Slic3r vs Skeinforge Assignment Example | Topics and Well Written Essays - 3750 words

Slic3r vs Skeinforge - Assignment Example It is used in printers to convert 3D model into G-code instructions. Slic3r is a computer tool that is used in printing devices to convert digital 3D instructions into 3D printer (James, Floyd and Patrick 35). It was produced in 2011, and it is unique because is not based in previous. The software is available in packages like Linux, Windows and MacOS X. Our main objective of the study was to determine which software to when performing 3-D printing. Our data was collected using interviews from persons who had an experience with the software’s. Besides that, the software’s were tested in the lab using 3D printers. The data was recorded on table form. On analysis, we found out that the slic3r is the best with 75 % in favor of it. The software has most of i8ts options automated hence simple to use. Skein forge had a dialogue box with so many features that complicates it when using hence not user friendly. Executive Summary In our project, we have compared skein forge and slic3r software’s that are used in printing of 3D objects. With the emergence of new software in the market, it is an ideal moment to get the best software’s for a specific task. It appears that every interest/skill level there is an ideal software package. In software realm, there are software packages for slicing and also software applications for printers. In printing the mostly used packages are skein forge and slic3r. ... Print. 18 Executive Summary In our project, we have compared skein forge and slic3r software’s that are used in printing of 3D objects. With the emergence of new software in the market, it is an ideal moment to get the best software’s for a specific task. It appears that every interest/skill level there is an ideal software package. In software realm, there are software packages for slicing and also software applications for printers. In printing the mostly used packages are skein forge and slic3r. Printer applications utilize the two applications when bidding as they convert files to code. Both skein forge, and slic3r creates code though slight difference in results. The paper highlights the difference between the silc3r and skein forge software and the recommendation of the most appropriate software. The data is analyzed which shows the users of the 2 software, in which Slic3r is mostly used than skein forge. This shows that slic3r has more advantages than skein forge . Our objective was aimed at determining the best software for recommendation especially in business activities. This project is aimed at creating awareness of the difference between skein forge and slic3r software. The project will ensure that the reader can identify the most applicable software. The project will also ensure that business organization can identify the most appropriate software between skein forge and slic3r. Companies, which manage software, will also gain more knowledge about their products. They will be able to explain to customers on how to use the software. The Information technology firms will sell the most appropriate software and attract more customers. Finally, this project helps the student in critical thinking since by discussion of results one gain more knowledge in

Annotated bibliography Research Paper Example | Topics and Well Written Essays - 3750 words

Annotated bibliography - Research Paper Example This implies that TORAP can be used to put together suitable counteractive steps to avoid or regulate accidents. The authors added that â€Å"TORAP enables accident simulation and damage potential estimation of petroleum and petrochemical industries† (262). Thus, the most important feature of TORAP that can help reduce the risks of petrochemical companies is its ability to forecast possible accidents. Being able to determine the probability of accidents is a huge leap for risk analysis at petrochemical companies. The authors further promoted TORAP by declaring that it â€Å"incorporates a larger number of models to handle a larger variety of situations specific to petroleum refineries and petrochemical industries† (260). The complexity of the entire structure of the petrochemical industry will hence be captured and clearly explained by TORAP, reducing the difficulty of developing appropriate safety regulations and risk management strategies. The unique contribution of t his book to the present study is its thorough discussion of risk analysis through the application of computer-automated tools. The authors of Accident precursor analysis and management: reducing technological risk through diligence agree that predicting probable accidents is the best way to prevent or minimize the impacts of accidents in petrochemical companies. On the contrary, the author of Inherently Safer Technology: The Cure for Chemical Plants Which Are Dangerous by Design argues that predicting probable accidents is just one of the many steps to avoid them, and that the real solution rests in the adoption of safer technology. Alson, Gregory. How safe is safe enough?: leadership, safety, and risk management. London: Ashgate Publishing, Ltd., 2003. The author mainly argues that even though many people think that all accidents are preventable, accidents will still happen. The imperfect human attribute and the intricacies of industrial operations attest to the fact that attaining ‘zero’ accidents is not likely. Hence, the author argues that leaders should make every effort to develop the most beneficial and efficient safety measures. As stated by the author, â€Å"such unthinkable accidents can indeed happen, sounding a siren for safety to reduce loss of resources and enhance social responsibility† (19). The value of competent leaders in any organization, especially those which are prone to accidents, is largely manifested in the management of physical resources and human capital. Thus the author suggests, â€Å"an organization can incorporate system safety into a system’s life cycle, bringing with it management’s commitment toward safety† (20). This solution is sound for it has the capacity to create a permanent safe environment for petrochemical companies. This method can significantly lessen the risks associated with petrochemical operations. The author believes that â€Å"while many organizations worry about los t workdays due to unnecessary injuries, in some cases an accident can cause indescribable disaster and grief† (17). It is very crucial that petrochemical accidents are prevented because of the widespread and severe effects of these accidents on the local population, the