[18] ICAT ISENO IFNO FYFRAC
2.2 Getting Started
2.2.1 Running the U6 – Base sample model
When a user creates a new account they are automatically provided with a sample ETABS e2k file, U6 – Base.e2k, several ground motions, and two sample defaults, described fully in Section 2.4.2. The first default, named “U6 -‐ Base -‐ Sample Default” is built to allow the user to run the U6 – Base model immediately with no extra work required. To do this first visit the Downloads page in the website by clicking the Downloads button in the navigation bar on the top of the screen. An image of this can be seen in Figure 2-‐1.
Figure 2-‐1 -‐ Downloads
Clicking the U6 ETABS Model link under the Sample U6 Model section in the navigation bar on the left of the screen will allow the user to download the U6 – Base ETABS e2k file that the user will use to create a new model.
From here, visit the user’s profile by clicking the Profile button on the top of the screen
Figure 2-‐2 -‐ Profile Overview
From here, activate the “U6 – Base – Sample Default” default by clicking the Load button to the right of this default. This will cause the U6 – Base default to become active. The user can tell if this was done successfully if the light-‐blue highlighting shifts to cover the desired default. An image of this can be seen in Figure 2-‐3.
Figure 2-‐3 -‐ Profile Overview with U6 -‐ Base default active
Next, the user can create a new model using the download e2k file by first clicking on the Models dropdown in the navigation bar on the top of the screen followed by the Create button. This will redirect the user to the new model page, shown in Figure 2-‐4.
The user must first enter the name “U6 – Base” in the name field and upload the downloaded e2k file by clicking the Choose File button and selected the desired file. The model can then be created by clicking the Create Model button. This will then redirect the user to the analysis listing page for the newly created model, as shown in Figure 2-‐5.
Figure 2-‐5 -‐ Model Created
The user can then create a new analysis for this model by clicking the Create Analysis button. This will redirect the user to the new analysis page as shown in Figure 2-‐6.
Figure 2-‐6 -‐ New Analysis
Before creating the analysis, the user must first enter a name. For this example the name “Base Analysis” was chosen. Entering this name in the text-‐field and clicking the Create Analysis button will redirect the user back to the analysis listing for the U6 – Base model, as seen in Figure 2-‐7.
Figure 2-‐7 -‐ Analysis Created for sample model
The user should note that the newly created analysis now appears in the analysis listing for the U6 – Base model. It would now be possible to customize the configuration of this analysis, however, the sample configuration comes pre-‐built to run. The user is encouraged to look through the sample configuration to help gain a better understanding of reasonable values for some of the options. To submit the analysis, click the Submit button. Clicking the button will cause a popup alerting the user to the fact that, upon accepting the message, any existing analysis results for this analysis will be deleted. After clicking ok the website will show a popup saying the model has been submitted. This can be seen in Figure 2-‐8.
Figure 2-‐8 -‐ Sample Analysis Submitted
Mousing over or clicking the Run Status result in either a popup or a redirection to a page allowing the user to view information on the current status of the analysis’s jobs. Images of this can be seen in Figure 2-‐9 and Figure 2-‐10.
Figure 2-‐10 -‐ Sample Model Run Status page
Once all runs have been completed the user can view the results by clicking on the View Results button in the analysis listing page. This will redirect the user to the results page, shown in Figure 2-‐11.
This figure shows that 4 out of 4 runs have been completed. To view a result use the Select Ground Motion dropdown and select “elCentro_dt.tar.gz”. This will then cause the Input Files, Output Files, and Post-‐Processing Files dropdowns to populate with options for the user to view or download. Select the Post-‐Process Files dropdown and select Undeformed Shape: Grid A.png this will cause an image of the undeformed shape to appear on the screen as well as a download button. This is shown in Figure 2-‐12.
This concludes the U6 – Base tutorial. The user is encouraged to explore the other files in the result screen as well as examine the configuration used to run this model. Reading other portions of this manual in addition to the SteelConverter manual will help the user gain a better understanding of the capabilities of VirtualShaker.
Figure 2-‐12 -‐ Sample Model Undeformed Shape