Apologies, there was an error in my solution test. Fixed now
i suppose the answer has some problems
Yes, actually you have to get the inverse of the transformation matrix, but here it was forgotten, so that you have to use the given matrix and multiplicate, which brings you actually the wrong solution...
Find the two-word state names
System of equations
Sum of odd numbers in a matrix
Calculate Amount of Cake Frosting
Relative pose in 2D: problem 1
Create a 3D rotation matrix
Pose from bearing angles in 2D
Composing relative poses in 2D: problem 1
Create a 3D rotation matrix from roll-pitch-yaw angles
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