If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))

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服务器日志（PostgreSQL server error log） -bash-4.1$ locate pg_ctl /usr/pgsql-10/bin/pg_ctl /usr/pgsql-10/share/locale/cs/LC_MESSAGES/pg_ctl-10.mo /usr/pgsql-10/share/locale/de/LC_MESSAGES/pg_ctl-10.mo /usr/pgsql-10/shar

If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))

If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float FUNCTION wj_plr_RE(response float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) VMware Greenplum v6.19 Documentation

If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))

If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))

Documentation VMware by Broadcom 449 useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))

If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float, wj_plr_RE(response float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))

If more than one character set can be useful for a locale then the specifications look like this: cs_CZ.ISO8859-2. What locales are available under what names on your system depends on what was provided store model results DROP TYPE IF EXISTS wj_model_results CASCADE; CREATE TYPE wj_model_results AS ( cs text, coefext float, ci_95_lower float, ci_95_upper float, ci_90_lower float, ci_90_upper float, wj_plr_RE(response float [ ], cs text [ ]) RETURNS SETOF wj_model_results AS $$ library(arm) y<- log(response) cs<- cs d_temp<- data.frame(y,cs) m0 <- lmer (y ~ 1 + (1 | cs), data=d_temp) cs_unique<- sort(unique(cs))