... | @@ -8,11 +8,12 @@ Dates: 7-11 March |
... | @@ -8,11 +8,12 @@ Dates: 7-11 March |
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#### Prerequisites:
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#### Prerequisites:
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* Python basics,
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* Python basics
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* Unix terminal basics
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#### Main goals:
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#### Main goals:
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* to learn how to use LMGC90 with its rigid models.
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* to learn how to use LMGC90 with rigid models.
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* to learn the python pre-processor possibilities to manage large collection of rigid bodies.
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* to learn the python pre-processor possibilities to manage large collection of rigid bodies.
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* overview of some advanced possibilities of LMGC90 software.
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* overview of some advanced possibilities of LMGC90 software.
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... | @@ -38,11 +39,11 @@ Important note: LMGC90 is originally developped for Mac/Linux operating system. |
... | @@ -38,11 +39,11 @@ Important note: LMGC90 is originally developped for Mac/Linux operating system. |
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* Day 1:
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* Day 1:
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* 14h-17h:
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* 14h-17h:
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* Introducing round table with the attendees,
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* Introducing round table with the attendees
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* Presentation of LMGC90 possibilities,
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* Presentation of LMGC90 possibilities
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* Presentation of the user version of LMGC90,
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* Presentation of the user version of LMGC90
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* Installing the software,
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* Installing the software
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* Recall of Python use,
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* Recall of Python use
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* General introduction to the pre-processing tools
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* General introduction to the pre-processing tools
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* Day 2:
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* Day 2:
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... | @@ -57,18 +58,18 @@ Important note: LMGC90 is originally developped for Mac/Linux operating system. |
... | @@ -57,18 +58,18 @@ Important note: LMGC90 is originally developped for Mac/Linux operating system. |
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* Day 3:
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* Day 3:
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* 9h30-12h30:
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* 9h30-12h30:
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* Resolution strategies: the NSCD method - part 2
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* Resolution strategies: the NSCD method - part 2
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* Advanced feature (???)
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* Advanced features
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* 14h00-17h00
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* 14h00-17h00
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* Practical Work: use of LMGC90 for rigids bodies 2D
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* Practical Work: use of LMGC90 for 2D rigids bodies
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* Post-processing and visualization
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* Post-processing and visualization
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* Introduction to possibilities to improve computation time
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* Day 4:
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* Day 4:
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* 9h30-12h30
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* 9h30-12h30
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* Toto
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* Discussions on detections
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* Titi
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* Various topics
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* 14h00-17h00
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* 14h00-17h00
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* Totor
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* Practical Work: use of LMGC90 for 3D rigids bodies
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* Introduction to possibilities to improve computation time
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* Day 5:
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* Day 5:
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* 9h30-12h30:
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* 9h30-12h30:
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