Re: DT in BGT
Yes. As the ball is moving. Relevant log:
number of degrees is 135, theta is 2.35619449019234, velocity x is 1.75438594818115, velocity y is 0, and velocity z is -9.8100004196167.
Ball is now at 0.035087719559669, 0, 499.803802490234.
number of degrees is 135, theta is 2.35619449019234, velocity x is 1.75438594818115, velocity y is 0, and velocity z is -9.8100004196167.
Ball is now at 0.070175439119339, 0, 499.607604980469.
number of degrees is 135, theta is 2.35619449019234, velocity x is 1.75438594818115, velocity y is 0, and velocity z is -9.8100004196167.
Ball is now at 0.105263158679008, 0, 499.411407470703.
Now, if I change deg to something different, the degrees and theta all calculate correctly, but still no y incrementation. Relevant log:
number of degrees is 253, theta is 4.41568300754565, velocity x is 1.75438594818115, velocity y is 0, and velocity z is -9.8100004196167.
Ball is now at 0.035087719559669, 0, 499.803802490234.
number of degrees is 253, theta is 4.41568300754565, velocity x is 1.75438594818115, velocity y is 0, and velocity z is -9.8100004196167.
Ball is now at 0.070175439119339, 0, 499.607604980469.
As you can see, the degrees and theta calculate correctly. However, the ball doesn't actually travel in the direction specified by degrees.
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