DoseUtility is designed to be an Open Source instrument that has a user interface to query, import, retrieve and extract and report radiation dose information. The applicatiom is written in pure Java and will run on any platform. The program can also be started from the web without local installation.


 

 

 

 

 

 

Dose Utility Product Key Full PC/Windows (Updated 2022)


Dose Utility can be used to query, retrieve and extract a customized list of dose information that will be displayed as an HTML table, a datatable or a forest plot. Currently Dose Utility supports Co-60, NaF and I-131 rads and dose information can be either calculated from the application or extracted from Radiologic Information Management System (RIMS) database and then returned to the user. User may select dose information to be imported to the application, or if there are dose information available in the file system or database, the import will be processed automatically. Dose Utility displays a preview of the information and also exports the information to a specified file. The import and export are done using the application and are completely transparent to the user. Users can download dose information in the form of a comma separated files, a tab separated files, or a normal data file. Major Features of Dose Utility: * Dose Utility is completely Open Source. The source code is free and available to download, including the distribution in both the web and desktop versions of the application. * The program has a rich user interface designed to ease the import and export of various dose information from different sources. * Dose Utility is portable and can run on any platform. It has been designed to be a web application and does not require any installation except for Java software. * Dose Utility has extensive user documentation, including the help menu which is available for each operation performed by the program. * Dose Utility can be started directly from the web browser and does not require any installation. * Dose Utility has been tested and validated on many different platforms. * Dose Utility is built from the ground up to support a wide variety of dose information. * Dose Utility supports the common rads such as Co-60, NaF, I-131 and the others in radiological and nuclear industries. * Dose Utility also supports the import and export of dose information in the form of text files, or the import and export of dose information in the form of an standard database. * With Dose Utility, the import and export of dose information to a file are completely transparent and do not interfere with the import and export process of dose information from other application or file sources. * Dose Utility supports password protection on the export and use of the saved data file. * Dose Utility has been designed



Dose Utility Crack+ With Registration Code Download [32|64bit] [2022-Latest]


The goal of this application is to collect, visualize and process the data from any Dose meter in the industry. It should be able to import data from generic readers as well as from a personal dose meter. Furthermore, it should be able to plot the results and to export the data to csv, xml, pdf, png or xps files. It is intended to be a helper for users who are not familiar with dose meter data base formats. It should also be an educational tool for teachers who want to teach dose meter data base formats. All the data should be stored in a organized database to allow easy access to the user.The data should be the most accurate that is currently available to the user at the date the data was collected and the user is the one who is responsible for the quality of the data. The interface for the user should be a navigable and very easy to use GUI that should guide the user through the usage of the application. The programs database design will be provided, see database and example of a record. Dose Utility Functionalities: Dose Utility has a web interface as well as a standalone version available at: Dose Utility (web version) is designed to be a simple tool that has a web interface and allows data import from a generic dose meter. It will also provide the user with a simple interface to find dose data (Daily dose, Weekly dose, Monthly dose, Dose details and Dose calibration) around the world and a simple interface to plot the data. The program requires a log in in order to retrieve the user profile and upload any file that will be submitted for dose information. The data that is obtained from the dose meter will be kept safe (encrypted) by the application and uploaded to the database. The dose information will be stored in a database and can be accessed by the user by selecting the data and plot it. There is an interface to display the dose distribution on maps and to export data to csv, xml, pdf, png or xps files. Dose Utility Screenshots: Dose Utility Screenshots: Dose Utility Video Screenshots: We want to encourage everyone to participate in our reviews by providing feedback on the program functions and usefulness of the program. Modify the details below to adapt the request to your needs Seller: me Product Name: D b7e8fdf5c8



Dose Utility


The Dose Utility application enables medical personnel to quickly input the required information to acquire the required dose parameters for a particular therapy treatment. These parameters can be entered manually or have been automatically determined from the patient treatment-plan. Dose Utility is intended for use during patient treatment, either at the time of treatment or later, on a copy of the treatment-plan containing the record of the treatment-plan for the patient. Dose Utility is a command line type of utility application, and therefore operates only from the command line. This means that the program is not graphical based and does not require an icon on a desktop or menubar on the users display. The application allows medical personnel to obtain information on the delivery of radiation therapy dose to a patient. This includes the dose being delivered, the energy of the dose and the physical characteristics of the radiation delivery device. The application provides a facility to aid the user in reporting the results of their calculations using structured reports. The application is comprised of four major program modules: 1. An extended interface to entering patient and facility details. 2. A facility where the user can input the information required by the application 3. A dose calculation module to perform dose calculations 4. A report module to provide the user with the ability to generate reports. The application is intended to report information on the dose profile for a treatment, which is in the form of a profile graph of the dose against time in hours. It will also report the percentage of dose delivered at each treatment field, the percentage of the intended dose of dose delivered at the patient and the percentage of dose delivered at each treatment field. The reports generated will be tabular based and may also be presented in graphical form. The user will be required to supply some details on the treatment as the information acquired through the application will be dependent on the treatments particular delivery. It is envisioned that this application will find wide use in many situations, but that it is primarily designed for use as a first line tool to obtain information required for patient dose calculations at the time of treatment planning. The application must be installed on the computers on which the users are accessing the application. Installation time is short because it is only a Java program that merely copies one or more files to the system. All users of the application must have a Java Runtime Environment installed. The graphical user interface (GUI) of this application is available on the Internet, and has been created using the StarDose Image Library. The GUI has two main components. The first



What’s New in the?


• It currently contains the functionality to query, import and export dose data from dose reporting instruments (accelerators, mammography units, mobile x-ray units, conventional film/screen mammography units, etc.) • It also includes functionality to retrieve dose data from the following institutions: • German (DEU) • USA (USA) • UK (ENG) • Intrinsic in the software is a built-in utility to convert between some of these reporting institutions’ dose units. • The dose conversion values will vary by institution and user. • More institutions will be added in due time. • The program has a simple and efficient design that can be easily extended. • Dose Utility runs as a local application or as a web app, either way with no need for downloading. • Importing was originally designed so that only the non-machine configuration, with all files connected to the user, will be imported. This will save time but will require some diligence on the part of the operator. Subsequent releases will allow for a fully machine-specific import. • Dose Utilities is offered in the following configurations: • As a stand-alone package • As a web app • As an installer • Licensing • Licensing is on a per-use basis. • The license prohibits the usage of this software for commercial purposes. • The development license is not compatible with the perpetual license. • In addition to the Java Runtime Environment (JRE), the software requirements include the Java Virtual Machine (JVM) 1.8 or greater. dpu_dpm_1.2.jar content of the pkg/jars folder. content of the pkg/lib folder. 2.1.0.2 1.7.0 14-jan-2018 Auto/manual conversion values files version 1. 8-dec-2013 support DPM3 7-dec-2013 import/export/query dose data from support DPM3 22-nov-2013 Support DPM3 configurations files. 15-oct-2013 Query dose data from support DPM3 1.2.2 1.1.1 13-jun-2016 fixed problem with missing literature 29-mar-2016 update of dose conversion for new D



System Requirements For Dose Utility:


Minimum: OS: Windows 7, 8.1, 10 (64bit) Processor: 1.8GHz or higher Memory: 1GB RAM Graphics: DirectX 11-compatible graphics card DirectX: Version 11 Storage: 2GB available space Additional Notes: WebGL is not supported on Windows XP OS: Windows 10, Windows Server 2016 Processor: Intel i3 or AMD A10, 4GB or better RAM Graphics: ATI Radeon HD 6770 Storage: 2



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