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1. MIRC SCRIPTING TUTORIAL INSTALL
2. MIRC SCRIPTING TUTORIAL UPGRADE
3. MIRC SCRIPTING TUTORIAL MAC
4. MIRC SCRIPTING TUTORIAL WINDOWS

The launcher displays a dialog providing start/stop buttons and fields for controlling several parameters used by the system. When learning to use CTP or when developing a new pipeline configuration, it is best to start by running CTP from the Launcher.

MIRC SCRIPTING TUTORIAL WINDOWS

See Running CTP as a Windows Service for instructions.

MIRC SCRIPTING TUTORIAL MAC

This program is normally used when CTP is installed on a Linux or Mac system for institutional use, running as an automatic service. Runner.jar - a program for starting and stopping CTP with no user interface.This program is normally used when CTP is installed on an individual user's computer for occasional use. Launcher.jar - a program for manually starting and stopping CTP through a dialog window.Runner.jar - the program that starts or stops CTP with no user interface.Launcher.jar - the program that launches CTP with a user interface.The installer creates a directory called CTP in the selected location and places several files and directories in it.

The installer can also be run in a command window using the command:

MIRC SCRIPTING TUTORIAL INSTALL

To run the CTP installer, double-click the CTP-installer.jar file and choose a directory in which to install CTP. If you are planning to install certain other RSNA DICOM tools (for example, DicomEditor), it is best to install the ImageIO Tools directly in Java using the installer provided in Java Advanced Imaging ImageIO Tools. Note also that the CTP installer includes the ImageIO Tools for Windows 32-bit Java only, so on such systems, you can skip the installation of the ImageIO Tools, but that will make the tools only available for CTP, not for other applications. The ImageIO Tools need not be present in order to run the installer, and they may be installed later if required, without having to re-install CTP. One such parameter is the version of the ImageIO Tools. (Macintosh users should read ImageIO Tools for Macintosh in the Notes section.) When the CTP installer runs, it checks several parameters of the system and highlights ones that are not correct for the running of CTP. Parenthetically, note that the Java Advanced Imaging component is not the same as the Java Advanced Imaging ImageIO Tools. If you already have the ImageIO Tools installed, note that it is critically important that version 1.1 of the ImageIO Tools be installed rather than version 1.0. This is especially helpful when upgrading.Ĭertain CTP pipeline stages (FileStorageService, BasicFileStorageService, DicomDecompressor, and others) require that the Java Advanced Imaging ImageIO Tools be present on the system. The installer does not create this folder, but if it is present, the installer will very quickly find it and suggest installing CTP in a subdirectory of JavaPrograms. If you plan to run CTP as a Windows service or if you plan to use the Java Advanced Imaging ImageIO Tools (see below), then you must install the 32-bit Java, even on a 64-bit computer.įor convenience, it is recommended (but not required) that a folder called JavaPrograms be created in the root of the disk drive. Note that only the JRE is required, not the JDK. Java and all its components are available through the Java website. Java 1.8 is recommended because earlier versions are being sunset by Oracle/Sun. To run the installer, the Java 1.7 (or better) JRE must be present on the system.

MIRC SCRIPTING TUTORIAL UPGRADE

Click the Download Software link in the left pane of the MIRC home page to obtain a list of all the available software.ĭownload the installer and place it on the disk on which you intend to install or upgrade the CTP program. The installer for CTP is available on the RSNA MIRC site.

This article describes the RSNA MIRC Clinical Trials Processor (CTP), a stand-alone image processing application for imaging clinical trials data.ĬTP is a stand-alone program that provides all the processing features of a MIRC site for clinical trials in a highly configurable and extensible application.