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Copy pathBPN4ger (INATIVO).R
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BPN4ger (INATIVO).R
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##############################################################################
##############################################################################
########### INSTITUTO DE PESQUISA ECONOMICA APLICADA - Ipea ###########
########### PROJETO IPEADATA ###########
########### COORDENADOR: ERIVELTON PIRES GUEDES ###########
########### PROGRAMADOR: LUIZ EDUARDO DA SILVA GOMES ###########
########### ROTINA R PARA OBTENCAO DOS GERAS ###########
##############################################################################
##############################################################################
##############################
# GERA:
# BPN4ger.INP
##############################
# INPUT:
# BPN4_SER4
# BPN4_JUR4
##############################
# OUTPUT:
# BPN4_OT4
##############################
## 0) IMPORTANDO PACOTES NECESSARIOS
pacotes<-c("RODBC","rJava","xlsxjars","xlsx")
for (i in 1:length(pacotes))
{
if (length(names(installed.packages()[,1])[names(installed.packages()[,1])==pacotes[i]])==0){install.packages(pacotes[i], repos="http://cran.fiocruz.br/")}
library(pacotes[i],character.only = TRUE)
}
## 1) AJUSTES DOS PARAMETROS
options(scipen=999)
setwd("//Srjn3/Area_Corporativa/Projeto_IPEADATA/Temporario/geras")
## 2) CARREGANDO AS SERIES INPUT E DEFININDO AS SERIES OUTPUT
seroutput<-c("BPN4_OT4")
serinput<-c("BPN4_SER4",
"BPN4_JUR4")
for(i in 1:length(serinput))
{
nomes <- paste0("serie", i)
assign(nomes,sqlQuery((odbcConnect("ipeadata",uid="",pwd="")),(paste0("SELECT ipea.vw_Valor.SERCODIGO, CAST (ipea.vw_Valor.VALDATA as NUMERIC) as VALDATA, ipea.vw_Valor.VALVALOR FROM ipea.vw_Valor WHERE (((ipea.vw_Valor.SERCODIGO)='",serinput[i],"' and ipea.vw_Valor.VALVALOR IS NOT NULL)) order by VALDATA;"))))
odbcCloseAll()
}
## 3) FUNDINDO AS SERIES EM UM UNICO BLOCO DE DADOS
serie<-merge(serie1,serie2,by="VALDATA",all=T)
serie$VALDATA<-as.Date(serie$VALDATA, origin = "1900-01-01")
## 4) BLOCO DE OPERACOES MATEMATICAS
GERADO<-data.frame(NULL)
for (i in 1:(dim(serie)[1])){GERADO[i,1]<-serie[i,3]-serie[i,5]}
## 5) COLOCANDO NO FORMATO NOVO (PLANILHA GENERICA)
GENERICA<-data.frame(serie[,1],GERADO)
names(GENERICA)<-c("VALDATA",seroutput)
r<-NULL
for (i in 1:dim(GENERICA)[1]){if (sum(is.na(GENERICA[i,]))==(dim(GENERICA)[2]-1)){r<-c(r,i)}}
if (length(r)>0){GENERICA<-GENERICA[-r,]}
## 6) SALVANDO EM .XLS
write.xlsx(GENERICA,"BPN4ger.xls",sheetName="Generica",row.names=F,showNA=F)
#######################
# # 7) VERIFICACAO COM A SERIE NO BANCO
# for(i in 1:length(seroutput))
# {
# nomes <- paste0("verif", i)
# assign(nomes,sqlQuery((odbcConnect("ipeadata",uid="",pwd="")),(paste0("SELECT ipea.vw_Valor.SERCODIGO, CAST (ipea.vw_Valor.VALDATA as NUMERIC) as VALDATA, ipea.vw_Valor.VALVALOR FROM ipea.vw_Valor WHERE (((ipea.vw_Valor.SERCODIGO)='",seroutput[i],"' and ipea.vw_Valor.VALVALOR IS NOT NULL)) order by VALDATA;"))))
# odbcCloseAll()
# }
# verif<-merge(verif1,verif1,by="VALDATA",all=T)
# verif<-verif[,seq(1,dim(verif)[2],length.out=length(seroutput)+1)]
# verif$VALDATA<-as.Date(verif$VALDATA, origin = "1900-01-01")
# names(verif)<-c("VALDATA",seroutput)
# ############ (CTRL+L)
# head(GENERICA)
# head(verif)
# ############ (CTRL+L)
# tail(GENERICA)
# tail(verif)
# #write.xlsx(verif,paste0("BPN4gerVERIFICACAO ",Sys.Date(),".xls"),sheetName="Generica",row.names=F,showNA=F)