CEDAR 5.3 44R'?Pkw??|||||@|||||||||hTUUUUU@TUUUU @@UUUUU@UUU @@{~O9@UUUUU@@UUUUU@RQ@inO9RFߑ??^$Dd4Tt $,4<DLT\$NKi@,| d\.@z^@ffffff @?1.25 in\.@z^@ \<41.25 inDtK@L| d\.@bX@{Gz@?3.00 in\.@bX@ \\T3indK@l| d\.@X,@RQ@?2.00 in\.@X,@ \|t2inK@| d\.@L&d2@ffffff@?2.50 in\.@L&d2@ \2.5 inqa@\.?L&d2@\.r @L&d2@\.?L&d2@\.r @L&d2@ E V 4t{Cell28}.value4q@ 4|\.?L&d2@Y_@b@Y_@b@ U VT4{driverAB}.angle+ 1deg{Cell25}.value driverABgTU@|Y_@b@qR@^ @4t Vt{Cell26}.valuegta\@ |\.r @L&d2@#Z@!@T VT{Cell27}.valueQ ]Qf@!L&d2@z^@@@ Driver ABL&d2@z^@>q|@"\.?L&d2@@@A4>@#Y_@b@@@B4>K`@$#Z@!@@@Ct>an@%\.r @L&d2@@@DtT]w@&L&d2@bX@@@ Connector BCL&d2@bX@Q]@'L&d2@X,@@@ Driven CDL&d2@X,@O$]@(L&d2@L&d2@@@Base ADL&d2@L&d2@,L+U@)L&d2?~@@@CClick on AB to see how its angle is constrained to force rotation.L&d2?~@4q4^@*\.?x@@@\A is constrained to be at the end of AD B has a length constraint equal to value of Cell AB\.?x@J<L4cI@-L&d2?x@@@ABL&d2?x@DL@.L&d2?T*JR@@@BC B is constrained to the end of AB. C has a length constraint equal to cell BC C has a point constraint to be at the end of CDL&d2?T*JR@LL@0L&d2?bX @@@~CD D is constrained to the end of AD, C has length constraint equal to cell CD and a point constraint to be at the end of BC.L&d2?bX @T@1\.@|>@@@PClick on any cell and enter a new value the corresponding link will be updated.\.@|>@j\.3@2T*JR@"H$ @@@#Ctrl + A to stop Ctrl + B to startT*JR@"H$ @T4bl X@X@L&d2?L&d2?~?~?r?^$Dd4Tt $,4<DLT\zArial"Arial"Arial"English (IPS)4