test the 2 rotations....spinning speed is the same
test1: tennisball: full ball divided into 2 - maximal size of singular segment
report: oversecting arms and bodies, bigger one leaves the tip of the body uncovered........smaller one comletely coverd....
test2: what part is covered by arms, what by body of the opposite segment?
report: body covers the "limbs" and the edges of the main body-area; the arms cover mostly the poles (central bodies) and the areas covered by the bodies aswell
test3: reducing the width of the arms...
report: area covered by bodies stays the samein size, uncovered area enlarges around the poles and along the central axis of the arms
test4: shortening the arms length..
report: uncovered area gets bigger radially
test5: reduce the size of the bodies...
report: the uncovered area stayes the same, the area covered by the bodies minimalizes...
test6: removing body from singular partition and simplifying it to a ring....
report: uncovered area gets slightly bigger, the part thats covered by the central (body-) part is enlarging massivly
test7: taking the symetry from the ring - shorten it slightly and reducing the width at one end....central (body-) part is shifting from the pole to the larger side
report: uncovered area enlarges enormously towards the side thats covered by the narrow and short part; the area that's covered by the central partition (larger one) is concentrated at the opposte half and does't change in size compared to the previous tests
test1: tennisball: full ball divided into 2 - maximal size of singular segment
report: oversecting arms and bodies, bigger one leaves the tip of the body uncovered........smaller one comletely coverd....
test2: what part is covered by arms, what by body of the opposite segment?
report: body covers the "limbs" and the edges of the main body-area; the arms cover mostly the poles (central bodies) and the areas covered by the bodies aswell
test3: reducing the width of the arms...
report: area covered by bodies stays the samein size, uncovered area enlarges around the poles and along the central axis of the arms
test4: shortening the arms length..
report: uncovered area gets bigger radially
test5: reduce the size of the bodies...
report: the uncovered area stayes the same, the area covered by the bodies minimalizes...
test6: removing body from singular partition and simplifying it to a ring....
report: uncovered area gets slightly bigger, the part thats covered by the central (body-) part is enlarging massivly
test7: taking the symetry from the ring - shorten it slightly and reducing the width at one end....central (body-) part is shifting from the pole to the larger side
report: uncovered area enlarges enormously towards the side thats covered by the narrow and short part; the area that's covered by the central partition (larger one) is concentrated at the opposte half and does't change in size compared to the previous tests
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