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I have noticed a significant performance hit after switching over to leverage IFOPT and looking for guidance. I am using IFOPT for structuring a robot manipulator motion planning problem where each state in the trajectory is a variable set. The current challenge I have is that some constraints/cost depend on a variable_set but I have others which depend on a series of variable_sets. The constraints/cost which depend on multiple variable sets have seen a performance hit because it now iteratively fills small section of the jacobian at a time instead of performing a single fill for the series of variable sets. @awinkler Do you have an thoughts on how best to approach this is type of problem using IFOPT?
The text was updated successfully, but these errors were encountered:
I have noticed a significant performance hit after switching over to leverage IFOPT and looking for guidance. I am using IFOPT for structuring a robot manipulator motion planning problem where each state in the trajectory is a variable set. The current challenge I have is that some constraints/cost depend on a variable_set but I have others which depend on a series of variable_sets. The constraints/cost which depend on multiple variable sets have seen a performance hit because it now iteratively fills small section of the jacobian at a time instead of performing a single fill for the series of variable sets. @awinkler Do you have an thoughts on how best to approach this is type of problem using IFOPT?
The text was updated successfully, but these errors were encountered: