SW30 @ 1.5.1ԅ_Z2a\k>(ԅ_Z2aH^@ WINDOWS_Z2aHaR)e.H ,_ZJ 2aje $@$@k We divisionsv@ linearCalDistance333333? linearCalDivisionsv@   rotationCounts e  Rotation Counts Two-Channel Rotary Counter Time s $@  -C6? @ Count Counts/Sample @@ @ ?   Run #1 few position measurements. angularAcceleration -100.000000 100.000000 deg/s/s 1.000000 0 63 0.000000 0 derivative( 3, an s/s  0.05  ? ? 333333?? ?@ ?&@ 333333?6@ ffffff?>@ ?D@ ?H@ ?M@ ?Q@ 333333?S@ ?U@ gfffff?X@ ?Z@ ?]@ 533333?_@ ?`@ ifffff?b@ @ c@ @@d@ @d@ hfffff@@^@ 533333@X@ @Q@ @D@ @@ ifffff@ 633333@ @ @ @ netCounts e Rotation Counts, Ch1&2 Sum of counts between the two rotary motion channels. TimeMG`x` h x`l7Tx``@x`N 0 s&px`Vx``Hx`Lܸx``H`x`{lx``Hx`NXLf   -C6? @ Rotation Counts counts @@ @ ?   Run #1   angularPosition e Angular Position, Ch1&2 Net change in angular position from initial position. Timeion Counts sunts   -C6? @ Angular Position deg v@ v ? ?  Run #1   angularVelocity e Angular Velocity, Ch1&2 Average angular velocity over the last few position measurements. Timear Position sg   -C6? @ Angular Velocity deg/s v@ v ? ?  Run #1   angularAcceleration e Angular Acceleration, Ch1&2 Average angular acceleration over the last few position measurements. Timear Velocity sg/s   -C6? @ Angular Acceleration deg/s/s Y@ Y ?   Run #1   angularPositionRad e Angular Position, Ch1&2 Net change in angular position from initial position. Timear Acceleration sg/s/s   -C6? @ Angular Position rad @  {Gzt? @  Run #1   angularVelocityRad e Angular Velocity, Ch1&2 Average angular velocity over the last few position measurements. Timear Position sd   -C6? @ Angular Velocity rad/s @  {Gz? @ A Run #1z?   angularAccelerationRad e Angular Acceleration, Ch1&2 Average angular acceleration over the last few position measurements. Timear Velocity sd/s   -C6? @ Angular Acceleration rad/s/s @  {Gz? @  Run #1   position e Position, Ch1&2 Net change in linear position from initial position. Timear Acceleration sd/s/s   -C6? @ Position m @  -C6? @  Run #1   velocity e Velocity, Ch1&2 Average velocity over the last few position measurements. Timeion s   -C6? @ Velocity m/s @  {Gz? @ B Run #1xR?   acceleration e Acceleration, Ch1&2 Average acceleration over the last few velocity measurements. Timeity ss   -C6? @ Acceleration m/s/s @  ? @  Run #1    Graph 1T=Y 0  0  ;  ' {31B7B559-FD30-11D0-835B-006097DF6F3A} velocitye angularVelocityRade        uu !"#$%&' ()+ LegendՖQm? ?  ,   -C6-C6?{Gz{Gz?!lV}Zd;@RQ?*uu !"#$%&' ()+ Legend A?ʭ?  ,   -C6-C6?{Gz{Gz?!lV}Zd;@X9v7|sD@* /   YYdefghijee8AA,-./0H55,, H))e e== Run #1LHLM 01222002085826X8XT=