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Tips and Tricks: Managing Multiple Activities
Written by Carl-Magnus Arvhult, PhD | Researcher and Database Developer at Thermo-Calc Software
As a developer of the TCNI database, I work with one of the most demanding thermodynamic databases in its raw, unoptimized form. This requires me to find shortcuts to decrease computational time and memory use. In this blog post I will talk about some such tricks that I recently learned, specifically in the graphical user interface.
Performing Only Selected Activities
A common trick to avoid redoing everything in a workspace is to right-click an activity, such as a System Definer or Property Model Calculator, and select Perform Tree Now so that only that tree will be performed.
But what if you want to perform only a few select activities, for example a selection from two different trees. You can do this by holding shift and selecting the activities you want to perform, then right-clicking and selecting Perform Now. Only the selected activities will be performed, saving time and computational memory.
Another way to select specific activities is by dragging your mouse over the activities. This is a less precise, but often faster way of selecting the activities you want, and the two methods can be combined for speed and accuracy.
Selected activities can also be dragged as a group, so you can move entire trees or groups of trees while maintaining their layout.
Grouping Activities Together
If you work like me, your workspace can look like a real mess with trees of many activities. A nice trick is to shift-select several activities and make a group out of them. This makes it easier to overview your workspace and to perform selected groups only.
Grouped activities each receive a tab in the activity group’s configuration panel, so you can continue to work on your project without ungrouping the activities.
If you have tips and tricks you’ve found particularly useful, share them with us and we may include them in a future post.
This article is the first in a series of tips and tricks to help users get the most out of Thermo-Calc. Stay tuned for more tips and tricks coming soon!
About the Author
Carl-Magnus Arvhult, PhD
After graduating as a Master in Materials Science & Engineering at the Royal Institute of Technology KTH in Stockholm, Sweden, Carl-Magnus pursued a PhD in the thermodynamic modeling of Fission Product interaction with Stainless Steel in the fuel pins of Generation IV Nuclear Reactors in a joint project between KTH and CEA Saclay, France. After finishing his PhD, he started working as a Developer of Thermodynamic Databases at Thermo-Calc Software in 2019. Dr Arvhult works primarily on the maintenance and development of the Nickel-based superalloys database TCNI in close collaboration with the main developer Reza Naraghi.