ÿÿ $E0m ¨Source(DataTable("SunilKumar") << Sort(By( :Slurry flow rate, :Down Force, :Back Side Pressure, :Turn Table RPM), Order(Ascending, Ascending, Ascending, Ascending)))5Fit Model(Fit Model(Y( :Name("Mean(Post Thk)"), :Name("Std Dev(Post Thk)"), :Name("Mean(Removal rate)"), :Name("Std Dev(Removal rate)")), Effects( :Slurry flow rate, :Down Force, :Slurry flow rate * :Down Force, :Back Side Pressure, :Slurry flow rate * :Back Side Pressure, :Down Force * :Back Side Pressure, :Top Ring RPM, :Slurry flow rate * :Top Ring RPM, :Down Force * :Top Ring RPM, :Back Side Pressure * :Top Ring RPM, :Turn Table RPM, :Slurry flow rate * :Turn Table RPM, :Down Force * :Turn Table RPM, :Back Side Pressure * :Turn Table RPM, :Top Ring RPM * :Turn Table RPM), Personality(Standard Least Squares), Emphasis(Effect Screening), Run Model(Profiler(Confidence Intervals(1)), :Name("Mean(Post Thk)") << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Std Dev(Post Thk)") << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Mean(Removal rate)") << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Std Dev(Removal rate)") << {Scaled Estimates(1), Plot Actual by Predicted(1), Interaction Plots(1)})));Fit Model 2(Fit Model(Y( :Name("Mean(Removal rate)"), :Name("Std Dev(Post Thk)"), :Name("Std Dev(Removal rate)"), :RU, :NU), Effects( :Slurry flow rate, :Down Force, :Slurry flow rate * :Down Force, :Back Side Pressure, :Slurry flow rate * :Back Side Pressure, :Down Force * :Back Side Pressure, :Top Ring RPM, :Slurry flow rate * :Top Ring RPM, :Down Force * :Top Ring RPM, :Back Side Pressure * :Top Ring RPM, :Turn Table RPM, :Slurry flow rate * :Turn Table RPM, :Down Force * :Turn Table RPM, :Back Side Pressure * :Turn Table RPM, :Top Ring RPM * :Turn Table RPM), Personality(Standard Least Squares), Emphasis(Effect Screening), Run Model(Profiler(Confidence Intervals(1)), :Name("Mean(Removal rate)") << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Std Dev(Post Thk)") << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Std Dev(Removal rate)") << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :RU << {Scaled Estimates(1), Plot Actual by Predicted(1)}, :NU << {Scaled Estimates(1), Plot Actual by Predicted(1)})))4Multivariate(Multivariate(Y( :Slurry flow rate, :Down Force, :Back Side Pressure, :Top Ring RPM, :Turn Table RPM, :Name("Mean(Post Thk)"), :Name("Std Dev(Post Thk)"), :Name("Mean(Removal rate)"), :Name("Std Dev(Removal rate)"), :RU, :NU), Scatterplot Matrix(Density Ellipses(1), Ellipse Color(3))))ŸBivariate(Bivariate(Y( :Name("Std Dev(Post Thk)")), X( :Down Force), Fit Where( :Turn Table RPM == 60, Fit Line), Fit Where( :Turn Table RPM == 80, Fit Line)))YBivariate 2(Bivariate(Y( :Name("Std Dev(Removal rate)")), X( :Turn Table RPM), Fit Line))]Bivariate 3(Bivariate(Y( :Name("Std Dev(Removal rate)")), X( :Back Side Pressure), Fit Line))UBivariate 4(Bivariate(Y( :Name("Std Dev(Removal rate)")), X( :Down Force), Fit Line))‰Fit Model 3(Fit Model(Y( :Name("Mean(Post Thk)"), :Name("Std Dev(Post Thk)"), :Name("Mean(Removal rate)"), :Name("Std Dev(Removal rate)")), Effects( :Slurry flow rate, :Down Force, :Slurry flow rate * :Down Force, :Back Side Pressure, :Slurry flow rate * :Back Side Pressure, :Down Force * :Back Side Pressure, :Top Ring RPM, :Slurry flow rate * :Top Ring RPM, :Down Force * :Top Ring RPM, :Back Side Pressure * :Top Ring RPM, :Turn Table RPM, :Slurry flow rate * :Turn Table RPM, :Down Force * :Turn Table RPM, :Back Side Pressure * :Turn Table RPM, :Top Ring RPM * :Turn Table RPM), Personality(Standard Least Squares), Emphasis(Effect Screening), Run Model(Profiler(Confidence Intervals(1)), Contour Profiler, :Name("Mean(Post Thk)") << {Normal Plot(1), Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Std Dev(Post Thk)") << {Normal Plot(1), Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Mean(Removal rate)") << {Normal Plot(1), Scaled Estimates(1), Plot Actual by Predicted(1)}, :Name("Std Dev(Removal rate)") << {Normal Plot(1), Scaled Estimates(1), Plot Actual by Predicted(1), Interaction Plots(1)})))ºVariability Chart(Variability Chart(Y( :Name("Std Dev(Post Thk)")), X( :Down Force, :Back Side Pressure, :Slurry flow rate, :Turn Table RPM), Connect Cell Means(1), Std Dev Chart(0)))ÿÿB ™œ¶ ?:L''$$FRKWjm4MaG-ùßÅ«‘w]CRecipe Name &SK17SK13ÿÁSK7ÿSK12mÀheSK16ÿÿÿSK5suSK2ÿÿÿÿ SK2alSK3ÿÿÿÿSK8BSK10ÿ@SK6SK4ttoSK14right(SK9ides(0)SK15ons(0)SK11(0),ymPOR),(0),Slot Number c. c@5@0@$@.@3@ @@@@&@*@"@@1@(@2@,?ðSlurry flow rate c. c@bÀ@bÀ@bÀ@bÀ@bÀ@bÀ@bÀ@bÀ@bÀ@i@i@i@i@i@i@i@i@i Down Force c. c@v @v @v @v @}@}@}@}@}@v @v @v @v @}@}@}@}@yàBack Side Pressure c. c@i@i@rÀ@rÀ@i@i@rÀ@rÀ@rÀ@i@i@rÀ@rÀ@i@i@rÀ@rÀ@o@Turn Table RPM c. c@N@T@N@T@N@T@N@N@T@N@T@N@T@N@T@N@T@Q€Top Ring RPM c. c@I@>@>@I@>@I@I@I@>@>@I@I@>@I@>@>@I@D Mean(Pre Thk) c. c@Ð”¤N¤¨Á@Ñ¹¯â‚@¸@Ñ¡d1&éy@Ðˆ“t¼j@Ð‘$Ý@Ñ¡¼j~ú@Ð°½Û"Ðå@Ñ¤Vs×Ü@Ñ£ÔëíúD@Ðv'ä%®æ@Ð€~MÒñª@Ð°9Xb@Ð°jW§†Â@ÐŽ$Ý/@ÑÆÈxG@Ñ³7hÛŒ@ÑÁõ¨Xy>@Ð¯ÉrGE9Std Dev(Pre Thk) c. c@aPSó@iê éÿ @h9ÿÖ•@aL”³€Ël@a.…Yp´ž@i Å^®â@b`ÿÜY1Ê@ibÌªï,@iU9Z)AB@`ôäSÒ@aNŒs«ÉG@a÷‰Å!Þ@bD:¶IÓ‰@`ý–íí®Å@iÂ¢j"³‰@iéo“Ný@i²?ôw5Â@b Ð=›Mean(Post Thk) c. c@Ça—Z|øD@Ço³Ó²Bt@Éˆ©1ò5@ÅŠ!ÍmKÝ@Å^ñDV€@Ä‘`…¿7a@Ã?áè-@Å‰ ÒqC@Å¦RV„@Æ”@P?‡¢@Äs÷zª@Çu@Bß›¯@Å6W\“ö@Ä¤½„³¸ò@Ä@ÂS,ƒ=@ÇqÈï™e@Ä³?¡U @Ææcl ÝðStd Dev(Post Thk) c. c@fMGù^ª”@qË‰è¶·@i‘ñKn@rKÐÚ ¼W@kýn¬_@tçóËgr§@q)7Õ/† @x©ÑM¼Ã@w=Îxü’@p~ªµÞ'@r»‚?,z¢@pÑÐƒž@qNc±‚¯¹@fÐ8ÎPø@tqÅytpÐ@]…ˆ ½Y@v}—7±«@nÂ“˜?]Mean(Removal rate) c. c@ ÄP“™k@¤˜”wD@ ¬ÇÁ/Ëð@£ÁL›`v@¤+µF]ÍP@©/*Ä$l@¨:úÕÐãÚ@¨T=|¡G@¨H¤¥f@¡»ˆ9`@¥„ •M Ä@¡™dé@¤ÛŽPª‡@¥_’¥@ª:…Pe¾C@¤~ÑÔ—ŠB@©e¹{ü*@¡ôQ^!`„Std Dev(Removal rate) c. c@Sç…†€@X6o+²xˆ@V¿²Cò¥!@^ 2h@T4‚–þ@\4”-c¹@b%`ù4fa@g¿È.Û@c&‰ý†ñÕ@Uo¼Õ°ß>@]”.S±{â@WèV™R @]€ 9)Q@V:v©—¹@]8ÊyQF@Wn-6ÔdÅ@hEJzÇ@X©a/éé