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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){rwa}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){df}<LSEP>[](symbol){outcome}<LSEP>[](symbol){predictors}<LSEP>[](symbol){applysigns}<LSEP>[](symbol){plot}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){thedata}<LEND>[call](){}<LSEP>[](symbol){%>%}<LEND>[argument 0; call](){}<LSEP>[](symbol){%>%}<LSEP>[](symbol){df}<LEND>[argument 1; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){::}<LSEP>[](symbol){dplyr}<LSEP>[](symbol){select}<LEND>[](symbol){outcome}<LSEP>[](symbol){predictors}<LEND>[argument 1; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){::}<LSEP>[](symbol){tidyr}<LSEP>[](symbol){drop_na}<LEND>[](symbol){outcome}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){numVar}<LEND>[call](){}<LSEP>[](symbol){NCOL}<LSEP>[](symbol){thedata}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){cor_matrix}<LEND>[call](){}<LSEP>[](symbol){%>%}<LEND>[argument 0; call](){}<LSEP>[](symbol){%>%}<LEND>[argument 0; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){utils.recalc.callrate}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){verbose}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){funname}<LEND>[call](){}<LSEP>[](symbol){[[}<LEND>[argument 0; call](){}<LSEP>[](symbol){match.call}<LEND>[argument 1; litteral](real){1.000000}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){build}<LSEP>[litteral](str){Jacob}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){hold}<LSEP>[](symbol){x}<LEND>[statement 3; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){is.null}<LSEP>[](symbol){verbose}<LEND>[true branch; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){@}<LSEP>[](symbol){x}<LSEP>[](symbol){other}<LEND>[](symbol){verbose}<LEND>[true branch; block](){}<LSEP>[statement 0; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){deparse}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){::}<LSEP>[](symbol){base}<LSEP>[](symbol){deparse}<LEND>[argument 0; call](){}<LSEP>[](symbol){asS3}<LSEP>[](symbol){x}

[](){expression}<LSEP>[litteral](NULL){NULL}<LEND>[assign](){<-}<LSEP>[](symbol){.onAttach}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){lib}<LSEP>[](symbol){pkg}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){packageStartupMessage}<LEND>[argument 0; call](){}<LSEP>[](symbol){sprintf}<LSEP>[argument 0; litteral](str){Loaded dtw v%s. See ?dtw for h...}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){::}<LSEP>[](symbol){utils}<LSEP>[](symbol){packageDescription}<LEND>[argument 0; litteral](str){dtw}<LEND>[](symbol){Version}<LEND>[statement 1; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){::}<LSEP>[](symbol){proxy}<LSEP>[](symbol){pr_DB}<LEND>[](symbol){entry_exists}<LEND>[argument 0; litteral](str){DTW}<LEND>[true branch; block](){}<LSEP>[statement 0; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){::}<LSEP>[](symbol){proxy}<LSEP>[](symbol){pr_DB}<LEND>[](symbol){set_entry}<LEND>[](symbol){dtwpairdist}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){DTW}<LSEP>[argument 1; litteral](str){dtw}<LEND>[argument 2; litteral](logical){TRUE}<LSEP>[argument 3; litteral](str){metric}<LSEP>[argument 4; litteral](str){Dynamic Time Warping}<LSEP>[argument 5; litteral](str){Giorgino T (2009). Computing a...}<LSEP>[argument 6; litteral](str){minimum of sum(x[xw[i]]-y[yw[i...}

[](){expression}<LSEP>[litteral](str){StateExperience}<LSEP>[litteral](str){RegionExperience}

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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){bootstrapFP}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){y}<LSEP>[](symbol){pik}<LSEP>[](symbol){B}<LSEP>[](symbol){D}<LSEP>[](symbol){method}<LSEP>[](symbol){design}<LSEP>[](symbol){x}<LSEP>[](symbol){s}<LSEP>[](symbol){distribution}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){method}<LEND>[call](){}<LSEP>[](symbol){match.arg}<LSEP>[](symbol){method}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){ppGross}<LSEP>[argument 1; litteral](str){ppBooth}<LSEP>[argument 2; litteral](str){ppChaoLo85}<LSEP>[argument 3; litteral](str){ppChaoLo94}<LSEP>[argument 4; litteral](str){ppBickelFreedman}<LSEP>[argument 5; litteral](str){ppSitter}<LSEP>[argument 6; litteral](str){ppHolmberg}<LSEP>[argument 7; litteral](str){ppChauvet}<LSEP>[argument 8; litteral](str){ppHotDeck}<LSEP>[argument 9; litteral](str){dEfron}<LSEP>[argument 10; litteral](str){dMcCarthySnowden}<LSEP>[argument 11; 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litteral](str){Some 'y' values are negative, ...}<LEND>[statement 8; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){identical}<LSEP>[](symbol){method}<LSEP>[argument 1; litteral](str){ppHotDeck}<LEND>[true branch; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){|}<LEND>[argument 0; call](){}<LSEP>[](symbol){missing}<LSEP>[](symbol){x}<LEND>[argument 1; call](){}<LSEP>[](symbol){missing}<LSEP>[](symbol){s}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){Arguments 'x' and 's' are requ...}<LEND>[statement 1; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){identical}<LEND>[argument 0; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){s}<LEND>[argument 1; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){x}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){Arguments 's' and 'x' should h...}<LEND>[statement 2; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){<}<LEND>[argument 0; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){s}<LEND>[](symbol){n}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){Arguments 'x' and 's' should h...}<LEND>[statement 3; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.numeric}<LSEP>[](symbol){x}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){Argument 'x' should be a numer...}<LEND>[statement 4; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.logical}<LSEP>[](symbol){s}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){Argument 's' should be a logic...}<LEND>[statement 5; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!=}<LEND>[argument 0; call](){}<LSEP>[](symbol){sum}<LSEP>[](symbol){s}<LEND>[](symbol){n}<LEND>[true branch; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){.onAttach}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){lib}<LSEP>[](symbol){pkg}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){meta}<LEND>[call](){}<LSEP>[](symbol){packageDescription}<LSEP>[argument 0; litteral](str){mvmeta}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){attachmsg}<LEND>[call](){}<LSEP>[](symbol){paste}<LSEP>[argument 0; litteral](str){This is mvmeta }<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){meta}<LSEP>[](symbol){Version}<LEND>[argument 2; litteral](str){. For an overview type: help('...}<LSEP>[argument 3; litteral](str){}<LEND>[statement 2; call](){}<LSEP>[](symbol){packageStartupMessage}<LSEP>[](symbol){attachmsg}<LSEP>[argument 1; litteral](NULL){NULL}<LSEP>[argument 2; litteral](logical){TRUE}

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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){na.omit.data.frame.mvmeta}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){object}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){n}<LEND>[call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){object}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){omit}<LSEP>[litteral](logical){FALSE}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){omit2}<LSEP>[litteral](logical){TRUE}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){vars}<LEND>[call](){}<LSEP>[](symbol){seq_len}<LSEP>[](symbol){n}<LEND>[statement 4; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LEND>[argument 0; assign](){<-}<LSEP>[](symbol){y}<LEND>[call](){}<LSEP>[](symbol){model.response}<LSEP>[](symbol){object}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){vars}<LEND>[call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){vars}<LEND>[argument 1; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[statement 5; control flow](){for}<LSEP>[](symbol){j}<LSEP>[](symbol){vars}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){x}<LEND>[call](){}<LSEP>[](symbol){[[}<LSEP>[](symbol){object}<LSEP>[](symbol){j}<LEND>[statement 1; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.atomic}<LSEP>[](symbol){x}<LEND>[true branch; call](){}<LSEP>[](symbol){next}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){x}<LEND>[call](){}<LSEP>[](symbol){is.na}<LSEP>[](symbol){x}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){d}<LEND>[call](){}<LSEP>[](symbol){dim}<LSEP>[](symbol){x}<LEND>[statement 4; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){||}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LSEP>[](symbol){d}<LEND>[argument 1; call](){}<LSEP>[](symbol){!=}<LEND>[argument 0; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){d}<LEND>[argument 1; litteral](integer){2}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){omit}<LEND>[call](){}<LSEP>[](symbol){|}<LSEP>[](symbol){omit}<LSEP>[](symbol){x}<LEND>[false branch; control flow](){for}<LSEP>[](symbol){ii}<LEND>[range; call](){}<LSEP>[](symbol){:}<LSEP>[argument 0; litteral](integer){1}<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){d}<LSEP>[argument 1; litteral](integer){2}<LEND>[body; assign](){<-}<LSEP>[](symbol){omit}<LEND>[call](){}<LSEP>[](symbol){|}<LSEP>[](symbol){omit}<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){x}<LSEP>[](symbol){}<LSEP>[](symbol){ii}<LEND>[statement 6; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LSEP>[](symbol){y}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){y}<LEND>[call](){}<LSEP>[](symbol){is.na}<LSEP>[](symbol){y}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){d}<LEND>[call](){}<LSEP>[](symbol){dim}<LSEP>[](symbol){y}<LEND>[statement 2; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){||}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LSEP>[](symbol){d}<LEND>[argument 1; call](){}<LSEP>[](symbol){!=}<LEND>[argument 0; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){d}<LEND>[argument 1; litteral](integer){2}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){omit2}<LEND>[call](){}<LSEP>[](symbol){&}<LSEP>[](symbol){omit2}<LSEP>[](symbol){y}<LEND>[false branch; control flow](){for}<LSEP>[](symbol){ii}<LEND>[range; call](){}<LSEP>[](symbol){:}<LSEP>[argument 0; litteral](integer){1}<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){d}<LSEP>[argument 1; litteral](integer){2}<LEND>[body; assign](){<-}<LSEP>[](symbol){omit2}<LEND>[call](){}<LSEP>[](symbol){&}<LSEP>[](symbol){omit2}<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){y}<LSEP>[](symbol){}<LSEP>[](symbol){ii}<LEND>[statement 7; assign](){<-}<LSEP>[](symbol){omit}<LEND>[call](){}<LSEP>[](symbol){|}<LSEP>[](symbol){omit}<LSEP>[](symbol){omit2}<LEND>[statement 8; assign](){<-}<LSEP>[](symbol){xx}<LEND>[call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){object}<LEND>[argument 1; call](){}<LSEP>[](symbol){!}<LSEP>[](symbol){omit}<LEND>[](symbol){}<LSEP>[argument 3; litteral](logical){FALSE}<LEND>[statement 9; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){any}<LEND>[argument 0; call](){}<LSEP>[](symbol){>}<LSEP>[](symbol){omit}<LSEP>[argument 1; litteral](integer){0}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){temp}<LEND>[call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){seq}<LSEP>[](symbol){omit}<LEND>[](symbol){omit}<LEND>[statement 1; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){names}<LSEP>[](symbol){temp}<LEND>[call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){attr}<LSEP>[](symbol){object}<LSEP>[argument 1; litteral](str){row.names}<LEND>[](symbol){omit}<LEND>[statement 2; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){attr}<LSEP>[](symbol){temp}<LSEP>[argument 1; litteral](str){class}<LEND>[litteral](str){omit}<LEND>[statement 3; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){attr}<LSEP>[](symbol){xx}<LSEP>[argument 1; litteral](str){na.action}<LEND>[](symbol){temp}<LEND>[](symbol){xx}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){print.qtest.mvmeta}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){digits}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){signif}<LEND>[call](){}<LSEP>[](symbol){symnum}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){pvalue}<LEND>[argument 1; litteral](logical){FALSE}<LSEP>[argument 2; litteral](logical){FALSE}<LEND>[argument 3; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](real){0.000000}<LSEP>[argument 1; litteral](real){0.001000}<LSEP>[argument 2; litteral](real){0.010000}<LSEP>[argument 3; litteral](real){0.050000}<LSEP>[argument 4; litteral](real){0.100000}<LSEP>[argument 5; litteral](real){1.000000}<LEND>[argument 4; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){***}<LSEP>[argument 1; litteral](str){**}<LSEP>[argument 2; litteral](str){*}<LSEP>[argument 3; litteral](str){.}<LSEP>[argument 4; litteral](str){ }<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){Q}<LEND>[call](){}<LSEP>[](symbol){formatC}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){Q}<LEND>[](symbol){digits}<LSEP>[argument 2; litteral](str){f}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){pvalue}<LEND>[call](){}<LSEP>[](symbol){formatC}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){pvalue}<LEND>[](symbol){digits}<LSEP>[argument 2; litteral](str){f}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){table}<LEND>[call](){}<LSEP>[](symbol){cbind}<LSEP>[](symbol){Q}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){df}<LEND>[](symbol){pvalue}<LSEP>[](symbol){signif}<LEND>[statement 4; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){colnames}<LSEP>[](symbol){table}<LEND>[argument 1; litteral](real){4.000000}<LEND>[litteral](str){}<LEND>[statement 5; call](){}<LSEP>[](symbol){cat}<LEND>[argument 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){k}<LEND>[argument 1; litteral](integer){1}<LEND>[true branch; litteral](str){Uni}<LSEP>[false branch; litteral](str){Multi}<LEND>[argument 1; litteral](str){variate }<LSEP>[argument 2; litteral](str){Cochran Q-test for }<LEND>[argument 3; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){residual}<LEND>[true branch; litteral](str){residual }<LEND>[argument 4; litteral](str){heterogeneity}<LSEP>[argument 5; litteral](str){\n}<LSEP>[argument 6; litteral](str){}<LEND>[statement 6; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){>}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){k}<LEND>[argument 1; litteral](integer){1}<LEND>[true branch; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){\nOverall test:}<LSEP>[argument 1; litteral](str){\n}<LEND>[statement 7; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Q = }<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){Q}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[argument 2; litteral](str){ (df = }<LEND>[argument 3; call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){df}<LEND>[argument 1; litteral](real){1.000000}<LEND>[argument 4; litteral](str){), p-value = }<LEND>[argument 5; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){pvalue}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[argument 6; litteral](str){\n}<LSEP>[argument 7; litteral](str){}<LEND>[statement 8; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){>}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){k}<LEND>[argument 1; litteral](integer){1}<LEND>[true branch; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){\nTests on single outcome para...}<LSEP>[argument 1; litteral](str){\n}<LEND>[statement 1; call](){}<LSEP>[](symbol){print}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){table}<LEND>[argument 1; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[](symbol){}<LSEP>[argument 3; litteral](logical){FALSE}<LEND>[argument 1; litteral](logical){FALSE}<LSEP>[argument 2; litteral](logical){TRUE}<LSEP>[argument 3; litteral](real){2.000000}<LEND>[statement 2; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){---\nSignif. codes: }<LEND>[argument 1; call](){}<LSEP>[](symbol){attr}<LSEP>[](symbol){signif}<LSEP>[argument 1; litteral](str){legend}<LEND>[argument 2; litteral](str){\n}<LEND>[statement 9; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){\n}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){sumlist}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){list}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){res}<LSEP>[litteral](real){0.000000}<LEND>[statement 1; control flow](){for}<LSEP>[](symbol){i}<LEND>[range; call](){}<LSEP>[](symbol){seq}<LSEP>[](symbol){list}<LEND>[body; assign](){<-}<LSEP>[](symbol){res}<LEND>[call](){}<LSEP>[](symbol){+}<LSEP>[](symbol){res}<LEND>[argument 1; call](){}<LSEP>[](symbol){[[}<LSEP>[](symbol){list}<LSEP>[](symbol){i}<LEND>[](symbol){res}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){print.mvmeta}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){digits}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Call: }<LEND>[argument 1; call](){}<LSEP>[](symbol){paste}<LEND>[argument 0; call](){}<LSEP>[](symbol){deparse}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){call}<LEND>[argument 1; litteral](str){\n}<LSEP>[argument 2; litteral](str){\n}<LEND>[argument 2; litteral](str){\n\n}<LSEP>[argument 3; litteral](str){}<LEND>[statement 1; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Fixed-effects coefficients:}<LSEP>[argument 1; litteral](str){\n}<LSEP>[argument 2; litteral](str){}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){table}<LEND>[call](){}<LSEP>[](symbol){formatC}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){coefficients}<LEND>[](symbol){digits}<LSEP>[argument 2; litteral](str){f}<LEND>[statement 3; call](){}<LSEP>[](symbol){print}<LSEP>[](symbol){table}<LSEP>[argument 1; litteral](logical){FALSE}<LSEP>[argument 2; litteral](logical){TRUE}<LSEP>[argument 3; litteral](real){2.000000}<LEND>[statement 4; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){\n}<LEND>[statement 5; call](){}<LSEP>[](symbol){cat}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){m}<LEND>[argument 1; litteral](str){ studies, }<LEND>[argument 2; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){df}<LEND>[](symbol){nall}<LEND>[argument 3; litteral](str){ observations, }<LEND>[argument 4; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){df}<LEND>[](symbol){fixed}<LEND>[argument 5; litteral](str){ fixed and }<LEND>[argument 6; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){df}<LEND>[](symbol){random}<LEND>[argument 7; litteral](str){ random-effects parameters}<LSEP>[argument 8; litteral](str){\n}<LSEP>[argument 9; litteral](str){}<LEND>[statement 6; control flow](){if}<LSEP>[condition; assign](){<-}<LSEP>[](symbol){na}<LEND>[call](){}<LSEP>[](symbol){length}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){na.action}<LEND>[true branch; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){ (}<LSEP>[](symbol){na}<LSEP>[argument 2; litteral](str){ stud}<LEND>[argument 3; call](){}<LSEP>[](symbol){ifelse}<LEND>[argument 0; call](){}<LSEP>[](symbol){>}<LSEP>[](symbol){na}<LSEP>[argument 1; litteral](integer){1}<LEND>[argument 1; litteral](str){ies}<LSEP>[argument 2; litteral](str){y}<LEND>[argument 4; litteral](str){ removed due to missingness}<LSEP>[argument 5; litteral](str){)\n}<LSEP>[argument 6; litteral](str){}<LEND>[statement 7; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){%in%}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){method}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){mm}<LSEP>[argument 1; litteral](str){vc}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){table}<LEND>[call](){}<LSEP>[](symbol){c}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){logLik}<LEND>[argument 1; call](){}<LSEP>[](symbol){AIC}<LSEP>[](symbol){x}<LEND>[argument 2; call](){}<LSEP>[](symbol){BIC}<LSEP>[](symbol){x}<LEND>[statement 1; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){names}<LSEP>[](symbol){table}<LEND>[call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){logLik}<LSEP>[argument 1; litteral](str){AIC}<LSEP>[argument 2; litteral](str){BIC}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){table}<LEND>[call](){}<LSEP>[](symbol){formatC}<LSEP>[](symbol){table}<LSEP>[](symbol){digits}<LSEP>[argument 2; litteral](str){f}<LEND>[statement 3; call](){}<LSEP>[](symbol){print}<LSEP>[](symbol){table}<LSEP>[argument 1; litteral](logical){FALSE}<LSEP>[argument 2; litteral](logical){TRUE}<LSEP>[argument 3; litteral](real){2.000000}<LEND>[statement 8; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){\n}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){iter.igls}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){Psi}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){gls}<LEND>[call](){}<LSEP>[](symbol){glsfit}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){Psi}<LSEP>[argument 5; litteral](logical){FALSE}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){npar}<LEND>[call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){*}<LSEP>[](symbol){k}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LSEP>[](symbol){k}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[argument 1; litteral](real){2.000000}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){indMat}<LEND>[call](){}<LSEP>[](symbol){xpndMat}<LEND>[argument 0; call](){}<LSEP>[](symbol){seq}<LSEP>[](symbol){npar}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){eSigmalist}<LEND>[call](){}<LSEP>[](symbol){lapply}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){Sigmalist}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){Sigma}<LEND>[body; call](){}<LSEP>[](symbol){%x%}<LSEP>[](symbol){Sigma}<LSEP>[](symbol){Sigma}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){flist}<LEND>[call](){}<LSEP>[](symbol){mapply}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){y}<LSEP>[](symbol){S}<LSEP>[](symbol){X}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){return}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){as.numeric}<LEND>[argument 0; call](){}<LSEP>[](symbol){tcrossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){y}<LEND>[argument 1; call](){}<LSEP>[](symbol){%*%}<LSEP>[](symbol){X}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[argument 1; call](){}<LSEP>[](symbol){as.numeric}<LSEP>[](symbol){S}<LEND>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){Xlist}<LSEP>[argument 4; litteral](logical){FALSE}<LEND>[statement 5; assign](){<-}<LSEP>[](symbol){Zlist}<LEND>[call](){}<LSEP>[](symbol){lapply}<LSEP>[](symbol){nalist}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){na}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){z}<LEND>[call](){}<LSEP>[](symbol){as.numeric}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){indMat}<LEND>[argument 1; call](){}<LSEP>[](symbol){!}<LSEP>[](symbol){na}<LEND>[argument 2; call](){}<LSEP>[](symbol){!}<LSEP>[](symbol){na}<LEND>[argument 3; litteral](logical){FALSE}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){Z}<LEND>[call](){}<LSEP>[](symbol){lapply}<LEND>[argument 0; call](){}<LSEP>[](symbol){seq}<LSEP>[](symbol){npar}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LEND>[body; call](){}<LSEP>[](symbol){as.numeric}<LEND>[argument 0; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){mlprof.fn}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){par}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){nall}<LSEP>[](symbol){bscov}<LSEP>[](symbol){ctrl}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){par2Psi}<LSEP>[](symbol){par}<LSEP>[](symbol){k}<LSEP>[](symbol){bscov}<LSEP>[](symbol){ctrl}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){gls}<LEND>[call](){}<LSEP>[](symbol){glsfit}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){Psi}<LSEP>[argument 5; litteral](logical){FALSE}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){pconst}<LEND>[call](){}<LSEP>[](symbol){*}<LEND>[argument 0; call](){}<LSEP>[](symbol){*}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){0.500000}<LEND>[](symbol){nall}<LEND>[argument 1; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){*}<LSEP>[argument 0; litteral](real){2.000000}<LSEP>[](symbol){pi}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){pres}<LEND>[call](){}<LSEP>[](symbol){*}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){0.500000}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){crossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUy}<LEND>[argument 1; call](){}<LSEP>[](symbol){%*%}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){pdet}<LEND>[call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){sum}<LEND>[argument 0; call](){}<LSEP>[](symbol){sapply}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){Ulist}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){U}<LEND>[body; call](){}<LSEP>[](symbol){sum}<LEND>[argument 0; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){diag}<LSEP>[](symbol){U}<LEND>[statement 5; call](){}<LSEP>[](symbol){as.numeric}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LSEP>[](symbol){pconst}<LSEP>[](symbol){pdet}<LEND>[](symbol){pres}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){mvmeta.control}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){optim}<LSEP>[](symbol){showiter}<LSEP>[](symbol){maxiter}<LSEP>[](symbol){initPsi}<LSEP>[](symbol){Psifix}<LSEP>[](symbol){Psicor}<LSEP>[](symbol){Scor}<LSEP>[](symbol){inputna}<LSEP>[](symbol){inputvar}<LSEP>[](symbol){igls.iter}<LSEP>[](symbol){hessian}<LSEP>[](symbol){vc.adj}<LSEP>[](symbol){reltol}<LSEP>[](symbol){set.negeigen}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){optim}<LEND>[call](){}<LSEP>[](symbol){modifyList}<LEND>[argument 0; call](){}<LSEP>[](symbol){list}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[](symbol){maxiter}<LSEP>[](symbol){reltol}<LEND>[](symbol){optim}<LEND>[statement 1; control flow](){if}<LSEP>[](symbol){showiter}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){optim}<LSEP>[](symbol){trace}<LEND>[litteral](real){6.000000}<LEND>[statement 1; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){optim}<LSEP>[](symbol){REPORT}<LEND>[litteral](real){1.000000}<LEND>[statement 2; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){<}<LSEP>[](symbol){igls.iter}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){'igls.iter' in the control lis...}<LEND>[statement 3; call](){}<LSEP>[](symbol){list}<LSEP>[](symbol){optim}<LSEP>[](symbol){showiter}<LSEP>[](symbol){maxiter}<LSEP>[](symbol){hessian}<LSEP>[](symbol){initPsi}<LSEP>[](symbol){Psifix}<LSEP>[](symbol){Psicor}<LSEP>[](symbol){Scor}<LSEP>[](symbol){inputna}<LSEP>[](symbol){inputvar}<LSEP>[](symbol){igls.iter}<LSEP>[](symbol){vc.adj}<LSEP>[](symbol){reltol}<LSEP>[](symbol){set.negeigen}

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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){mvmeta.fixed}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){nall}<LSEP>[](symbol){control}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){diag}<LSEP>[argument 0; litteral](real){0.000000}<LSEP>[](symbol){k}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){gls}<LEND>[call](){}<LSEP>[](symbol){glsfit}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){Psi}<LSEP>[argument 5; litteral](logical){FALSE}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){qrinvtUX}<LEND>[call](){}<LSEP>[](symbol){qr}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){R}<LEND>[call](){}<LSEP>[](symbol){qr.R}<LSEP>[](symbol){qrinvtUX}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){Qty}<LEND>[call](){}<LSEP>[](symbol){qr.qty}<LSEP>[](symbol){qrinvtUX}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUy}<LEND>[statement 5; assign](){<-}<LSEP>[](symbol){vcov}<LEND>[call](){}<LSEP>[](symbol){tcrossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){backsolve}<LSEP>[](symbol){R}<LEND>[argument 1; call](){}<LSEP>[](symbol){diag}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){ncol}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 6; assign](){<-}<LSEP>[](symbol){res}<LSEP>[litteral](NULL){NULL}<LEND>[statement 7; assign](){<-}<LSEP>[](symbol){fitted}<LEND>[call](){}<LSEP>[](symbol){lapply}<LSEP>[](symbol){Xlist}<LSEP>[argument 1; litteral](str){%*%}<LEND>[argument 2; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[statement 8; assign](){<-}<LSEP>[](symbol){rank}<LEND>[call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){qrinvtUX}<LSEP>[](symbol){rank}<LEND>[statement 9; assign](){<-}<LSEP>[](symbol){pconst}<LEND>[call](){}<LSEP>[](symbol){*}<LEND>[argument 0; call](){}<LSEP>[](symbol){*}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){0.500000}<LEND>[](symbol){nall}<LEND>[argument 1; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){*}<LSEP>[argument 0; litteral](real){2.000000}<LSEP>[](symbol){pi}<LEND>[statement 10; assign](){<-}<LSEP>[](symbol){pres}<LEND>[call](){}<LSEP>[](symbol){*}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){0.500000}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){crossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUy}<LEND>[argument 1; call](){}<LSEP>[](symbol){%*%}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[statement 11; assign](){<-}<LSEP>[](symbol){pdet}<LEND>[call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){sum}<LEND>[argument 0; call](){}<LSEP>[](symbol){sapply}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){Ulist}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){U}<LEND>[body; call](){}<LSEP>[](symbol){sum}<LEND>[argument 0; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){diag}<LSEP>[](symbol){U}<LEND>[statement 12; assign](){<-}<LSEP>[](symbol){logLik}<LEND>[call](){}<LSEP>[](symbol){as.numeric}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LSEP>[](symbol){pconst}<LSEP>[](symbol){pdet}<LEND>[](symbol){pres}<LEND>[statement 13; call](){}<LSEP>[](symbol){list}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[](symbol){vcov}<LSEP>[](symbol){res}<LSEP>[](symbol){fitted}<LEND>[argument 4; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){nall}<LSEP>[](symbol){rank}<LEND>[](symbol){rank}<LSEP>[](symbol){logLik}<LSEP>[](symbol){control}

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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){vcov.mvmeta}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){object}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){object}<LSEP>[](symbol){vcov}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){mvmeta.reml}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){nall}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){par}<LEND>[call](){}<LSEP>[](symbol){initpar}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){fn}<LSEP>[](symbol){remlprof.fn}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){gr}<LEND>[control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LSEP>[](symbol){bscov}<LSEP>[argument 1; litteral](str){unstr}<LEND>[](symbol){remlprof.gr}<LSEP>[false branch; litteral](NULL){NULL}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){opt}<LEND>[call](){}<LSEP>[](symbol){optim}<LSEP>[](symbol){par}<LSEP>[](symbol){fn}<LSEP>[](symbol){gr}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){nall}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LSEP>[argument 13; litteral](str){BFGS}<LEND>[argument 14; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){optim}<LEND>[argument 15; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){hessian}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){par2Psi}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){par}<LEND>[](symbol){k}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LEND>[statement 5; assign](){<-}<LSEP>[](symbol){gls}<LEND>[call](){}<LSEP>[](symbol){glsfit}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){Psi}<LSEP>[argument 5; litteral](logical){FALSE}<LEND>[statement 6; assign](){<-}<LSEP>[](symbol){qrinvtUX}<LEND>[call](){}<LSEP>[](symbol){qr}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 7; assign](){<-}<LSEP>[](symbol){R}<LEND>[call](){}<LSEP>[](symbol){qr.R}<LSEP>[](symbol){qrinvtUX}<LEND>[statement 8; assign](){<-}<LSEP>[](symbol){Qty}<LEND>[call](){}<LSEP>[](symbol){qr.qty}<LSEP>[](symbol){qrinvtUX}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUy}<LEND>[statement 9; assign](){<-}<LSEP>[](symbol){vcov}<LEND>[call](){}<LSEP>[](symbol){tcrossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){backsolve}<LSEP>[](symbol){R}<LEND>[argument 1; call](){}<LSEP>[](symbol){diag}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){ncol}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 10; assign](){<-}<LSEP>[](symbol){res}<LSEP>[litteral](NULL){NULL}<LEND>[statement 11; assign](){<-}<LSEP>[](symbol){fitted}<LEND>[call](){}<LSEP>[](symbol){lapply}<LSEP>[](symbol){Xlist}<LSEP>[argument 1; litteral](str){%*%}<LEND>[argument 2; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[statement 12; assign](){<-}<LSEP>[](symbol){rank}<LEND>[call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){qrinvtUX}<LSEP>[](symbol){rank}<LEND>[statement 13; call](){}<LSEP>[](symbol){c}<LEND>[argument 0; call](){}<LSEP>[](symbol){list}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[](symbol){vcov}<LSEP>[](symbol){Psi}<LSEP>[](symbol){res}<LSEP>[](symbol){fitted}<LEND>[argument 5; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){nall}<LSEP>[](symbol){rank}<LEND>[argument 1; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){par}<LEND>[](symbol){rank}<LEND>[argument 7; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){value}<LEND>[argument 8; call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){convergence}<LEND>[argument 1; litteral](real){0.000000}<LEND>[argument 9; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){par}<LEND>[argument 1; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){hessian}<LEND>[true branch; call](){}<LSEP>[](symbol){list}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){hessian}<LEND>[argument 2; call](){}<LSEP>[](symbol){list}<LEND>[argument 0; call](){}<LSEP>[](symbol){[[}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){counts}<LEND>[argument 1; litteral](real){2.000000}<LEND>[](symbol){control}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){mvmetaSim}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){y}<LSEP>[](symbol){S}<LSEP>[](symbol){Psi}<LSEP>[](symbol){sd}<LSEP>[](symbol){cor}<LSEP>[](symbol){nsim}<LSEP>[](symbol){seed}<LSEP>[](symbol){posdeftol}<LEND>[body; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){missing}<LSEP>[](symbol){posdeftol}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){posdeftol}<LEND>[call](){}<LSEP>[](symbol){sqrt}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){.Machine}<LSEP>[](symbol){double.eps}<LEND>[statement 1; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){exists}<LSEP>[argument 0; litteral](str){.Random.seed}<LSEP>[](symbol){.GlobalEnv}<LSEP>[argument 2; litteral](logical){FALSE}<LEND>[true branch; call](){}<LSEP>[](symbol){runif}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[statement 2; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){is.null}<LSEP>[](symbol){seed}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){RNGstate}<LEND>[call](){}<LSEP>[](symbol){get}<LSEP>[argument 0; litteral](str){.Random.seed}<LSEP>[](symbol){.GlobalEnv}<LEND>[false branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){R.seed}<LEND>[call](){}<LSEP>[](symbol){get}<LSEP>[argument 0; litteral](str){.Random.seed}<LSEP>[](symbol){.GlobalEnv}<LEND>[statement 1; call](){}<LSEP>[](symbol){set.seed}<LSEP>[](symbol){seed}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){RNGstate}<LEND>[call](){}<LSEP>[](symbol){structure}<LSEP>[](symbol){seed}<LEND>[argument 1; call](){}<LSEP>[](symbol){as.list}<LEND>[argument 0; call](){}<LSEP>[](symbol){RNGkind}<LEND>[statement 3; call](){}<LSEP>[](symbol){on.exit}<LEND>[argument 0; call](){}<LSEP>[](symbol){assign}<LSEP>[argument 0; litteral](str){.Random.seed}<LSEP>[](symbol){R.seed}<LSEP>[](symbol){.GlobalEnv}<LEND>[statement 3; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.matrix}<LSEP>[](symbol){y}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){y}<LEND>[call](){}<LSEP>[](symbol){as.matrix}<LSEP>[](symbol){y}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){k}<LEND>[call](){}<LSEP>[](symbol){ncol}<LSEP>[](symbol){y}<LEND>[statement 5; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){any}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.na}<LSEP>[](symbol){y}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){missing values not allowed in 'y'}<LEND>[statement 6; assign](){<-}<LSEP>[](symbol){S}<LEND>[call](){}<LSEP>[](symbol){mkS}<LSEP>[](symbol){S}<LSEP>[](symbol){y}<LEND>[statement 7; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){any}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.na}<LSEP>[](symbol){S}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){missing values not allowed in 'S'}<LEND>[statement 8; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){missing}<LSEP>[](symbol){Psi}<LEND>[true branch; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){||}<LEND>[argument 0; call](){}<LSEP>[](symbol){missing}<LSEP>[](symbol){sd}<LEND>[argument 1; call](){}<LSEP>[](symbol){missing}<LSEP>[](symbol){cor}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){'Psi' or 'sd'-'cor' must be pr...}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){inputcov}<LSEP>[](symbol){sd}<LSEP>[](symbol){cor}<LEND>[statement 9; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.matrix}<LSEP>[](symbol){Psi}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){xpndMat}<LSEP>[](symbol){Psi}<LEND>[statement 10; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){checkPD}<LSEP>[](symbol){Psi}<LSEP>[](symbol){k}<LSEP>[argument 2; litteral](str){Psi}<LEND>[statement 11; assign](){<-}<LSEP>[](symbol){sim}<LEND>[call](){}<LSEP>[](symbol){do.call}<LSEP>[argument 0; litteral](str){cbind}<LEND>[argument 1; call](){}<LSEP>[](symbol){lapply}<LEND>[argument 0; call](){}<LSEP>[](symbol){seq}<LEND>[argument 0; call](){}<LSEP>[](symbol){nrow}<LSEP>[](symbol){y}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){i}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){mvSim}<LSEP>[](symbol){nsim}<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){y}<LSEP>[](symbol){i}<LSEP>[](symbol){}<LEND>[argument 2; call](){}<LSEP>[](symbol){+}<LEND>[argument 0; call](){}<LSEP>[](symbol){xpndMat}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){S}<LSEP>[](symbol){i}<LSEP>[](symbol){}<LEND>[](symbol){Psi}<LEND>[](symbol){posdeftol}<LSEP>[argument 4; litteral](logical){FALSE}<LEND>[statement 12; assign](){<-}<LSEP>[](symbol){sim}<LEND>[call](){}<LSEP>[](symbol){lapply}<LEND>[argument 0; call](){}<LSEP>[](symbol){seq}<LEND>[argument 0; call](){}<LSEP>[](symbol){nrow}<LSEP>[](symbol){sim}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){i}<LEND>[body; call](){}<LSEP>[](symbol){drop}<LEND>[argument 0; call](){}<LSEP>[](symbol){matrix}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){sim}<LSEP>[](symbol){i}<LSEP>[](symbol){}<LEND>[argument 1; call](){}<LSEP>[](symbol){ncol}<LSEP>[](symbol){y}<LEND>[](symbol){T}<LEND>[argument 3; call](){}<LSEP>[](symbol){dimnames}<LSEP>[](symbol){y}<LEND>[statement 13; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LSEP>[](symbol){nsim}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){sim}<LEND>[call](){}<LSEP>[](symbol){[[}<LSEP>[](symbol){sim}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[](symbol){sim}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){print.summary.mvmeta}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){digits}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){methodname}<LEND>[call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){reml}<LSEP>[argument 1; litteral](str){ml}<LSEP>[argument 2; litteral](str){fixed}<LSEP>[argument 3; litteral](str){mm}<LSEP>[argument 4; litteral](str){vc}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){methodlabel}<LEND>[call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){REML}<LSEP>[argument 1; litteral](str){ML}<LSEP>[argument 2; litteral](str){Fixed}<LSEP>[argument 3; litteral](str){Method of moments}<LSEP>[argument 4; litteral](str){Variance components}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){bscovname}<LEND>[call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){unstr}<LSEP>[argument 1; litteral](str){diag}<LSEP>[argument 2; litteral](str){id}<LSEP>[argument 3; litteral](str){cs}<LSEP>[argument 4; litteral](str){hcs}<LSEP>[argument 5; litteral](str){ar1}<LSEP>[argument 6; litteral](str){prop}<LSEP>[argument 7; litteral](str){cor}<LSEP>[argument 8; litteral](str){fixed}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){bscovlabel}<LEND>[call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){General positive-definite}<LSEP>[argument 1; litteral](str){Diagonal}<LSEP>[argument 2; litteral](str){Multiple of identity}<LSEP>[argument 3; litteral](str){Compound symmetry}<LSEP>[argument 4; litteral](str){Heterogeneous compound symmetry}<LSEP>[argument 5; litteral](str){Autoregressive of first order}<LSEP>[argument 6; litteral](str){Proportional to fixed matrix}<LSEP>[argument 7; litteral](str){Fixed correlation}<LSEP>[argument 8; litteral](str){Fixed}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){int}<LEND>[call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){attr}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){terms}<LEND>[argument 1; litteral](str){intercept}<LEND>[argument 1; litteral](integer){1}<LEND>[statement 5; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Call: }<LEND>[argument 1; call](){}<LSEP>[](symbol){paste}<LEND>[argument 0; call](){}<LSEP>[](symbol){deparse}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){call}<LEND>[argument 1; litteral](str){\n}<LSEP>[argument 2; litteral](str){\n}<LEND>[argument 2; litteral](str){\n\n}<LSEP>[argument 3; litteral](str){}<LEND>[statement 6; call](){}<LSEP>[](symbol){cat}<LEND>[argument 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){k}<LEND>[argument 1; litteral](integer){1}<LEND>[true branch; litteral](str){Uni}<LSEP>[false branch; litteral](str){Multi}<LEND>[argument 1; litteral](str){variate }<LEND>[argument 2; call](){}<LSEP>[](symbol){ifelse}<LEND>[argument 0; call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){method}<LEND>[argument 1; litteral](str){fixed}<LEND>[argument 1; litteral](str){fixed}<LSEP>[argument 2; litteral](str){random}<LEND>[argument 3; litteral](str){-effects meta-}<LEND>[argument 4; call](){}<LSEP>[](symbol){ifelse}<LEND>[argument 0; call](){}<LSEP>[](symbol){>}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){p}<LEND>[](symbol){int}<LEND>[argument 1; litteral](real){0.000000}<LEND>[argument 1; litteral](str){regression}<LSEP>[argument 2; litteral](str){analysis}<LEND>[argument 5; litteral](str){\n}<LSEP>[argument 6; litteral](str){}<LEND>[statement 7; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Dimension: }<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){k}<LEND>[argument 2; litteral](str){\n}<LSEP>[argument 3; litteral](str){}<LEND>[statement 8; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!=}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){method}<LEND>[argument 1; litteral](str){fixed}<LEND>[true branch; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Estimation method: }<LEND>[argument 1; call](){}<LSEP>[](symbol){[}<LSEP>[](symbol){methodlabel}<LEND>[argument 1; call](){}<LSEP>[](symbol){which}<LEND>[argument 0; call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){method}<LEND>[](symbol){methodname}<LEND>[argument 2; litteral](str){\n}<LSEP>[argument 3; litteral](str){}<LEND>[statement 9; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){\n}<LEND>[statement 10; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Fixed-effects coefficients}<LSEP>[argument 1; litteral](str){\n}<LSEP>[argument 2; litteral](str){}<LEND>[statement 11; assign](){<-}<LSEP>[](symbol){signif}<LEND>[call](){}<LSEP>[](symbol){symnum}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){coefficients}<LEND>[](symbol){}<LSEP>[argument 2; litteral](str){Pr(>|z|)}<LEND>[argument 1; litteral](logical){FALSE}<LSEP>[argument 2; litteral](logical){FALSE}<LEND>[argument 3; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](real){0.000000}<LSEP>[argument 1; litteral](real){0.001000}<LSEP>[argument 2; litteral](real){0.010000}<LSEP>[argument 3; litteral](real){0.050000}<LSEP>[argument 4; litteral](real){0.100000}<LSEP>[argument 5; litteral](real){1.000000}<LEND>[argument 4; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){***}<LSEP>[argument 1; litteral](str){**}<LSEP>[argument 2; litteral](str){*}<LSEP>[argument 3; litteral](str){.}<LSEP>[argument 4; litteral](str){ }<LEND>[statement 12; assign](){<-}<LSEP>[](symbol){tabletot}<LEND>[call](){}<LSEP>[](symbol){formatC}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){coefficients}<LEND>[](symbol){digits}<LSEP>[argument 2; litteral](str){f}<LEND>[statement 13; assign](){<-}<LSEP>[](symbol){tabletot}<LEND>[call](){}<LSEP>[](symbol){cbind}<LSEP>[](symbol){tabletot}<LSEP>[](symbol){signif}<LEND>[statement 14; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){colnames}<LSEP>[](symbol){tabletot}<LEND>[argument 1; litteral](real){7.000000}<LEND>[litteral](str){}<LEND>[statement 15; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){p}<LEND>[](symbol){int}<LEND>[argument 1; litteral](integer){0}<LEND>[true branch; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){>}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){k}<LEND>[argument 1; litteral](integer){1}<LEND>[true branch; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){rownames}<LSEP>[](symbol){tabletot}<LEND>[call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){lab}<LEND>[](symbol){k}<LEND>[statement 1; call](){}<LSEP>[](symbol){print}<LSEP>[](symbol){tabletot}<LSEP>[argument 1; litteral](logical){FALSE}<LSEP>[argument 2; litteral](logical){TRUE}<LSEP>[argument 3; litteral](real){2.000000}<LEND>[statement 16; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){>}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){dim}<LEND>[](symbol){p}<LEND>[](symbol){int}<LEND>[argument 1; litteral](integer){0}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){p}<LEND>[call](){}<LSEP>[](symbol){$}<LEND>[argument 0; 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call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){eig}<LSEP>[](symbol){vectors}<LEND>[argument 1; call](){}<LSEP>[](symbol){diag}<LEND>[argument 0; call](){}<LSEP>[](symbol){pmax}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){eig}<LSEP>[](symbol){values}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){set.negeigen}<LEND>[](symbol){k}<LEND>[argument 1; call](){}<LSEP>[](symbol){t}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){eig}<LSEP>[](symbol){vectors}<LEND>[statement 28; assign](){<-}<LSEP>[](symbol){gls}<LEND>[call](){}<LSEP>[](symbol){glsfit}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){Psi}<LSEP>[argument 5; litteral](logical){FALSE}<LEND>[statement 29; assign](){<-}<LSEP>[](symbol){qrinvtUX}<LEND>[call](){}<LSEP>[](symbol){qr}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 30; assign](){<-}<LSEP>[](symbol){R}<LEND>[call](){}<LSEP>[](symbol){qr.R}<LSEP>[](symbol){qrinvtUX}<LEND>[statement 31; assign](){<-}<LSEP>[](symbol){Qty}<LEND>[call](){}<LSEP>[](symbol){qr.qty}<LSEP>[](symbol){qrinvtUX}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUy}<LEND>[statement 32; assign](){<-}<LSEP>[](symbol){vcov}<LEND>[call](){}<LSEP>[](symbol){tcrossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){backsolve}<LSEP>[](symbol){R}<LEND>[argument 1; call](){}<LSEP>[](symbol){diag}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){ncol}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 33; assign](){<-}<LSEP>[](symbol){res}<LSEP>[litteral](NULL){NULL}<LEND>[statement 34; assign](){<-}<LSEP>[](symbol){fitted}<LEND>[call](){}<LSEP>[](symbol){lapply}<LSEP>[](symbol){Xlist}<LSEP>[argument 1; litteral](str){%*%}<LEND>[argument 2; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[statement 35; assign](){<-}<LSEP>[](symbol){rank}<LEND>[call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){qrinvtUX}<LSEP>[](symbol){rank}<LEND>[statement 36; call](){}<LSEP>[](symbol){list}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){coef}<LEND>[](symbol){vcov}<LSEP>[](symbol){Psi}<LSEP>[](symbol){res}<LSEP>[](symbol){fitted}<LEND>[argument 5; call](){}<LSEP>[](symbol){-}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){nall}<LSEP>[](symbol){rank}<LEND>[argument 1; call](){}<LSEP>[](symbol){length}<LSEP>[](symbol){par}<LEND>[](symbol){rank}<LSEP>[argument 7; litteral](logical){NA}<LSEP>[](symbol){negeigen}<LSEP>[](symbol){control}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){initpar}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LEND>[body; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){%in%}<LSEP>[](symbol){bscov}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){prop}<LSEP>[argument 1; litteral](str){fixed}<LEND>[true branch; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LEND>[argument 0; assign](){<-}<LSEP>[](symbol){fix}<LEND>[call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){Psifix}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){Psifix}<LEND>[control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){is.matrix}<LSEP>[](symbol){fix}<LEND>[](symbol){fix}<LEND>[false branch; call](){}<LSEP>[](symbol){xpndMat}<LSEP>[](symbol){fix}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){Psifix}<LEND>[call](){}<LSEP>[](symbol){checkPD}<LSEP>[](symbol){Psifix}<LSEP>[](symbol){k}<LSEP>[argument 2; litteral](str){Psifix}<LEND>[false branch; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LSEP>[](symbol){bscov}<LSEP>[argument 1; litteral](str){cor}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){Psicor}<LEND>[call](){}<LSEP>[](symbol){inputcov}<LEND>[argument 0; call](){}<LSEP>[](symbol){rep}<LSEP>[argument 0; litteral](real){1.000000}<LSEP>[](symbol){k}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){Psicor}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){Psicor}<LEND>[call](){}<LSEP>[](symbol){checkPD}<LSEP>[](symbol){Psicor}<LSEP>[](symbol){k}<LSEP>[argument 2; litteral](str){Psicor}<LEND>[statement 1; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){is.null}<LEND>[argument 0; assign](){<-}<LSEP>[](symbol){initPsi}<LEND>[call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){initPsi}<LEND>[true branch; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){is.vector}<LSEP>[](symbol){initPsi}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){initPsi}<LEND>[call](){}<LSEP>[](symbol){xpndMat}<LSEP>[](symbol){initPsi}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){initPsi}<LEND>[call](){}<LSEP>[](symbol){checkPD}<LSEP>[](symbol){initPsi}<LSEP>[](symbol){k}<LSEP>[argument 2; litteral](str){initPsi}<LEND>[false branch; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){!}<LEND>[argument 0; call](){}<LSEP>[](symbol){%in%}<LSEP>[](symbol){bscov}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){fixed}<LEND>[true branch; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){initPsi}<LEND>[call](){}<LSEP>[](symbol){diag}<LSEP>[argument 0; litteral](real){0.001000}<LSEP>[](symbol){k}<LEND>[statement 1; control flow](){for}<LSEP>[](symbol){i}<LEND>[range; call](){}<LSEP>[](symbol){seq}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){igls.iter}<LEND>[body; assign](){<-}<LSEP>[](symbol){initPsi}<LEND>[call](){}<LSEP>[](symbol){iter.igls}<LSEP>[](symbol){initPsi}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){par}<LEND>[call](){}<LSEP>[](symbol){switch}<LSEP>[](symbol){bscov}<LEND>[argument 1; call](){}<LSEP>[](symbol){vechMat}<LEND>[argument 0; call](){}<LSEP>[](symbol){t}<LEND>[argument 0; call](){}<LSEP>[](symbol){chol}<LSEP>[](symbol){initPsi}<LEND>[argument 2; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){diag}<LSEP>[](symbol){initPsi}<LEND>[argument 3; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){mean}<LEND>[argument 0; call](){}<LSEP>[](symbol){diag}<LSEP>[](symbol){initPsi}<LEND>[argument 4; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){<}<LSEP>[](symbol){k}<LSEP>[argument 1; litteral](real){2.000000}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){bscov='cs' only meaningful wit...}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){cor}<LEND>[call](){}<LSEP>[](symbol){mean}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){cov2cor}<LSEP>[](symbol){initPsi}<LEND>[argument 1; call](){}<LSEP>[](symbol){!=}<LEND>[argument 0; call](){}<LSEP>[](symbol){row}<LSEP>[](symbol){initPsi}<LEND>[argument 1; call](){}<LSEP>[](symbol){col}<LSEP>[](symbol){initPsi}<LEND>[statement 2; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){<=}<LSEP>[](symbol){cor}<LEND>[argument 1; call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){k}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){cor}<LEND>[call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[](symbol){k}<LEND>[statement 3; call](){}<LSEP>[](symbol){c}<LEND>[argument 0; call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){mean}<LEND>[argument 0; call](){}<LSEP>[](symbol){diag}<LSEP>[](symbol){initPsi}<LEND>[argument 1; litteral](real){2.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LSEP>[](symbol){cor}<LEND>[argument 1; call](){}<LSEP>[](symbol){/}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){k}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LSEP>[](symbol){cor}<LEND>[argument 5; block](){}<LSEP>[statement 0; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){<}<LSEP>[](symbol){k}<LSEP>[argument 1; litteral](real){2.000000}<LEND>[true branch; call](){}<LSEP>[](symbol){stop}<LSEP>[argument 0; litteral](str){bscov='hcs' only meaningful wi...}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){cor}<LEND>[call](){}<LSEP>[](symbol){mean}<LEND>[argument 0; call](){}<LSEP>[](symbol){[}<LEND>[argument 0; call](){}<LSEP>[](symbol){cov2cor}<LSEP>[](symbol){initPsi}<LEND>[argument 1; call](){}<LSEP>[](symbol){!=}<LEND>[argument 0; call](){}<LSEP>[](symbol){row}<LSEP>[](symbol){initPsi}<LEND>[argument 1; call](){}<LSEP>[](symbol){col}<LSEP>[](symbol){initPsi}<LEND>[statement 2; control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){<=}<LSEP>[](symbol){cor}<LEND>[argument 1; call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[](symbol){k}<LSEP>[argument 1; litteral](real){1.000000}<LEND>[true branch; assign](){<-}<LSEP>[](symbol){cor}<LEND>[call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){-}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[](symbol){k}<LEND>[statement 3; call](){}<LSEP>[](symbol){c}<LEND>[argument 0; call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){diag}<LSEP>[](symbol){initPsi}<LEND>[argument 1; litteral](real){2.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){log}<LEND>[argument 0; call](){}<LSEP>[](symbol){/}<LEND>[argument 0; call](){}<LSEP>[](symbol){(}<LEND>[argument 0; call](){}<LSEP>[](symbol){+}<LSEP>[](symbol){cor}<LEND>[argument 1; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){mvmeta.ml}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){nall}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){par}<LEND>[call](){}<LSEP>[](symbol){initpar}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LEND>[statement 1; assign](){<-}<LSEP>[](symbol){fn}<LSEP>[](symbol){mlprof.fn}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){gr}<LEND>[control flow](){if}<LSEP>[condition; call](){}<LSEP>[](symbol){==}<LSEP>[](symbol){bscov}<LSEP>[argument 1; litteral](str){unstr}<LEND>[](symbol){mlprof.gr}<LSEP>[false branch; litteral](NULL){NULL}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){opt}<LEND>[call](){}<LSEP>[](symbol){optim}<LSEP>[](symbol){par}<LSEP>[](symbol){fn}<LSEP>[](symbol){gr}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){k}<LSEP>[](symbol){m}<LSEP>[](symbol){p}<LSEP>[](symbol){nall}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LSEP>[argument 13; litteral](str){BFGS}<LEND>[argument 14; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){optim}<LEND>[argument 15; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){control}<LSEP>[](symbol){hessian}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){Psi}<LEND>[call](){}<LSEP>[](symbol){par2Psi}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){opt}<LSEP>[](symbol){par}<LEND>[](symbol){k}<LSEP>[](symbol){bscov}<LSEP>[](symbol){control}<LEND>[statement 5; assign](){<-}<LSEP>[](symbol){gls}<LEND>[call](){}<LSEP>[](symbol){glsfit}<LSEP>[](symbol){Xlist}<LSEP>[](symbol){ylist}<LSEP>[](symbol){Slist}<LSEP>[](symbol){nalist}<LSEP>[](symbol){Psi}<LSEP>[argument 5; litteral](logical){FALSE}<LEND>[statement 6; assign](){<-}<LSEP>[](symbol){qrinvtUX}<LEND>[call](){}<LSEP>[](symbol){qr}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 7; assign](){<-}<LSEP>[](symbol){R}<LEND>[call](){}<LSEP>[](symbol){qr.R}<LSEP>[](symbol){qrinvtUX}<LEND>[statement 8; assign](){<-}<LSEP>[](symbol){Qty}<LEND>[call](){}<LSEP>[](symbol){qr.qty}<LSEP>[](symbol){qrinvtUX}<LEND>[argument 1; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUy}<LEND>[statement 9; assign](){<-}<LSEP>[](symbol){vcov}<LEND>[call](){}<LSEP>[](symbol){tcrossprod}<LEND>[argument 0; call](){}<LSEP>[](symbol){backsolve}<LSEP>[](symbol){R}<LEND>[argument 1; call](){}<LSEP>[](symbol){diag}<LSEP>[argument 0; litteral](real){1.000000}<LEND>[argument 1; call](){}<LSEP>[](symbol){ncol}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){gls}<LSEP>[](symbol){invtUX}<LEND>[statement 10; assign](){<-}<LSEP>[](symbol){res}<LSEP>[litteral](NULL){NULL}<LEND>[statement 11; 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litteral](str){An illegal attempt was made to...}<LSEP>[argument 15; litteral](str){A request to set a cookie's va...}<LSEP>[argument 16; litteral](str){A modal dialog was open, block...}<LSEP>[argument 17; litteral](str){An attempt was made to operate...}<LSEP>[argument 18; litteral](str){A script did not complete befo...}<LSEP>[argument 19; litteral](str){The coordinates provided to an...}<LSEP>[argument 20; litteral](str){IME was not available.}<LSEP>[argument 21; litteral](str){An IME engine could not be sta...}<LSEP>[argument 22; litteral](str){Argument was an invalid select...}<LSEP>[argument 23; litteral](str){A new session could not be cre...}<LSEP>[argument 24; litteral](str){Target provided for a move act...}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){Code}<LSEP>[argument 1; litteral](str){Summary}<LSEP>[argument 2; litteral](str){Detail}<LEND>[argument 2; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](logical){NA}<LEND>[argument 1; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){print.rDriver}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Remote Ip Address:}<LEND>[argument 1; call](){}<LSEP>[](symbol){build_url}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){remServAdd}<LEND>[argument 2; litteral](str){\n}<LEND>[statement 1; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; litteral](str){Remote sessionId:}<LEND>[argument 1; call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){sessionId}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){x}<LSEP>[](symbol){drvID}<LEND>[argument 2; litteral](str){\n}<LEND>[assign](){<-}<LSEP>[](symbol){print.wElement}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; call](){}<LSEP>[](symbol){cat}<LSEP>[argument 0; 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litteral](str){\xEE\x80\x9A}<LSEP>[argument 27; litteral](str){\xEE\x80\x9B}<LSEP>[argument 28; litteral](str){\xEE\x80\x9C}<LSEP>[argument 29; litteral](str){\xEE\x80\x9D}<LSEP>[argument 30; litteral](str){\xEE\x80\x9E}<LSEP>[argument 31; litteral](str){\xEE\x80\x9F}<LSEP>[argument 32; litteral](str){\xEE\x80\xA0}<LSEP>[argument 33; litteral](str){\xEE\x80\xA1}<LSEP>[argument 34; litteral](str){\xEE\x80\xA2}<LSEP>[argument 35; litteral](str){\xEE\x80\xA3}<LSEP>[argument 36; litteral](str){\xEE\x80\xA4}<LSEP>[argument 37; litteral](str){\xEE\x80\xA5}<LSEP>[argument 38; litteral](str){\xEE\x80\xA6}<LSEP>[argument 39; litteral](str){\xEE\x80\xA7}<LSEP>[argument 40; litteral](str){\xEE\x80\xA8}<LSEP>[argument 41; litteral](str){\xEE\x80\xA9}<LSEP>[argument 42; litteral](str){\xEE\x80\xB1}<LSEP>[argument 43; litteral](str){\xEE\x80\xB2}<LSEP>[argument 44; litteral](str){\xEE\x80\xB3}<LSEP>[argument 45; litteral](str){\xEE\x80\xB4}<LSEP>[argument 46; litteral](str){\xEE\x80\xB5}<LSEP>[argument 47; litteral](str){\xEE\x80\xB6}<LSEP>[argument 48; litteral](str){\xEE\x80\xB7}<LSEP>[argument 49; litteral](str){\xEE\x80\xB8}<LSEP>[argument 50; litteral](str){\xEE\x80\xB9}<LSEP>[argument 51; litteral](str){\xEE\x80\xBA}<LSEP>[argument 52; litteral](str){\xEE\x80\xBB}<LSEP>[argument 53; litteral](str){\xEE\x80\xBC}<LSEP>[argument 54; litteral](str){\xEE\x80\xBD}<LEND>[argument 1; call](){}<LSEP>[](symbol){c}<LSEP>[argument 0; litteral](str){null}<LSEP>[argument 1; litteral](str){cancel}<LSEP>[argument 2; litteral](str){help}<LSEP>[argument 3; litteral](str){backspace}<LSEP>[argument 4; litteral](str){tab}<LSEP>[argument 5; litteral](str){clear}<LSEP>[argument 6; litteral](str){return}<LSEP>[argument 7; litteral](str){enter}<LSEP>[argument 8; litteral](str){shift}<LSEP>[argument 9; litteral](str){control}<LSEP>[argument 10; litteral](str){alt}<LSEP>[argument 11; litteral](str){pause}<LSEP>[argument 12; litteral](str){escape}<LSEP>[argument 13; litteral](str){space}<LSEP>[argument 14; litteral](str){page_up}<LSEP>[argument 15; litteral](str){page_down}<LSEP>[argument 16; litteral](str){end}<LSEP>[argument 17; litteral](str){home}<LSEP>[argument 18; litteral](str){left_arrow}<LSEP>[argument 19; litteral](str){up_arrow}<LSEP>[argument 20; litteral](str){right_arrow}<LSEP>[argument 21; litteral](str){down_arrow}<LSEP>[argument 22; litteral](str){insert}<LSEP>[argument 23; litteral](str){delete}<LSEP>[argument 24; litteral](str){semicolon}<LSEP>[argument 25; litteral](str){equals}<LSEP>[argument 26; litteral](str){numpad_0}<LSEP>[argument 27; litteral](str){numpad_1}<LSEP>[argument 28; litteral](str){numpad_2}<LSEP>[argument 29; litteral](str){numpad_3}<LSEP>[argument 30; litteral](str){numpad_4}<LSEP>[argument 31; litteral](str){numpad_5}<LSEP>[argument 32; litteral](str){numpad_6}<LSEP>[argument 33; litteral](str){numpad_7}<LSEP>[argument 34; litteral](str){numpad_8}<LSEP>[argument 35; litteral](str){numpad_9}<LSEP>[argument 36; litteral](str){multiply}<LSEP>[argument 37; litteral](str){add}<LSEP>[argument 38; litteral](str){separator}<LSEP>[argument 39; litteral](str){subtract}<LSEP>[argument 40; litteral](str){decimal}<LSEP>[argument 41; litteral](str){divide}<LSEP>[argument 42; litteral](str){f1}<LSEP>[argument 43; litteral](str){f2}<LSEP>[argument 44; litteral](str){f3}<LSEP>[argument 45; litteral](str){f4}<LSEP>[argument 46; litteral](str){f5}<LSEP>[argument 47; litteral](str){f6}<LSEP>[argument 48; litteral](str){f7}<LSEP>[argument 49; litteral](str){f8}<LSEP>[argument 50; litteral](str){f9}<LSEP>[argument 51; litteral](str){f10}<LSEP>[argument 52; litteral](str){f11}<LSEP>[argument 53; litteral](str){f12}<LSEP>[argument 54; litteral](str){command_meta}<LEND>[assign](){<-}<LSEP>[](symbol){testWebElement}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){remDr}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){replaceWE}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){x}<LSEP>[](symbol){remDr}<LEND>[body; control flow](){if}<LSEP>[condition; 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[](){expression}<LSEP>[litteral](NULL){NULL}<LSEP>[litteral](NULL){NULL}<LSEP>[litteral](NULL){NULL}

[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){findElement}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){remDr}<LSEP>[](symbol){using}<LSEP>[](symbol){value}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){obj}<LSEP>[](symbol){remDr}<LEND>[statement 1; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){obj}<LSEP>[](symbol){sessionId}<LEND>[call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){remDr}<LSEP>[](symbol){sessionId}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){remDr}<LSEP>[](symbol){drvID}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){using}<LEND>[call](){}<LSEP>[](symbol){match.arg}<LSEP>[](symbol){using}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){jsonBody}<LEND>[call](){}<LSEP>[](symbol){toJSON}<LEND>[argument 0; call](){}<LSEP>[](symbol){list}<LSEP>[](symbol){using}<LSEP>[](symbol){value}<LEND>[argument 1; litteral](logical){TRUE}<LEND>[statement 4; 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[](){expression}<LSEP>[assign](){<-}<LSEP>[](symbol){back}<LEND>[](){function}<LSEP>[](pairlist){}<LSEP>[](symbol){remDr}<LSEP>[](symbol){...}<LEND>[body; block](){}<LSEP>[statement 0; assign](){<-}<LSEP>[](symbol){obj}<LSEP>[](symbol){remDr}<LEND>[statement 1; assign](){<-}<LSEP>[variable; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){obj}<LSEP>[](symbol){sessionId}<LEND>[call](){}<LSEP>[call name; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){remDr}<LSEP>[](symbol){sessionId}<LEND>[argument 0; call](){}<LSEP>[](symbol){$}<LSEP>[](symbol){remDr}<LSEP>[](symbol){drvID}<LEND>[statement 2; assign](){<-}<LSEP>[](symbol){jsonBody}<LSEP>[litteral](NULL){NULL}<LEND>[statement 3; assign](){<-}<LSEP>[](symbol){pathTemplate}<LEND>[call](){}<LSEP>[](symbol){whisker.render}<LSEP>[argument 0; litteral](str){/session/{{sessionId}}/back}<LSEP>[](symbol){obj}<LEND>[statement 4; assign](){<-}<LSEP>[](symbol){pathURL}<LEND>[call](){}<LSEP>[](symbol){[[}<LSEP>[](symbol){remDr}<LSEP>[argument 1; litteral](str){remServAdd}<LEND>[statement 5; 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