Rise Angle(Degree)= 90.000000
 Dwell Angle(Degree)= 20.000000
 Angle for Return(Degree)= 60.000000
 Lift required of the Follower(mm)= 10.000000
 Speed of CAM (rpm)= 1200.000000
 Pressure Angle During Rise (Degree)= 10.000000
 Pressure Angle During Return(Degree)= 12.000000
 Radius of Roller(mm)= 14.000000
 Mass of Assembly= 1.000000
 Resistance Force During RISE=  1.000000
 Resistance Force During RETURN=  1.000000
 ENTER MOTION FOR RISE 2.000000
 ENTER MOTION FOR RETURN 2.000000
 Output 
BASE CIRCLE SIZE DURING RISE   37.742176 
BASE CIRCLE SIZE DURING RETURN   51.606316 
BASE CIRCLE SIZE SELECTED   60.000000 
KINEMATIC EQUATIONS FOR RISE 
Interested in calculation for any value of THETA?(1/2) 1.000000
 ENTER VALUE OF THETA 45.000000
 DISPLACEMENT AT ANGLE 0  = 4.996018
VELOCITY AT ANGLE   0  = 21.910215
CONSTANT ACELERATION AT ANGLE 0  = 0.076457
Intresting to Cal. more for THETA?(1/2) 2.000000
 