acceleration.
![Chemcraft正版软件安装](//l.b2b168.com/2019/07/18/10/201907181030476922774.jpg)
Chemcraft can calculate root-mean-square distances between the Cartesian coordinates of two molecular structures ("Tools/RMS compare structures" menu item, see here). Besides that, the program can merge multiple structures to allow the user to visually see the difference between them.
![Chemcraft正版软件安装](//l.b2b168.com/2020/06/18/15/202006181534436222934.jpg)
Chemcraft从NMR计算(GIAO,CSGT)的Gaussian日志文件中读取各向同性屏蔽值。提供了一种简单的工具,用于将它们重新描述成化学位移和在原子组内的平均值。
Chemcraft对于ADF用户
Chemcraft读取ADF输出文件、ASCII TAPE21文件和ASCII TAPE41文件。目前,ADF输出文件的可视化不如GAMESS或Gaussian文件的可视化那样全面:提供了能量的提取、偶较矩的可视化和一些原子性质,但没有分子轨道可视化等。
与其他格式一起工作
除了Gamess-US, Gaussian 和ADF文件,Chemcraft可以读取NWChem、Jaguar、Oraca、Dalton、GAMESE-UK、Turbomole、MMOPRO和QChem输出文件、HyperChem文件、MSI或PDB格式的文件(这些格式未被全面支持)和MolDraw and Priroda程序格式、NBO格式(.31-.40文件)、Molden文件、MFJ、SDF和Tinker、Crystal文件、VASP和Shellx文件、晶体学CIF文件和简单的文本文件与原子的Cartesian坐标。Chemcraft提供了一个通过剪贴板导入/导出文本格式的原子坐标的接口,这有助于使用任何类型的计算数据。将原子坐标导出到剪贴板中对于快速创建输入文件也是有用的。Chemcraft包含一个分数坐标转换的功能,用于晶体学测量和Cartesian,反之亦然,用于单数(a,b,c等)。
The program provides structured presentation of output files. The file being read is divided into separate elements, such as individual geometries or vibrational modes. For each element all available data is extracted from the file: atomic coordinates, energy gradient, etc. All elements are presented in hierarchical list (see fig. 1). Clicking on the elements of the list automatically displays individual geometries or modes on the image and allows different properties to be visualized. This interface provides reliable visualization of computational data, including non-standard types of calculation, incomplete calculations, etc. It also allows complicated files with multiple calculation jobs to be visualized. For energy scan or IRC calculations, all geometries are divided into groups by scan/IRC steps. Besides graphical presentation of data, Chemcraft outlines the most essential parts of output file and shows a brief "abstract" for each element of the file.
![Chemcraft正版软件安装](//l.b2b168.com/2020/06/18/15/202006181534419872064.jpg)
Menu items "Edit/Add atom" and "Edit/Add fragment" allow new molecules to be built from individual atoms or molecular fragments (radicals, etc). The possibility to edit the set of standard fragments and supplement it with custom fragments is provided ("Edit/Add selected fragment to database"). Keys Ctrl+C, Ctrl+V provide the transfer of fragments via clipboard (e.g., to copy a radical from one molecule to another).
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