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In the popup menu, hover over “Add” and select Merge Module.ĭo not select File. In the “Solution Explorer”, right click on your project name. Fill out the name of the setup project and select the location where you want the project to be saved to. From the Templates pane select “Other Project Types” then “Visual Studio Installer” and finally “Setup Project”. Open Visual Studio 2010 and select New Project. If the project requires localized reporting, localization merge modules must also be added to the deployment project. An additional merge modules is required if the reports take advantage of the Crystal Reports mapping feature (MapInfo MapX). These must be added and installed on a client computer before the Crystal Reports runtime. Using the Crystal Reports for Visual Studio 2010 merge modules (MSM files) requires additional dependencies. For detail beyond the scope of this wiki, see Microsoft documentation. The wiki is strictly limited to deployment of CRVS2010 runtime only and does not describe any additional intricacies of setup projects as these are beyond the scope of Crystal Reports. Products that run on desktop computers to perform discrete-event simulation have been emphasized, since these are the most suitable for usage in management.This wiki details the steps necessary to ensure successful deployment of Crystal Reports for Visual Studio 2010 runtime.
![crystal reports runtime engine arena crystal reports runtime engine arena](https://i.stack.imgur.com/avSRj.png)
All product information has been provided by the vendors. The survey summarizes important product features of the software, including price.
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THIS SURVEY is the seventh biennial survey of simulation software for discrete-event systems simulation and related products (Swain, 2003). Infrastructure software is used to mediate the exchange of information between the models and to coordinate the time advance. For instance, military models are increasingly composed of multiple, distributed models that may represent different operational units or models for disparate items such as sensors, aircraft and ships. Outside of entertainment, the players may be other models. They are also structured to provide interaction between multiple players. Games such as America's Army also illustrate that simulation is increasingly being used to immerse the players (or analysts) within the simulated environment, to provide a detailed visual experience that is useful for both trouble shooting as well role playing. The ability to construct and execute models, and to generate statistics and animations about results, has always been one of the main attractions of simulation software.
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With simulation models we are free to imagine how an existing system might perform if altered or imagine and explicitly visualize how a new system might behave before the prototype is even completed. Simulation is used extensively by industry and the government for experimentation, visualization, exploration and training, taking advantage of advances in animation and computer processing to make this possible. Whether the system is a production line, a distribution network or a communications system, simulation can be used to study and compare alternative designs or to trouble shoot existing systems. We are used to thinking about simulation as a powerful tool for letting us imagine new systems and allowing us to both quantify and observe their behaviors. We may have reached a point where the idea of simulation is taken for granted by the general public. While the level of fidelity varies over these models, the pervasiveness of simulation and of role-playing games is great enough that the concept is easily accepted. The Web site () boasts more than 6 million registered users. Action-oriented simulation includes sports, flying and combat, while other games are competitions to build and win financial or political empires, construct and operate an amusement park or zoo, not to mention the varied social simulations of the "Sims." One of the most sophisticated action simulations is America's Army, which depicts both training and action scenarios that can be combined in multi-player games. The genre has developed far beyond simple shooter games. The gaming industry has led the way in providing the general public with accessible and increasingly realistic simulation-based entertainment. The public has been exposed to simulation through games and the media, such as the Matrix movies. SIMULATION MODELING HAS INCREASED in visibility and acceptance over the years, thanks to improvements in commercial products and particularly in the sophistication of animation.