These data frames contain information about codes, subunits and units for the
datasets in inputDat and are necessary inputs for e.g.
automateDataPreparation, checkData,
recodeData, aggregateData and scoreData.
Usage
data(inputList)Format
A list with several data frames:
units: Unit information, contains the following columns:
- unit
Unit name.
- unitAggregateRule
Aggregate rule for unit:
SUM;MEAN.
subunits: Subunit information, contains the following columns:
- unit
Unit name, for which subunits are given.
- subunit
Subunit name.
- subunitRecoded
Name of recoded subunit.
values: Value information, contains the following columns:
- subunit
Subunit name, for which values are given.
- value
Valid values for the respective subunit.
- valueRecode
Recode values for the respective value.
- valueType
Value types:
vc= valid code;mbd= missing – by design;mvi= missing – volume insufficient;mnr= missing – not reached;mci= missing – coding impossible;mbi= missing – by intention.
unitRecodings: Unit recoding information, contains the following columns:
- unit
Unit name
- value
Valid values for the respective unit.
- valueRecode
Recode values for the respective value.
- valueType
Value types:
vc= valid code;mbd= missing – by design;mvi= missing – volume insufficient;mnr= missing – not reached;mci= missing – coding impossible;mbi= missing – by intention.
blocks: missing aggregation pattern for
aggregateData- subunit
Subunit name.
- block
Block name.
- subunitBlockPosition
The subunit's position in the corresponding block.
booklets: Design
- booklet
Booklet name.
- block1 ... blockX
Block names in booklet.
rotation: Assignment of IDs to booklets
- ID
Case identifier.
- booklet
Booklet name.
Examples
data(inputMinimal)
str(inputMinimal)
#> List of 7
#> $ units :'data.frame': 28 obs. of 2 variables:
#> ..$ unit : chr [1:28] "I01" "I02" "I03" "I04" ...
#> ..$ unitAggregateRule: chr [1:28] "" "" "" "" ...
#> $ subunits :'data.frame': 30 obs. of 3 variables:
#> ..$ unit : chr [1:30] "I01" "I02" "I03" "I04" ...
#> ..$ subunit : chr [1:30] "I01" "I02" "I03" "I04" ...
#> ..$ subunitRecoded: chr [1:30] "I01R" "I02R" "I03R" "I04R" ...
#> $ values :'data.frame': 220 obs. of 4 variables:
#> ..$ subunit : chr [1:220] "I01" "I01" "I01" "I01" ...
#> ..$ value : chr [1:220] "1" "2" "3" "6" ...
#> ..$ valueRecode: chr [1:220] "0" "0" "1" "mnr" ...
#> ..$ valueType : chr [1:220] "vc" "vc" "vc" "mnr" ...
#> $ unitRecodings:'data.frame': 7 obs. of 4 variables:
#> ..$ unit : chr [1:7] "I12" "I12" "I12" "I12" ...
#> ..$ value : chr [1:7] "0" "1" "2" "3" ...
#> ..$ valueRecode: chr [1:7] "0" "0" "0" "1" ...
#> ..$ valueType : chr [1:7] "vc" "vc" "vc" "vc" ...
#> $ blocks :'data.frame': 30 obs. of 3 variables:
#> ..$ subunit : chr [1:30] "I01" "I02" "I03" "I04" ...
#> ..$ block : chr [1:30] "bl1" "bl1" "bl1" "bl1" ...
#> ..$ subunitBlockPosition: num [1:30] 1 2 3 4 5 6 7 1 2 3 ...
#> $ booklets :'data.frame': 3 obs. of 4 variables:
#> ..$ booklet: chr [1:3] "booklet1" "booklet2" "booklet3"
#> ..$ block1 : chr [1:3] "bl1" "bl4" "bl3"
#> ..$ block2 : chr [1:3] "bl2" "bl3" "bl1"
#> ..$ block3 : chr [1:3] "bl3" "bl2" "bl4"
#> $ rotation :'data.frame': 300 obs. of 2 variables:
#> ..$ ID : chr [1:300] "person100" "person101" "person102" "person103" ...
#> ..$ booklet: chr [1:300] "booklet1" "booklet1" "booklet1" "booklet1" ...