This is a build out of TX-601's Coordinated Entry By-Name List. The report is written using SQLDF inside of an R environment.
Homebase Function
homebase <- function(
hmisDataPath,
vispdatDataPath,
staffInfoDataPath,
executionPath,
hmisFunctionsFilePath,
viSpdat2DataPath,
clientContactInfoPath) {
library("tcltk")
# Load the weights for progress bar
loadingPackagesIncrement <- 2
loadingHMISDataIncrement <- 10
addDisabilitiesIncrement <- 5
householdIdIncrement <- 4
calculatingAgeIncrement <- 1
gettingEnrollmentsIncrement <- 10
gettingStaffInfoIncrement <- 5
calculatingCHIncrement <- 10
addVispdatIncrement <- 5
getFamilyWithChildIncrement <- 5
loadServicesIncrement <- 15
nbnStaysIncrement <- 5
outreachContactsIncrement <- 5
outreachAndNbnCountIncrement <- 5
clientContactinfoIncrement <- 3
makeHmisCodesReadableIncrement <- 2
formatHomebaseIncrement <- 1
# Find the progress bar max.
total <- (loadingPackagesIncrement +
loadingHMISDataIncrement +
addDisabilitiesIncrement +
householdIdIncrement +
calculatingAgeIncrement +
gettingEnrollmentsIncrement +
gettingStaffInfoIncrement +
calculatingCHIncrement +
addVispdatIncrement +
getFamilyWithChildIncrement +
loadServicesIncrement +
nbnStaysIncrement +
outreachAndNbnCountIncrement +
makeHmisCodesReadableIncrement +
formatHomebaseIncrement +
clientContactinfoIncrement
)
# Initialize progress bar
pbCounter = 0
pb <- tkProgressBar(title = "Homebase Function", min = 0,
max = total, width = 300)
###### START ##########
setTkProgressBar(pb, pbCounter, label = "Loading Packages")
# There needs to be a lot of allocated memory for Java for
# XLConnect to work.
options(java.parameters = "-Xmx14336m") ## memory set to 14 GB
library(sqldf)
library(XLConnect)
library(xlsx)
# Load the HMIS functions.
source(hmisFunctionsFilePath)
# Return to execution path.
setwd(executionPath)
# Update progress bar
pbCounter <- pbCounter + loadingPackagesIncrement
setTkProgressBar(pb, pbCounter, label = "Loading HMIS Data")
# Load HMIS Data
client <- loadClient(hmisDataPath)
enrollment <- loadEnrollment(hmisDataPath)
disabilities <- loadDisabilities(hmisDataPath)
exit <- loadExit(hmisDataPath)
project <- loadProject(hmisDataPath)
enrollmentCoc <- loadEnrollmentCoc(hmisDataPath)
# Return to execution path.
setwd(executionPath)
pbCounter <- pbCounter + loadingHMISDataIncrement
setTkProgressBar(pb, pbCounter, label = "Getting Disabilities")
# Takes the Disabilities.csv and breaks out the disabilities reported
# for each participants into individual elements with binary resposnes.
client <- addDisabilityInfoToClient(client, disabilities)
# Update progress bar
pbCounter <- pbCounter + addDisabilitiesIncrement
setTkProgressBar(pb, pbCounter, label = "Getting Household IDs")
# Gets the PersonalIDs of participants with a HUD Entry or Update in last 90 days.
enrollmentCoc <- getMostRecentRecordsPerId(enrollmentCoc, "PersonalID", "DateCreated")
enrollmentCoc$DateCreated <- as.character(enrollmentCoc$DateCreated)
# Get Household IDs from EnrollmentCoc.csv
client_HHIDs <- sqldf("SELECT DISTINCT a.PersonalID, b.HouseholdID
FROM client a
LEFT JOIN enrollmentCoc b
ON a.PersonalID=b.PersonalID
WHERE HouseholdID != 'NA'
")
client_HHIDs <- sqldf("SELECT PersonalID, MAX(HouseholdID) As 'HouseholdID' FROM client_HHIDs GROUP BY PersonalID")
# Update progress bar
pbCounter <- pbCounter + householdIdIncrement
setTkProgressBar(pb, pbCounter, label = "Calculating Age")
# Calculate age
client <- sqldf("SELECT DISTINCT *, (DATE('NOW') - DATE(DOB)) As 'Age' FROM client")
pbCounter <- pbCounter + calculatingAgeIncrement
setTkProgressBar(pb, pbCounter, label = "Getting Enrollments")
# Filters to most recent HUD Assessment per participant
df1 <- getMostRecentRecordsPerId(enrollment, "PersonalID", "EntryDate")
## Adds a 'MaxEntryDate' flag to enrollment
#enrollment <- sqldf("SELECT a.*, b.MaxEntryDate
#FROM enrollment a
#LEFT JOIN df1 b
#ON a.ProjectEntryID=b.ProjectEntryID
#")
# Adds a 'MaxEntryDate' flag to enrollment
enrollment <- sqldf("SELECT a.*, b.MaxEntryDate
FROM enrollment a
LEFT JOIN df1 b
ON a.ProjectEntryID=b.ProjectEntryID
WHERE b.MaxEntryDate = 'Yes'
")
# Get Project Info for Enrollment
enrollmentCoc <- addProjectInfoToEnrollment(enrollmentCoc, project)
df3 <- sqldf("SELECT PersonalID, DateCreated As 'MostRecentHUDAssess', UserID As 'StaffID', ProjectName, ProjectType
FROM enrollmentCoc")
df3 <- makeProjectTypeReadable(df3)
pbCounter <- pbCounter + gettingStaffInfoIncrement
setTkProgressBar(pb, pbCounter, label = "Calculating Chronically Homeless")
# Adds a ChronicallyHomeless flag
df4 <- addChronicallyHomelessFlagToClient(client, df1)
# Adds a ActiveInPh flag
df5 <- getClientsInPH(loadEnrollment(hmisDataPath), exit, project)
# Returns flags to clientDf
targetClient <- sqldf("SELECT DISTINCT a.*, b.'ActiveInPh', c.EntryDate
FROM df4 a
LEFT JOIN df5 b
ON a.PersonalID=b.PersonalID
LEFT JOIN enrollment c
ON a.PersonalID=c.PersonalID
")
colnames(targetClient)[which(colnames(targetClient) == "EntryDate")] <- "RecentHUDEntryDate"
# Load staff information
staffInfo <- readWorksheetFromFile(staffInfoDataPath, sheet = 1, startRow = 1)
colnames(staffInfo)[1] <- "StaffID"
staffInfo <- sqldf("SELECT DISTINCT StaffID, Name, Email FROM staffInfo")
# Find the staff information for who completed each HUD Assessment.
df7 <- sqldf("SELECT a.*, b.Name As 'StaffName', b.Email As 'StaffEmail'
FROM df3 a
LEFT JOIN staffInfo b
ON a.StaffID=b.StaffID
")
remove(list = c("staffInfo"))
# Add the Staff and Project information back to client list.
targetClient <- sqldf("SELECT a.*, b.MostRecentHUDAssess, b.StaffName, b.StaffEmail, b.ProjectName As 'LastProgramInContact', b.ReadableProjectType As 'LastProjectTypeContacted'
FROM targetClient a
LEFT JOIN df7 b
ON a.PersonalID=b.PersonalID
")
targetClient <- subset(targetClient)
# Cleanup
remove(list = c("df4", "df3", "df5", "df1", "enrollmentCoc"))
pbCounter <- pbCounter + calculatingCHIncrement
setTkProgressBar(pb, pbCounter, label = "Adding VI-SPDAT")
# Load VI-SPDAT information
viSpdat <- readWorksheetFromFile(vispdatDataPath, sheet = 1, startRow = 1)
viSpdat2 <- readWorksheetFromFile(viSpdat2DataPath, sheet = 1, startRow = 1)
# Clean up VI-SPDAT1 formatting
colnames(viSpdat)[6] <- "DateOfVISPDAT"
viSpdat$DateOfVISPDAT <- as.character(viSpdat$DateOfVISPDAT)
viSpdat$Participant.Enterprise.Identifier <- gsub("-", "", viSpdat$Participant.Enterprise.Identifier)
viSpdat$Family.Enterprise.Identifier <- gsub("-", "", viSpdat$Family.Enterprise.Identifier)
viSpdat$Family.Enterprise.Identifier <- gsub("\\{", "", viSpdat$Family.Enterprise.Identifier)
viSpdat$Family.Enterprise.Identifier <- gsub("\\}", "", viSpdat$Family.Enterprise.Identifier)
colnames(viSpdat)[1] <- "PersonalID"
# Clean up VI-SPDAT2 formatting
viSpdat2$DateOfVISPDAT <- as.character(viSpdat2$DateOfVISPDAT)
viSpdat2$PersonalID <- gsub("-", "", viSpdat2$PersonalID)
# Get most recent VI-SPDAT per client.
viSpdat <- getMostRecentRecordsPerId(viSpdat, "PersonalID", "DateOfVISPDAT")
viSpdat2 <- getMostRecentRecordsPerId(viSpdat2, "PersonalID", "DateOfVISPDAT")
# Shape VI-SPDAT to look like VI-SPDAT 2
viSpdat <- sqldf("SELECT PersonalID, DateOfVISPDAT As 'DateOfVISPDAT', '' As VISPDATTotalFamilyScore, '' As VISPDATTotalYouthScore, ScoreVISPDAT As 'VISPDATTotalIndividualScore', 'Individual' As TypeOfViSpdat FROM viSpdat")
viSpdat2 <- sqldf("SELECT PersonalID, DateOfVISPDAT, VISPDATTotalFamilyScore, VISPDATTotalYouthScore, VISPDATTotalIndividualScore, TypeOfViSpdat FROM viSpdat2")
allVispdat <- rbind(viSpdat, viSpdat2)
# Get max between new and old VI-SPDAT
allVispdat <- getMostRecentRecordsPerId(allVispdat, "PersonalID", "DateOfVISPDAT")
allVispdat <- unique(allVispdat)
allVispdat$VISPDATTotalIndividualScore[allVispdat$VISPDATTotalIndividualScore == ''] <- '0'
allVispdat$VISPDATTotalFamilyScore[allVispdat$VISPDATTotalFamilyScore == ''] <- '0'
allVispdat$VISPDATTotalYouthScore[allVispdat$VISPDATTotalYouthScore == ''] <- '0'
allVispdat$VISPDATTotalIndividualScore[is.na(allVispdat$VISPDATTotalIndividualScore)] <- '0'
allVispdat$VISPDATTotalFamilyScore[is.na(allVispdat$VISPDATTotalFamilyScore)] <- '0'
allVispdat$VISPDATTotalYouthScore[is.na(allVispdat$VISPDATTotalYouthScore)] <- '0'
allVispdat$VISPDATTotalIndividualScore <- as.integer(allVispdat$VISPDATTotalIndividualScore)
allVispdat$VISPDATTotalFamilyScore <- as.integer(allVispdat$VISPDATTotalFamilyScore)
allVispdat$VISPDATTotalYouthScore <- as.integer(allVispdat$VISPDATTotalYouthScore)
allVispdat <- subset(allVispdat)
# Make one column for score.
#allVispdat <- sqldf("SELECT *, CASE
#WHEN (VISPDATTotalFamilyScore IS ''
#AND VISPDATTotalYouthScore IS '')
#THEN VISPDATTotalIndividualScore
#WHEN (VISPDATTotalFamilyScore IS ''
#AND VISPDATTotalIndividualScore IS '')
#THEN VISPDATTotalYouthScore
#ELSE VISPDATTotalFamilyScore
#END As 'ScoreVISPDAT'
#FROM allVispdat
#ORDER BY ScoreVISPDAT DESC
#")
allVispdat <- sqldf("SELECT *, CASE
WHEN (VISPDATTotalFamilyScore <= VISPDATTotalIndividualScore
AND VISPDATTotalYouthScore <= VISPDATTotalIndividualScore)
THEN VISPDATTotalIndividualScore
WHEN (VISPDATTotalFamilyScore <= VISPDATTotalYouthScore
AND VISPDATTotalIndividualScore <= VISPDATTotalYouthScore)
THEN VISPDATTotalYouthScore
ELSE VISPDATTotalFamilyScore
END As 'ScoreVISPDAT'
FROM allVispdat
ORDER BY ScoreVISPDAT DESC
")
allVispdat$ScoreVISPDAT <- as.numeric(allVispdat$ScoreVISPDAT)
targetClient <- subset(targetClient)
# Add VI-SPDAT scores and dates to the client list.
targetClient <- sqldf("SELECT a.*, b.ScoreVISPDAT, b.DateOfVISPDAT, b.TypeOfVispdat
FROM targetClient a
LEFT JOIN allVispdat b
ON a.PersonalID=b.PersonalID
")
# Just in case, make date SQLite friendly.
targetClient$DateOfVISPDAT <- as.character(targetClient$DateOfVISPDAT)
remove(list = c("viSpdat", "viSpdat2", "allVispdat"))
pbCounter <- pbCounter + addVispdatIncrement
setTkProgressBar(pb, pbCounter, label = "Getting Family with Child")
client <- sqldf("SELECT a.*, b.HouseholdID
FROM client a
LEFT JOIN client_HHIDs b
ON a.PersonalID=b.PersonalID")
targetClient <- sqldf("SELECT a.*, b.HouseholdID
FROM targetClient a
LEFT JOIN client_HHIDs b
ON a.PersonalID=b.PersonalID")
remove(client)
remove(enrollment)
client <- loadClient(hmisDataPath)
enrollment <- loadEnrollment(hmisDataPath)
family_flag_builder <- sqldf("SELECT DISTINCT PersonalID, HouseholdID, RelationshipToHoH FROM enrollment")
family_flag_builder <- family_flag_builder[!is.na(family_flag_builder$HouseholdID),]
family_flag_builder <- sqldf("SELECT HouseholdID,
(CASE WHEN RelationshipToHoH = 1 THEN 'Yes' ELSE 'No' END) As 'Adult',
(CASE WHEN RelationshipToHoH = 2 THEN 'Yes' ELSE 'No' END) As 'Child'
FROM family_flag_builder")
hhids_of_adults <- sqldf("SELECT DISTINCT HouseholdID, Adult FROM family_flag_builder WHERE Adult = 'Yes'")
hhids_of_child <- sqldf("SELECT DISTINCT HouseholdID, Child FROM family_flag_builder WHERE Child = 'Yes'")
family_flag_builder <- sqldf("SELECT a.HouseholdID, a.Adult, b.Child
FROM hhids_of_adults a
INNER JOIN hhids_of_child b
ON a.HouseholdID=b.HouseholdID
")
family_flag_builder <- sqldf("SELECT HouseholdID, 'Yes' As FamilyWithChildren FROM family_flag_builder WHERE Adult = 'Yes' AND Child = 'Yes' GROUP BY HouseholdID")
# Add the family flag back to the client list.
targetClient <- sqldf("SELECT DISTINCT a.*, b.FamilyWithChildren
FROM targetClient a
LEFT JOIN family_flag_builder b
ON a.HouseholdID=b.HouseholdID
")
remove(list = c("family_flag_builder"))
targetClient <- subset(targetClient)
pbCounter <- pbCounter + getFamilyWithChildIncrement
setTkProgressBar(pb, pbCounter, label = "Loading Services")
# Free up some memory before attempting Services.csv
remove(list = c("client", "enrollment", "disabilities", "exit", "project"))
setwd(hmisDataPath)
# Load services -- large files.
services <- loadServices()
pbCounter <- pbCounter + loadServicesIncrement
setTkProgressBar(pb, pbCounter, label = "Getting Night-by-Night Stays")
# Get all of te NBN service entries.
clientNbn <- sqldf("SELECT *
FROM services
WHERE RecordType = 200
")
# Count the number of NBN check-ins per client. Make sure the date as distinct, due to ETO duplicate bed
# stays when data is pulled using a program-group including two-shelters.
daysCheckedInNBN <- sqldf("SELECT DISTINCT(PersonalID), COUNT (DISTINCT(DateProvided)) As 'NonProgramShelterNights'
FROM clientNbn
GROUP BY PersonalID
")
pbCounter <- pbCounter + nbnStaysIncrement
setTkProgressBar(pb, pbCounter, label = "Getting Outreach Contacts")
# Get all Outreach Contact services.
clientOutreach <- sqldf("SELECT *
FROM services
WHERE RecordType = 12
")
# Count all Outreach Contacts per client. Count distinct is to get around ETO bug when data is
# pulled using a program group which includes two outreach agencies.
outreachContacts <- sqldf("SELECT DISTINCT(PersonalID), COUNT (DISTINCT(DateProvided)) As 'NumberOutreachContacts'
FROM clientOutreach
GROUP BY PersonalID
")
pbCounter <- pbCounter + outreachContactsIncrement
setTkProgressBar(pb, pbCounter, label = "Adding Outreach and NBN Count")
# Add NBN stays to client list.
targetClient <- sqldf("SELECT a.*, b.NonProgramShelterNights
FROM targetClient a
LEFT JOIN daysCheckedInNBN b
ON a.PersonalID=b.PersonalID
")
# Add Outreach Contacts to client list.
targetClient <- sqldf("SELECT a.*, b.NumberOutreachContacts
FROM targetClient a
LEFT JOIN outreachContacts b
ON a.PersonalID=b.PersonalID
")
remove(list = c("services", "clientOutreach", "daysCheckedInNBN", "clientNbn", "outreachContacts"))
pbCounter <- pbCounter + outreachAndNbnCountIncrement
setTkProgressBar(pb, pbCounter, label = "Add Client Contact Info")
# Add client contact information
clientContactInfo <- readWorksheetFromFile(clientContactInfoPath, sheet = 1, startRow = 1)
colnames(clientContactInfo)[1] <- "PersonalID"
colnames(clientContactInfo)[2] <- "ProgramStartDate"
colnames(clientContactInfo)[3] <- "ClientEmail"
colnames(clientContactInfo)[4] <- "ClientPhone"
clientContactInfo$PersonalID <- gsub("-", "", clientContactInfo$PersonalID)
clientContactInfo <- getMostRecentRecordsPerId(clientContactInfo, "PersonalID", "ProgramStartDate")
targetClient <- sqldf("SELECT a.*, b.ClientEmail, b.ClientPhone
FROM targetClient a
LEFT JOIN clientContactInfo b
ON a.PersonalID=b.PersonalID
")
pbCounter <- pbCounter + clientContactinfoIncrement
setTkProgressBar(pb, pbCounter, label = "Make HMIS Codes Readable")
setwd(executionPath)
# Make HMIS codes human readable.
targetClient <- combineRaceColumnsAndMakeReadable(targetClient)
targetClient <- makeGenderReadable(targetClient)
targetClient <- makeEthnicityReadable(targetClient)
targetClient <- makeVeteranStatusReadable(targetClient)
pbCounter <- pbCounter + makeHmisCodesReadableIncrement
setTkProgressBar(pb, pbCounter, label = "Format Homebase Dataframe")
# Pull and format the client list.
homebase_all <- sqldf("SELECT DISTINCT
PersonalID,
FirstName,
MiddleName,
LastName,
ClientEmail,
ClientPhone,
NameSuffix,
SSN,
DOB,
Age,
Gender,
Race,
Ethnicity,
VeteranStatus,
HouseholdID,
ChronicallyHomeless,
NumberOutreachContacts,
NonProgramShelterNights,
RecentHUDEntryDate,
MostRecentHUDAssess,
FamilyWithChildren,
ScoreVISPDAT,
TypeOfViSpdat,
DateOfVISPDAT,
PhysicalDisability,
DevelopmentalDisability,
ChronicHealthCondition,
a.'HIV/AIDS',
MentalHealthProblem,
SubstanceAbuse,
StaffName,
StaffEmail,
LastProgramInContact,
LastProjectTypeContacted,
ActiveInPH
FROM targetClient a
")
pbCounter <- pbCounter + formatHomebaseIncrement
setTkProgressBar(pb, pbCounter, label = "Homebase Complete")
# Clean up
close(pb)
rm(list = setdiff(ls(), "homebase_all"))
# Retun list.
homebase_all
}
Homebase Report
options(java.parameters = "-Xmx14336m") ## memory set to 14 GB
developmentLog <- c("REPORT DETAILS -- DO NOT DELETE THIS TAB",
"For development information please visit ladvien.com",
"5/30/17",
"Added order by for PSH and RRH -- should match operations manual.",
"Changed 90-day filter for VI-SPDAT to only need at least one VI-SPDAT to keep participant in 'active'",
"Added client contact information",
"5/10/2017",
"Changed EnrollmentCoC max date function to look at DateCreated not InformationDate",
"Changed the Enrollment max date function to look at EntryDate and not DateCreated",
"",
"05/07/2017",
"Automated Formatting",
"Added descending on VeteranStatus, FamilyWithChildren, ScoreVISPDAT in respective order.",
"Added Graphic Dashboard",
"",
"05/07/2017",
"Switched from using Client.DOB -> Age for establishing family to Enrollment.RelationshipToHoH. This seems to have addressed the families not flagging.",
"",
"03/15/2017",
"Incorporated VI-SPDAT2",
"",
"02/01/2017",
"Initial Report",
""
)
# Argument guide
# 1 = Name of Report
# 2 = Folder path for HMIS data
# 3 = VI-SPDAT File data
# 4 = Staff Info File data
# 5 = Executing directory path
# args <- commandArgs(trailingOnly = TRUE)
# nameOfReport <- args[1]
# hmisDataPath <- args[2]
# vispdatDataPath <- args[3]
# staffInfoDataPath <- args[4]
# executionPath <- args[5]
# viSpdat2DataPath <- args[6]
#
# outputPath <- executionPath
# homebaseFunctionFilePath <- paste(executionPath, "\\Homebase_Function.R", sep ="")
# hmisFunctionsFilePath <- paste(executionPath, "\\HMIS_R_Functions.R", sep = "")
# PC
nameOfReport <- "Homebase_Report.R"
hmisDataPath <- "E:/Dropbox/HMIS/Warehouse/All Program 2016 Program Group 3-1-2017 - 5-30-2017"
vispdatDataPath <- "E:/Dropbox/HMIS/Warehouse/VI-SPDAT and HUD Flat Export for SQL -- 3-6-2017.xlsx"
staffInfoDataPath <- "E:/Dropbox/HMIS/Warehouse/Staff Contact Info for SQL -- 3-6-2017.xlsx"
executionPath <- "E:/Dropbox/HMIS/Coordinated_Entry_Report"
hmisFunctionsFilePath <- "E:/Dropbox/HMIS/HMIS_R_Functions/HMIS_R_Functions.R"
homebaseFunctionFilePath <- "E:/Dropbox/HMIS/Coordinated_Entry_v2_TX-601/Coordinated_Entry_v2_TX-601/Homebase_Function.R"
outputPath <- "E:/Dropbox/HMIS/Warehouse"
viSpdat2DataPath <- "E:/Dropbox/HMIS/Warehouse/VI-SPDAT v2.0 -- 04-05-17 -- TB.xlsx"
clientContactInfoPath <- "E:/Dropbox/HMIS/Warehouse/Client Contact for SQL -- 5-30-17 -- TB.xlsx"
outputPath <- "E:/Dropbox/HMIS/Warehouse"
# Mac PC
#nameOfReport <- "Homebase_Report.R"
#hmisDataPath <- "C:/Users/Ladvien/Desktop/Homebase 04-18-2017/data"
#vispdatDataPath <- "C:/Users/Ladvien/Dropbox/HMIS/Warehouse/VI-SPDAT and HUD Flat Export for SQL -- 3-6-2017.xlsx"
#staffInfoDataPath <- "C:/Users/Ladvien/Dropbox/HMIS/Warehouse/Staff Contact Info for SQL -- 3-6-2017.xlsx"
#executionPath <- "C:/Users/Ladvien/Dropbox/HMIS/Coordinated_Entry_Report"
#hmisFunctionsFilePath <- "C:/Users/Ladvien/Dropbox/HMIS/HMIS_R_Functions/HMIS_R_Functions.R"
#homebaseFunctionFilePath <- "C:/Users/Ladvien/Dropbox/HMIS/Coordinated_Entry_v2_TX-601/Coordinated_Entry_v2_TX-601/Homebase_Function.R"
#viSpdat2DataPath <- "C:/Users/Ladvien/Dropbox/HMIS/Warehouse/VI-SPDAT v2.0 -- 04-05-17 -- TB.xlsx"
#outputPath <- "C:/Users/Ladvien/Desktop"
# Mac
#nameOfReport <- "Homebase_Report.R"
#hmisDataPath <- "/Users/user/Dropbox/HMIS/Coordinated_Entry_Report/All Programs 12-18-2016 to 03-18-2017"
#vispdatDataPath <- "/Users/user/Dropbox/HMIS/Coordinated_Entry_Report/VI-SPDAT and HUD Flat Export for SQL -- 3-6-2017.xlsx"
#staffInfoDataPath <- "/Users/user/Dropbox/HMIS/Coordinated_Entry_Report/Staff Contact Info for SQL -- 3-6-2017.xlsx"
#executionPath <- "/Users/user/Dropbox/HMIS/Coordinated_Entry_Report"
#hmisFunctions <- "/Users/user/Dropbox/HMIS/HMIS_R_Functions/HMIS_R_Functions.R"
cat("arg1: ")
cat(nameOfReport)
cat("\n")
cat("arg2: ")
cat(hmisDataPath)
cat("\n")
cat("arg3: ")
cat(vispdatDataPath)
cat("\n")
cat("arg4: ")
cat(staffInfoDataPath)
cat("\n")
cat("arg5: ")
cat(executionPath)
cat("\n")
cat("arg6: ")
cat(viSpdat2DataPath)
cat("\n")
source(homebaseFunctionFilePath)
homebase_all <- homebase(hmisDataPath,
vispdatDataPath,
staffInfoDataPath,
executionPath,
hmisFunctionsFilePath,
viSpdat2DataPath,
clientContactInfoPath)
######## WIP: Aggregates ##########
numberOfHudAssessmentsPerStaff <- sqldf("SELECT StaffName, COUNT(StaffName) FROM homebase_all GROUP BY StaffName")
#countOfChronicallyHomeless <- sqldf("SELECT COUNT(PersonalID) As CountOfChronic FROM homebase_all WHERE ChronicallyHomeless = 'Yes'")
#countOfGender <- sqldf("SELECT DISTINCT(Gender), COUNT(Gender) FROM homebase_all GROUP BY Gender")
#ageCounts <- sqldf("SELECT CASE
#WHEN Age < 5 THEN 1
#WHEN Age > 4 AND Age < 13 THEN 2
#WHEN Age > 13 AND Age < 18 THEN 3
#WHEN Age > 17 AND Age < 25 THEN 4
#WHEN Age > 24 AND Age < 35 THEN 5
#WHEN Age > 34 AND Age < 45 THEN 6
#WHEN Age > 44 AND Age < 55 THEN 7
#WHEN Age > 54 AND Age < 62 THEN 8
#WHEN Age > 61 THEN 9
#END As AgeType
#FROM homebase_all
#")
#aggregates <- cbind(numberOfHudAssessmentsPerStaff, countOfChronicallyHomeless)
homebase_housed <- sqldf("SELECT *
FROM homebase_all
WHERE ActiveInPH IS 'Yes'
ORDER BY VeteranStatus DESC,
FamilyWithChildren DESC,
ScoreVISPDAT DESC
")
# Filter client to PersonalIDs with Entry or Update in last 90 days
homebase_active <- sqldf("SELECT *
FROM homebase_all
WHERE (
RecentHUDEntryDate > DATE('NOW', '-90 DAY')
OR (MostRecentHUDAssess > DATE('NOW', '-90 DAY'))
)
AND
(
(DateOfVISPDAT != '')
)
AND
ActiveInPH IS NOT 'Yes'
ORDER BY VeteranStatus DESC,
FamilyWithChildren DESC,
ScoreVISPDAT DESC
")
tmp_possibly_active <- sqldf("SELECT *
FROM homebase_all
WHERE (( MostRecentHUDAssess > DATE('NOW', '-90 DAY'))
OR
(
(DateOfVISPDAT > DATE('NOW', '-90 DAY'))
))
AND
ActiveInPH IS NOT 'Yes'
ORDER BY VeteranStatus DESC,
FamilyWithChildren DESC,
ScoreVISPDAT DESC
")
homebase_possibly_active <- sqldf("SELECT a.*
FROM tmp_possibly_active a
LEFT JOIN homebase_active b
ON a.PersonalID=b.PersonalID
WHERE b.PersonalID IS NULL
ORDER BY VeteranStatus DESC,
FamilyWithChildren DESC,
ScoreVISPDAT DESC
")
homebase_psh <- sqldf("SELECT *
FROM homebase_active
WHERE ChronicallyHomeless = 'Yes'
ORDER BY MostRecentHUDAssess DESC
")
homebase_psh <- sqldf("SELECT * FROM homebase_psh ORDER BY
ScoreVISPDAT DESC,
NonProgramShelterNights DESC
")
homebase_rrh <- sqldf("SELECT *
FROM homebase_active
WHERE ChronicallyHomeless IS NOT 'Yes'
")
tmp_rrh_vets <- sqldf("SELECT * FROM homebase_rrh WHERE VeteranStatus = 'Yes'")
tmp_rrh_youth <- sqldf("SELECT * FROM homebase_rrh WHERE Age > 17 AND Age < 26")
tmp_rrh_families <- sqldf("SELECT * FROM homebase_rrh WHERE FamilyWithChildren = 'Yes'")
tmp_rrh_singles <- sqldf("SELECT * FROM homebase_rrh WHERE VeteranStatus IS NOT 'Yes'
AND FamilyWithChildren IS NOT 'Yes'
AND Age < 18 OR Age > 25
")
tmp_rrh_vets <- sqldf("SELECT * FROM tmp_rrh_vets ORDER BY
ScoreVISPDAT DESC,
NonProgramShelterNights DESC,
MostRecentHUDAssess DESC
")
tmp_rrh_youth <- sqldf("SELECT * FROM tmp_rrh_youth ORDER BY
ScoreVISPDAT DESC,
NonProgramShelterNights DESC,
MostRecentHUDAssess DESC
")
tmp_rrh_families <- sqldf("SELECT * FROM tmp_rrh_families ORDER BY
ScoreVISPDAT DESC,
NonProgramShelterNights DESC,
MostRecentHUDAssess DESC
")
tmp_rrh_singles <- sqldf("SELECT * FROM tmp_rrh_singles ORDER BY
ScoreVISPDAT DESC,
NonProgramShelterNights DESC,
MostRecentHUDAssess DESC
")
homebase_rrh <- rbind(tmp_rrh_vets, tmp_rrh_youth, tmp_rrh_families, tmp_rrh_singles)
homebase_assistToList <- sqldf("SELECT DISTINCT StaffName, COUNT(StaffName) As 'AssistToList'
FROM homebase_active
WHERE ActiveInPH IS NOT 'Yes'
GROUP BY StaffName
ORDER BY AssistToList DESC
")
#library("ggplot2")
#df1 <- homebase_all$LastProjectTypeContacted
#ggplot(homebase_all, aes(NumberOutreachContacts, LastProgramInContact)) +
#geom_raster(aes(fill = Age), interpolate = FALSE)
detach("package:XLConnect", unload = TRUE)
detach("package:xlsx", unload = TRUE)
library(openxlsx)
reportDetails <- data.frame(developmentLog)
colnames(reportDetails)[1] <- "Development Log"
ch_count <- sqldf("SELECT 'Chronically\nHomeless' As 'Category',
SUM(CASE ChronicallyHomeless WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
vet_count <- sqldf("SELECT 'Veteran' As 'Category',
SUM(CASE VeteranStatus WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
female_count <- sqldf("SELECT 'Female' As 'Category',
SUM(CASE Gender WHEN 'Female' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
male_count <- sqldf("SELECT 'Male' As 'Category',
SUM(CASE Gender WHEN 'Male' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
development_count <- sqldf("SELECT 'Developmental\nDisability' As 'Category',
SUM(CASE DevelopmentalDisability WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
chronic_health_count <- sqldf("SELECT 'Chronic Health\nCondition' As 'Category',
SUM(CASE ChronicHealthCondition WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
hiv_aids_count <- sqldf("SELECT 'HIV/AIDS' As 'Category',
SUM(CASE 'HIV/AIDS' WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
mental_health_count <- sqldf("SELECT 'Mental Health\nProblem' As 'Category',
SUM(CASE MentalHealthProblem WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
substance_abuse_count <- sqldf("SELECT 'Substance\nAbuse' As 'Category',
SUM(CASE SubstanceAbuse WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
#fleeing_dv_count <-
family_count <- sqldf("SELECT 'Family With Children' As 'Category',
SUM(CASE FamilyWithChildren WHEN 'Yes' THEN 1 ELSE 0 END) As 'Count'
FROM homebase_psh")
counts <- rbind(ch_count,
vet_count,
female_count,
male_count,
development_count,
chronic_health_count,
hiv_aids_count,
mental_health_count,
substance_abuse_count,
family_count)
counts$val <- seq()
counts$Category <- factor(counts$Category, levels = counts$Category[order(counts$val)])
###########################################
# Calculate Housing Vacancy #
###########################################
project <- loadProject(hmisDataPath)
enrollment <- loadEnrollment(hmisDataPath)
exit <- loadExit(hmisDataPath)
inventory <- loadInventory(hmisDataPath)
enrollmentAndProject <- addProjectInfoToEnrollment(enrollment, project)
activeInHousing <- sqldf("SELECT a.ProjectEntryID, a.PersonalID, a.ProjectType, a.ProjectName, a.ProjectID, b.ExitDate
FROM enrollmentAndProject a
LEFT JOIN exit b
ON a.ProjectEntryID=b.ProjectEntryID
WHERE (a.ProjectType = 2 OR a.ProjectType = 3 OR a.ProjectType = 9 OR a.ProjectType = 13)
")
activeInHousing$ExitDate[is.na(activeInHousing$ExitDate)] <- 0
activeInHousing <- sqldf("SELECT DISTINCT * FROM activeInHousing WHERE ExitDate = 0")
aggregatedActiveInHousing <- sqldf("SELECT ProjectName, ProjectID, COUNT(ProjectName) As 'Enrolled'
FROM activeInHousing
GROUP BY ProjectName
ORDER BY Enrolled DESC")
tmp <- sqldf("SELECT ProjectID, SUM(HMISParticipatingBeds) As 'Beds' FROM inventory GROUP BY ProjectID")
aggregatedActiveInHousing <- sqldf("SELECT a.*, b.Beds
FROM aggregatedActiveInHousing a
LEFT JOIN tmp b
ON a.ProjectID=b.ProjectID
")
projectVacancy <- sqldf("SELECT ProjectName, Enrolled, Beds, (CAST(Enrolled As FLOAT) / CAST(Beds As Float)) As 'OccupancyPercentage' FROM aggregatedActiveInHousing ORDER BY 'Vacancy %' DESC")
projectVacancy <- projectVacancy[order(projectVacancy$OccupancyPercentage),]
projectVacancy <- subset(projectVacancy)
projectWithVacancy <- sqldf("SELECT * FROM projectVacancy WHERE OccupancyPercentage < 1")
projectWithVacancy <- subset(projectWithVacancy)
###########################################
# Create some Awesome Graphs #
###########################################
library("ggplot2")
library("RColorBrewer")
png("rrhCountsGraph.png", height = 1200, width = 1200, res = 250, pointsize = 8)
rrhCountsGraph <- ggplot(data = counts, aes(x = Category, y = Count, fill = Category)) +
geom_bar(stat = "identity") +
labs(title = "Permanent Supportive Housing Eligibe") +
theme(axis.text.x = element_text(angle = 45, hjust = 1),
legend.position = "none") +
scale_fill_brewer(palette = "Spectral")
dev.off()
n <- 60
qual_col_pals = brewer.pal.info[brewer.pal.info$category == 'qual',]
col_vector = unlist(mapply(brewer.pal, qual_col_pals$maxcolors, rownames(qual_col_pals)))
levels <- seq(nrow(projectVacancy))
projectVacancy$Order <- levels
png("projectVacancy.png", height = 1200, width = 1200, res = 250, pointsize = 8)
projectVacancyGraph <- ggplot(data = projectVacancy, aes(x = reorder(ProjectName, -projectVacancy$Order), y = OccupancyPercentage, fill = ProjectName)) +
geom_bar(stat = "identity") +
labs(title = "Occupancy by Housing Projects") +
theme(axis.text.x = element_text(angle = 90, hjust = 1),
legend.position = "none") +
coord_flip()
dev.off()
print(projectVacancyGraph)
n <- 60
qual_col_pals = brewer.pal.info[brewer.pal.info$category == 'qual',]
col_vector = unlist(mapply(brewer.pal, qual_col_pals$maxcolors, rownames(qual_col_pals)))
levels <- seq(nrow(projectWithVacancy))
projectWithVacancy$Order <- levels
vacancyPal <- c("#70AD47", "#47A3AD", "#AD5147", "#8447AD")
png("projectWithVacancy.png", height = 1200, width = 1200, res = 250, pointsize = 8)
projectWithVacancyGraph <- ggplot(data = projectWithVacancy,
aes(x = reorder(ProjectName, Order), y = OccupancyPercentage, fill = OccupancyPercentage)) +
geom_bar(stat = "identity", width = 1, color = vacancyPal[4]) +
scale_fill_gradient2(low = "green", mid = vacancyPal[1], high = vacancyPal[2]) +
labs(title = "Occupancy by Project") +
xlab("Current Occupancy %") +
ylab("Occupancy %") +
theme(axis.text.x = element_text(angle = 90, hjust = 1, size = 16),
axis.text.y = element_text(hjust = 1),
legend.position = "none") +
coord_flip()
dev.off()
ggsave("projectWithVacancy.png")
print(projectWithVacancyGraph)
###########################################
# Format Workbook, Add Graphs, and Write #`
###########################################
library("openxlsx")
setwd(outputPath)
# Theme
color_column_background <- "#70AD47"
color_header_font_color <- "#FFFFFF"
column_header_font_size <- 18
## Header Styles
headerStyle1 <- createStyle(fgFill = color_column_background,
valign = "top",
halign = "CENTER",
fontColour = color_header_font_color,
fontSize = column_header_font_size)
# Create the Workbook
homebaseWorkbook <- createWorkbook()
# Add the needed sheets.
addWorksheet(homebaseWorkbook, sheetName = "Dashboard")
addWorksheet(homebaseWorkbook, sheetName = "EligibleForPSH")
addWorksheet(homebaseWorkbook, sheetName = "EligibleForRRH")
addWorksheet(homebaseWorkbook, sheetName = "Possibly Active")
addWorksheet(homebaseWorkbook, sheetName = "Housed")
addWorksheet(homebaseWorkbook, sheetName = "AssistToList")
addWorksheet(homebaseWorkbook, sheetName = "Report Details")
# Add the data to worksheets.
writeDataTable(homebaseWorkbook, sheet = 2, x = homebase_psh, colNames = TRUE, tableStyle = "TableStyleLight9", headerStyle = headerStyle1)
writeDataTable(homebaseWorkbook, sheet = 3, x = homebase_rrh, colNames = TRUE, tableStyle = "TableStyleLight9", headerStyle = headerStyle1)
writeDataTable(homebaseWorkbook, sheet = 4, x = homebase_possibly_active, colNames = TRUE, tableStyle = "TableStyleLight9", headerStyle = headerStyle1)
writeDataTable(homebaseWorkbook, sheet = 5, x = homebase_housed, colNames = TRUE, tableStyle = "TableStyleLight9", headerStyle = headerStyle1)
writeDataTable(homebaseWorkbook, sheet = 6, x = homebase_assistToList, colNames = TRUE, tableStyle = "TableStyleLight9", headerStyle = headerStyle1)
writeDataTable(homebaseWorkbook, sheet = 7, x = reportDetails, colNames = TRUE, tableStyle = "TableStyleLight9", headerStyle = headerStyle1)
# Format the columns for readability.
setColWidths(homebaseWorkbook, 2, cols = 2:ncol(homebase_psh), widths = "auto")
setColWidths(homebaseWorkbook, 3, cols = 2:ncol(homebase_rrh), widths = "auto")
setColWidths(homebaseWorkbook, 4, cols = 2:ncol(homebase_possibly_active), widths = "auto")
setColWidths(homebaseWorkbook, 5, cols = 2:ncol(homebase_housed), widths = "auto")
setColWidths(homebaseWorkbook, 6, cols = 2:ncol(homebase_assistToList), widths = "auto")
setColWidths(homebaseWorkbook, 7, cols = 2:ncol(reportDetails), widths = "auto")
# Format first column statically. For some reason, 'auto' clips the PersonalID
setColWidths(homebaseWorkbook, 2, cols = 1:1, widths = 38)
setColWidths(homebaseWorkbook, 3, cols = 1:1, widths = 38)
setColWidths(homebaseWorkbook, 4, cols = 1:1, widths = 38)
setColWidths(homebaseWorkbook, 5, cols = 1:1, widths = 38)
setColWidths(homebaseWorkbook, 6, cols = 1:1, widths = 38)
setColWidths(homebaseWorkbook, 2, cols = 1:1, widths = 38)
# Format rows.
setRowHeights(homebaseWorkbook, 2, rows = 1:1, height = 40)
setRowHeights(homebaseWorkbook, 3, rows = 1:1, height = 40)
setRowHeights(homebaseWorkbook, 4, rows = 1:1, height = 40)
setRowHeights(homebaseWorkbook, 5, rows = 1:1, height = 40)
setRowHeights(homebaseWorkbook, 6, rows = 1:1, height = 40)
setRowHeights(homebaseWorkbook, 7, rows = 1:1, height = 40)
# Freeze the top row
freezePane(homebaseWorkbook, sheet = 2, firstRow = TRUE)
freezePane(homebaseWorkbook, sheet = 3, firstRow = TRUE)
freezePane(homebaseWorkbook, sheet = 4, firstRow = TRUE)
freezePane(homebaseWorkbook, sheet = 5, firstRow = TRUE)
freezePane(homebaseWorkbook, sheet = 6, firstRow = TRUE)
##################################
#### Add Graphs to Workbook ######
##################################
print(rrhCountsGraph) #plot needs to be showing
insertPlot(homebaseWorkbook, 1, width = 7.87, height = 5.5, fileType = "png", units = "in")
# Openxlsx requires zip.exe to save the workbook. Weird.
Sys.setenv("R_ZIPCMD" = "C:/Rtools/bin/zip.exe")
today <- Sys.Date()
print(outputPath)
saveWorkbook(homebaseWorkbook, paste(outputPath, "\\", "Homebase_v2_", today, ".xlsx", sep =""), overwrite = TRUE)
cat(getwd())
openXL(paste(outputPath, "\\", "Homebase_v2_", today, ".xlsx", sep = ""))
The whole thing relies on some R functions I've written to assist:
HMIS Functions
# Thanks SO.
# http://stackoverflow.com/questions/9341635/check-for-installed-packages-before-running-install-packages
pkgTest <- function(x)
{
if (!require(x,character.only = TRUE))
{
install.packages(x,dep=TRUE)
library(x, character.only = TRUE)
if(!require(x,character.only = TRUE)) stop("Package not found")
} else {
library(x, character.only = TRUE)
}
}
pkgTest("sqldf")
pkgTest("tcltk")
pkgTest("zoo")
pkgTest("XLConnect")
loadAffiliation <- function(path = getwd()){
affiliation <- read.csv(paste(path, "/Affiliation.csv", sep = ""))
}
loadClient <- function(path = getwd()){
client <- read.csv(paste(path, "/Client.csv", sep = ""))
}
loadDisabilities <- function(path = getwd()) {
disabilities <- read.csv(paste(path, "/Disabilities.csv", sep = ""))
}
loadEmployementEducation <- function(path = getwd()) {
employementEducation <- read.csv(paste(path, "/EmploymentEducation.csv", sep = ""))
}
loadEnrollment <- function(path = getwd()) {
enrollment <- read.csv(paste(path, "/Enrollment.csv", sep = ""))
}
loadEnrollmentCoc <- function(path = getwd()) {
enrollmentCoc <- read.csv(paste(path, "/EnrollmentCoC.csv", sep = ""))
}
loadExit <- function(path = getwd()) {
exit <- read.csv(paste(path, "/Exit.csv", sep = ""))
}
loadExport <- function(path = getwd()) {
export <- read.csv(paste(path, "/Export.csv", sep = ""))
}
loadFunder <- function(path = getwd()){
funder <- read.csv(paste(path, "/Funder.csv", sep = ""))
}
loadHealthAndDv <- function(path = getwd()){
healthAndDv <- read.csv(paste(path, "/HealthAndDV.csv", sep = ""))
}
loadIncomeBenefits <- function(path = getwd()){
incomeBenefits <- read.csv(paste(path, "/IncomeBenefits.csv", sep = ""))
}
loadInventory <- function(path = getwd()){
inventory <- read.csv(paste(path, "/Inventory.csv", sep = ""))
}
loadOrganization <- function(path = getwd()){
organization <- read.csv(paste(path, "/Organization.csv", sep = ""))
}
loadProject <- function(path = getwd()){
project <- read.csv(paste(path, "/Project.csv", sep = ""))
}
loadProjectCoc <- function(path = getwd()){
projectCoc <- read.csv(paste(path, "/ProjectCoC.csv", sep = ""))
}
loadServices <- function(path = getwd()){
services <- read.csv(paste(path, "/Services.csv", sep = ""))
}
loadSite <- function(path = getwd()){
site <- read.csv(paste(path, "/Site.csv", sep = ""))
}
# loadHMISCsvs51 <- function(path) {
# affiliation <- read.csv(paste(path, "/Affiliation.csv", sep = ""))
# client <- read.csv(paste(path, "/Client.csv", sep = ""))
# disabilities <- read.csv(paste(path, "/Disabilities.csv", sep = ""))
# employementEducation <- read.csv(paste(path, "/EmploymentEducation.csv", sep = ""))
# enrollment <- read.csv(paste(path, "/Enrollment.csv", sep = ""))
# exit <- read.csv(paste(path, "/Exit.csv", sep = ""))
# export <- read.csv(paste(path, "/Export.csv", sep = ""))
# funder <- read.csv(paste(path, "/Funder.csv", sep = ""))
# healthAndDv <- read.csv(paste(path, "/HealthAndDV.csv", sep = ""))
# incomeBenefits <- read.csv(paste(path, "/IncomeBenefits.csv", sep = ""))
# inventory <- read.csv(paste(path, "/Inventory.csv", sep = ""))
# organization <- read.csv(paste(path, "/Organization.csv", sep = ""))
# project <- read.csv(paste(path, "/Project.csv", sep = ""))
# projectCoc <- read.csv(paste(path, "/ProjectCoC.csv", sep = ""))
# services <- read.csv(paste(path, "/Services.csv", sep = ""))
# site <- read.csv(paste(path, "/Site.csv", sep = ""))
# return(c(services, site))
# }
makeDestinationReadable <- function (df) {
df <- exit
df <- sqldf("SELECT *, Destination as 'ReadableDestination' FROM df")
df$ReadableDestination[df$ReadableDestination == "1"] <- "Emergency shelter, including hotel or motel paid for with emergency shelter voucher"
df$ReadableDestination[df$ReadableDestination == "2"] <- "Transitional housing for homeless persons (including homeless youth)"
df$ReadableDestination[df$ReadableDestination == "3"] <- "Permanent housing for formerly homeless persons (such as: CoC project; or HUD legacy programs; or HOPWA PH)"
df$ReadableDestination[df$ReadableDestination == "4"] <- "Psychiatric hospital or other psychiatric facility"
df$ReadableDestination[df$ReadableDestination == "5"] <- "Substance abuse treatment facility or detox center"
df$ReadableDestination[df$ReadableDestination == "6"] <- "Hospital or other residential non-psychiatric medical facility"
df$ReadableDestination[df$ReadableDestination == "7"] <- "Jail, prison or juvenile detention facility"
df$ReadableDestination[df$ReadableDestination == "8"] <- "Client doesn’t know"
df$ReadableDestination[df$ReadableDestination == "9"] <- "Client refused"
df$ReadableDestination[df$ReadableDestination == "10"] <- "Rental by client, no ongoing housing subsidy"
df$ReadableDestination[df$ReadableDestination == "11"] <- "Owned by client, no ongoing housing subsidy"
df$ReadableDestination[df$ReadableDestination == "12"] <- "Staying or living with family, temporary tenure (e.g., room, apartment or house)"
df$ReadableDestination[df$ReadableDestination == "13"] <- "Staying or living with friends, temporary tenure (e.g., room apartment or house)"
df$ReadableDestination[df$ReadableDestination == "14"] <- "Hotel or motel paid for without emergency shelter voucher"
df$ReadableDestination[df$ReadableDestination == "15"] <- "Foster care home or foster care group home"
df$ReadableDestination[df$ReadableDestination == "16"] <- "Place not meant for habitation (e.g., a vehicle, an abandoned building, bus/train/subway station/airport or anywhere outside)"
df$ReadableDestination[df$ReadableDestination == "17"] <- "Other"
df$ReadableDestination[df$ReadableDestination == "18"] <- "Safe Haven"
df$ReadableDestination[df$ReadableDestination == "19"] <- "Rental by client, with VASH housing subsidy"
df$ReadableDestination[df$ReadableDestination == "20"] <- "Rental by client, with other ongoing housing subsidy"
df$ReadableDestination[df$ReadableDestination == "21"] <- "Owned by client, with ongoing housing subsidy"
df$ReadableDestination[df$ReadableDestination == "22"] <- "Staying or living with family, permanent tenure"
df$ReadableDestination[df$ReadableDestination == "23"] <- "Staying or living with friends, permanent tenure"
df$ReadableDestination[df$ReadableDestination == "24"] <- "Deceased"
df$ReadableDestination[df$ReadableDestination == "25"] <- "Long-term care facility or nursing home"
df$ReadableDestination[df$ReadableDestination == "26"] <- "Moved from one HOPWA funded project to HOPWA PH"
df$ReadableDestination[df$ReadableDestination == "27"] <- "Moved from one HOPWA funded project to HOPWA TH"
df$ReadableDestination[df$ReadableDestination == "28"] <- "Rental by client, with GPD TIP housing subsidy"
df$ReadableDestination[df$ReadableDestination == "29"] <- "Residential project or halfway house with no homeless criteria"
df$ReadableDestination[df$ReadableDestination == "30"] <- "No exit interview completed"
df$ReadableDestination[df$ReadableDestination == "99"] <- "Data not collected"
df
}
makeProjectTypeReadable <- function (df) {
df <- sqldf("SELECT *, ProjectType as 'ReadableProjectType' FROM df")
df$ReadableProjectType[df$ReadableProjectType == "1"] <- "Emergency Shelter"
df$ReadableProjectType[df$ReadableProjectType == "2"] <- "Transitional Housing"
df$ReadableProjectType[df$ReadableProjectType == "3"] <- "PH - Permanent Supportive Housing"
df$ReadableProjectType[df$ReadableProjectType == "4"] <- "Street Outreach"
df$ReadableProjectType[df$ReadableProjectType == "5"] <- "Services Only"
df$ReadableProjectType[df$ReadableProjectType == "6"] <- "Other"
df$ReadableProjectType[df$ReadableProjectType == "7"] <- "Safe Haven"
df$ReadableProjectType[df$ReadableProjectType == "8"] <- "PH – Housing Only"
df$ReadableProjectType[df$ReadableProjectType == "10"] <- "PH – Housing with Services (no disability required for entry)"
df$ReadableProjectType[df$ReadableProjectType == "11"] <- "Day Shelter"
df$ReadableProjectType[df$ReadableProjectType == "12"] <- "Homelessness Prevention"
df$ReadableProjectType[df$ReadableProjectType == "13"] <- "PH - Rapid Re-Housing"
df$ReadableProjectType[df$ReadableProjectType == "14"] <- "Coordinated Assessment"
df
}
makeRaceReadable <- function(client){
client$AmIndAKNativ[client$AmIndAKNative == "1"] <- "American Indian or Alaska Native"
client$Asian[client$Asian == "1"] <- "Asian"
client$BlackAfAmerican[client$BlackAfAmerican == "1"] <- "Black or African American"
client$NativeHIOtherPacific[client$NativeHIOtherPacific == "1"] <- "Native Hawaiian or Other Pacific Islander"
client$White[client$White == "1"] <- "White"
client$RaceNone[client$RaceNone == "8"] <- "Client doesnt know"
client$RaceNone[client$RaceNone == "9"] <- "Client refused"
client$RaceNone[client$RaceNone == "99"] <- "Data not collected"
client
}
makeGenderReadable <- function(client) {
# HMIS CSV 5.1
# 0 Female
# 1 Male
# 2 Transgender male to female
# 3 Transgender female to male
# 4 Doesn’t identify as male, female, or transgender
# 8 Client doesn’t know
# 9 Client refused
# 99 Data not collected
client$Gender[client$Gender == "0"] <- "Female"
client$Gender[client$Gender == "1"] <- "Male"
client$Gender[client$Gender == "2"] <- "Transgender male to female"
client$Gender[client$Gender == "3"] <- "Transgender female to male"
client$Gender[client$Gender == "4"] <- "Doesn’t identify as male, female, or transgender"
client$Gender[client$Gender == "8"] <- "Client doesn’t know"
client$Gender[client$Gender == "9"] <- "Client refused"
client$Gender[client$Gender == "99"] <- "Data not collected"
client
}
makeVeteranStatusReadable <- function(client) {
# HMIS CSV 5.1
# 0 No
# 1 Yes
# 8 Client doesn’t know
# 9 Client refused
# 99 Data not collected
client$VeteranStatus[client$VeteranStatus == "0"] <- "No"
client$VeteranStatus[client$VeteranStatus == "1"] <- "Yes"
client$VeteranStatus[client$VeteranStatus == "8"] <- "Client doesn’t know"
client$VeteranStatus[client$VeteranStatus == "9"] <- "Client refused"
client$VeteranStatus[client$VeteranStatus == "99"] <- "Data not collected"
client
}
makeEthnicityReadable <- function(client) {
# HMIS CSV 5.1
# 0 Non-Hispanic/Non-Latino
# 1 Hispanic/Latino
# 8 Client doesn’t know
# 9 Client refused
# 99 Data not collected
client$Ethnicity[client$Ethnicity == "0"] <- "Non-Hispanic/Non-Latino"
client$Ethnicity[client$Ethnicity == "1"] <- "Hispanic/Latino"
client$Ethnicity[client$Ethnicity == "8"] <- "Client doesn’t know"
client$Ethnicity[client$Ethnicity == "9"] <- "Client refused"
client$Ethnicity[client$Ethnicity == "99"] <- "Data not collected"
client
}
combineRaceColumnsAndMakeReadable <- function(client){
client$AmIndAKNativ[client$AmIndAKNative == "0"] <- ""
client$Asian[client$Asian == "0"] <- ""
client$BlackAfAmerican[client$BlackAfAmerican == "0"] <- ""
client$NativeHIOtherPacific[client$NativeHIOtherPacific == "0"] <- ""
client$White[client$White == "0"] <- ""
client$RaceNone[client$RaceNone == "0"] <- ""
client <- makeRaceReadable(client)
client$Race <- paste(client$AmIndAKNativ, client$Asian, client$BlackAfAmerican, client$NativeHIOtherPacific, client$White, client$RaceNone, sep = " ")
client$Race <- gsub(" NA", "",client$Race)
client <- client[,-which(names(client) == "AmIndAKNative")]
client <- client[,-which(names(client) == "Asian")]
client <- client[,-which(names(client) == "BlackAfAmerican")]
client <- client[,-which(names(client) == "NativeHIOtherPacific")]
client <- client[,-which(names(client) == "White")]
client <- client[,-which(names(client) == "RaceNone")]
client
}
addDisabilityInfoToClient <- function(client, disabilities){
# From HMIS CSV Programming Specifications 5.1
# 5 = Physical disability
clientsWithPhysicalDisability <- sqldf("SELECT *, 'Yes' As PhysicalDisability
FROM disabilities
WHERE DisabilityType = 5
AND DisabilityResponse = 1
")
clientsWithPhysicalDisability <- getMostRecentRecordsPerId(clientsWithPhysicalDisability, "PersonalID", "InformationDate")
client <- sqldf("SELECT a.*, b.PhysicalDisability
FROM client a
LEFT JOIN clientsWithPhysicalDisability b
ON a.PersonalID=b.PersonalID
")
client <- subset(client)
# 6 Developmental disability
clientDevelopmentalDisability <- sqldf("SELECT *, 'Yes' As DevelopmentalDisability
FROM disabilities
WHERE DisabilityType = 6
AND DisabilityResponse = 1
")
clientDevelopmentalDisability <- getMostRecentRecordsPerId(clientDevelopmentalDisability, "PersonalID", "InformationDate")
clientDevelopmentalDisability <- subset(clientDevelopmentalDisability)
client <- sqldf("SELECT a.*, b.DevelopmentalDisability
FROM client a
LEFT JOIN clientDevelopmentalDisability b
ON a.PersonalID=b.PersonalID
")
client <- subset(client)
# 7 Chronic health condition
clientChronicHealthCondition <- sqldf("SELECT *, 'Yes' As ChronicHealthCondition
FROM disabilities
WHERE DisabilityType = 7
AND DisabilityResponse = 1
")
clientChronicHealthCondition <- getMostRecentRecordsPerId(clientChronicHealthCondition, "PersonalID", "InformationDate")
client <- sqldf("SELECT a.*, b.ChronicHealthCondition
FROM client a
LEFT JOIN clientChronicHealthCondition b
ON a.PersonalID=b.PersonalID
")
client <- subset(client)
# 8 HIV/AIDS
clientHivAids <- sqldf("SELECT *, 'Yes' As 'HIV/AIDS'
FROM disabilities
WHERE DisabilityType = 8
AND DisabilityResponse = 1
")
clientHivAids <- getMostRecentRecordsPerId(clientHivAids, "PersonalID", "InformationDate")
client <- sqldf("SELECT a.*, b.'HIV/AIDS'
FROM client a
LEFT JOIN clientHivAids b
ON a.PersonalID=b.PersonalID
")
client <- subset(client)
# 9 Mental health problem
clientMentalHealthProblem <- sqldf("SELECT *, 'Yes' As MentalHealthProblem
FROM disabilities
WHERE DisabilityType = 9
AND DisabilityResponse = 1
")
clientMentalHealthProblem <- getMostRecentRecordsPerId(clientMentalHealthProblem, "PersonalID", "InformationDate")
client <- sqldf("SELECT a.*, b.MentalHealthProblem
FROM client a
LEFT JOIN clientMentalHealthProblem b
ON a.PersonalID=b.PersonalID
")
client <- subset(client)
# 10 Substance abuse
clientSubstanceAbuse <- sqldf("SELECT *, 'Yes' As SubstanceAbuse
FROM disabilities
WHERE DisabilityType = 10
AND DisabilityResponse = 1
")
clientSubstanceAbuse <- getMostRecentRecordsPerId(clientSubstanceAbuse, "PersonalID", "InformationDate")
client <- sqldf("SELECT a.*, b.SubstanceAbuse
FROM client a
LEFT JOIN clientSubstanceAbuse b
ON a.PersonalID=b.PersonalID
")
client <- subset(client)
client
}
makeDisabilityTypeReadable <- function(disabilities){
# From HMIS CSV Programming Specifications 5.1
# 5 Physical disability
# 6 Developmental disability
# 7 Chronic health condition
# 8 HIV/AIDS
# 9 Mental health problem
# 10 Substance abuse
disabilities$DisabilityType[disabilities$DisabilityType == "5"] <- "Physical disability"
disabilities$DisabilityType[disabilities$DisabilityType == "6"] <- "Developmental disability"
disabilities$DisabilityType[disabilities$DisabilityType == "7"] <- "PhysicalChronic health condition"
disabilities$DisabilityType[disabilities$DisabilityType == "8"] <- "Chronic health condition"
disabilities$DisabilityType[disabilities$DisabilityType == "9"] <- "HIV/AIDS"
disabilities$DisabilityType[disabilities$DisabilityType == "10"] <- "Substance abuse"
disabilities
}
makeTrackingMethodReadable <- function(df) {
df <- sqldf("SELECT *, ProjectType as 'ReadableTrackingMethod' FROM df")
df$ReadableProjectType[df$ReadableProjectType == "0"] <- "Entry/Exit Date"
df$ReadableProjectType[df$ReadableProjectType == "3"] <- "Night-by-Night"
}
# activeRecords <- activeFilter(df, "occStartDate", "occEndDate", "2017-01-23", '2017-01-26')
activeFilter <- function(df, dateVector1, dateVector2, beginRange, endRange){
df[is.na(df)] <- ""
df[dateVector1,] <- as.character(df[dateVector1,])
df[dateVector2,] <- as.character(df[dateVector2,])
str <- paste("SELECT * FROM df WHERE (", dateVector1, "< '", endRange, "' AND ", dateVector2, " = '') OR (", dateVector1, "< '", endRange, "' AND ", dateVector2, " > '", beginRange, "')", sep = "")
sqldf(str)
}
# Get active Enrollments
getActiveHudEnrollments <- function(enrollment, exit, project){
project <- makeProjectTypeReadable(project)
project <- subset(project)
activeEnrollment <- sqldf("SELECT *
FROM enrollment a
LEFT JOIN exit b
ON a.ProjectEntryID=b.ProjectEntryID
WHERE b.ProjectEntryID IS NULL")
activeEnrollment <- subset(activeEnrollment)
activeEnrollmentsWithProjectInfo <- sqldf("SELECT b.ProjectType, b.ReadableProjectType, b.ProjectID, b.ProjectName, a.*
FROM activeEnrollment a
INNER JOIN project b
ON a.ProjectID=b.ProjectID
")
activeEnrollmentsWithProjectInfo <- subset(activeEnrollmentsWithProjectInfo)
activeEnrollmentsWithProjectInfo
}
addProjectInfoToEnrollment <- function(enrollment, project){
project <- makeProjectTypeReadable(project)
enrollmentsWithProjectInfo <- sqldf("SELECT a.*, b.ProjectType, b.ReadableProjectType, b.ProjectName, b.TrackingMethod
FROM enrollment a
INNER JOIN project b
ON a.ProjectID=b.ProjectID
")
enrollmentsWithProjectInfo <- subset(enrollmentsWithProjectInfo)
enrollmentsWithProjectInfo
}
getMostRecentRecordsPerId <- function(df, idHeader, dateHeader){
str <- paste("SELECT *, MAX(", dateHeader, "), 'Yes' As Max", dateHeader, " FROM df GROUP BY ", idHeader, sep = "")
bfr <- sqldf(str)
sqldf(str)
}
getClientsInPH <- function(enrollment, exit, project) {
### START ###
#############################################
##### Active in PH Projects #################
############## Incomplete ###################
#############################################
project <- makeProjectTypeReadable(project)
project <- subset(project)
activeEnrollment <- sqldf("SELECT *
FROM enrollment a
LEFT JOIN exit b
ON a.ProjectEntryID=b.ProjectEntryID
WHERE b.ProjectEntryID IS NULL")
activeEnrollment <- subset(activeEnrollment)
activeEnrollmentsWithProjectInfo <- sqldf("SELECT b.ProjectType, b.ReadableProjectType, b.ProjectID, b.ProjectName, a.*
FROM activeEnrollment a
INNER JOIN project b
ON a.ProjectID=b.ProjectID
")
activeEnrollmentsWithProjectInfo <- subset(activeEnrollmentsWithProjectInfo)
# PSH = 3
# RRH = 13
clientsActiveInPh <- sqldf("SELECT PersonalID, 'Yes' As 'ActiveInPH'
FROM activeEnrollmentsWithProjectInfo
WHERE ProjectType = 3
OR ProjectType = 13
")
clientsActiveInPh <- subset(clientsActiveInPh)
clientsActiveInPh
}
getClientsInPHWithinRange <- function(enrollment, exit, project, beginDate, endDate) {
enrollment$EntryDate <- as.character(enrollment$EntryDate)
exit$ExitDate <- as.character(exit$ExitDate)
project <- makeProjectTypeReadable(project)
project <- subset(project)
enrollmentWithProjectInfo <- sqldf("SELECT b.ProjectType, b.ReadableProjectType, b.ProjectID, b.ProjectName, a.*
FROM enrollment a
INNER JOIN project b
ON a.ProjectID=b.ProjectID
")
enrollmentWithProjectInfo <- subset(enrollmentWithProjectInfo)
str <- paste("SELECT * FROM enrollmentWithProjectInfo WHERE (ProjectType = 3 OR ProjectType = 13) AND EntryDate < '", beginDate, "'", sep = "")
phEnrollment <- sqldf(str)
str2 <- paste("SELECT * FROM exit WHERE ExitDate < '", endDate, "'", sep = "")
relevantExit <- sqldf(str2)
activeEnrollment <- sqldf("SELECT *
FROM phEnrollment a
LEFT JOIN relevantExit b
ON a.ProjectEntryID=b.ProjectEntryID
WHERE b.ProjectEntryID IS NULL")
######################################################################
######################################################################
######################################################################
###################### Left off Here #################################
######################################################################
######################################################################
######################################################################
}
getWeeksBetween <- function(beginDate, endDate){
difftime(strptime(endDate, format = "%Y-%m-%d"), strptime(beginDate, format = "%Y-%m-%d"), units="weeks")
}
getMonthsBetween <- function(beginDate, endDate){
(as.yearmon(strptime(endDate, format = "%Y-%m-%d"))-
as.yearmon(strptime(beginDate, format = "%Y-%m-%d")))*12
}
getQuartersBetween <- function(beginDate, endDate){
(as.yearqtr(strptime(endDate, format = "%Y-%m-%d"))-
as.yearqtr(strptime(beginDate, format = "%Y-%m-%d")))*4
}
getYearsBetween <- function(beginDate, endDate){
(as.yearmon(strptime(endDate, format = "%Y-%m-%d"))-
as.yearmon(strptime(beginDate, format = "%Y-%m-%d")))
}
addChronicallyHomelessFlagToClient <- function(client, enrollment){
#############################################
##### Get those with Disabling Condition ###
#############################################
enrolledWithDisability <- sqldf("SELECT *
FROM enrollment
WHERE DisablingCondition = 1")
#############################################
##### Length-of-Stay ########################
#############################################
# Participants who meet the length-of-stay in homelessness requirement
# Either through four or more occurences with cumulative duration exceeding a year
# Or a consequtive year.
# 113 = "12 Months"
# 114 = "More than 12 Months"
chronicityDf <- sqldf("SELECT *
FROM enrolledWithDisability
WHERE (TimesHomelessPastThreeYears = 4
AND (
MonthsHomelessPastThreeYears = 113
OR MonthsHomelessPastThreeYears = 114)
)
OR (CAST(JULIANDAY('now') - JULIANDAY(DateToStreetESSH) AS Integer) > 364
AND (DateToStreetESSH != '')
)
")
#############################################
##### Chronically Homeless ##################
#############################################
# Take the distinct PersonalIDs of individuals who meet both chronicity
# and disabling condition.
chClient <- sqldf("SELECT DISTINCT(PersonalID), 'Yes' As 'ChronicallyHomeless'
FROM chronicityDf
")
# Get client info for chronically homeless.
chClient <- sqldf("SELECT a.*, b.'ChronicallyHomeless'
FROM client a
LEFT JOIN chClient b
ON a.PersonalID=b.PersonalID
")
chClient <- subset(chClient)
chClient
}
