ADaM Example.Transitional Probabilities

This is an example of an ADaM dataset designed to capture the reference data describing historical transitional probabilities.

In the example below, STRTM4 captures the combination of tobacco products of interest for this particular set of probabilities and STRTM5 captures the status of product(s) of interest at the time of first set of probabilities. STRTM6 captures the transition type of the combination of usage at the point of probability and STRTM7 captures the actual combination of usage at the point of probability

The rows 1-3 then follow the different probabilities of transitions following pathway "e" to "p" to "e" (NEVER/NEVER to CURRENT/CURRENT to FORMER/FORMER).

The rest of the rows show examples of various combinations and pathways of transitional probabilities that are captured in the historical data.

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rftransp.xpt

Row	STRTM1	STRVAL1	STRTM2	STRVAL2	STRTM3	STRVAL3	STRTM4	STRVAL4	STRTM5	STRVAL5	STRTM6	STRVAL6	STRTM7	STRVAL7	STRTM8	STRVAL8	INPRM	INPRMVAL	INPRMU
1	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER	"CURRENT STATUS/BEFORE TRANSITION"	NEVER/NEVER	TRANSITION TYPE	INITIATION	PRODUCT	CIGARETTES/CIGAR	TRANSITION PROBABILITY	0.15	RATIO / 10 PER 1000
2	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER	"CURRENT STATUS/BEFORE TRANSITION"	NEVER/NEVER	TRANSITION TYPE	CESSATION	PRODUCT	CIGARETTES/CIGAR	TRANSITION PROBABILITY	0.03	RATIO / 10 PER 1000
3	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER	"CURRENT STATUS/BEFORE TRANSITION"		TRANSITION TYPE	RELAPSE	PRODUCT	CIGARETTES/CIGAR	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000
4	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER TOBA-652 - Jira project doesn't exist or you don't have permission to view it.	"CURRENT STATUS/BEFORE TRANSITION"		TRANSITION TYPE	INITIATION	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.01	RATIO / 10 PER 1000
5	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER	"CURRENT STATUS/BEFORE TRANSITION"		TRANSITION TYPE	INITIATE2	PRODUCT	CIGARETTES/CIGAR	TRANSITION PROBABILITY	0.01	RATIO / 10 PER 1000
6	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER	"CURRENT STATUS/BEFORE TRANSITION"		TRANSITION TYPE	CESSATION	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.01	RATIO / 10 PER 1000
7	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER	"CURRENT STATUS/BEFORE TRANSITION"		TRANSITION TYPE	CESSATION	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.01	RATIO / 10 PER 1000
8	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER			TRANSITION TYPE	INITIATION	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000
9	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER			TRANSITION TYPE	INITIATION2	PRODUCT	CIGARETTES/CIGAR	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000
10	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/NEVER			TRANSITION TYPE	SWITCHING	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000
11	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/CURRENT			TRANSITION TYPE	CESSATION	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.06	RATIO / 10 PER 1000
12	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/CURRENT			TRANSITION TYPE	INITIATION	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.04	RATIO / 10 PER 1000
13	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/CURRENT			TRANSITION TYPE	CESSATION	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.03	RATIO / 10 PER 1000
14	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	NEVER/CURRENT			TRANSITION TYPE	RELAPSE	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.05	RATIO / 10 PER 1000
15	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	CURRENT/NEVER			TRANSITION TYPE	SWITCHING	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000
16	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	CURRENT/NEVER			TRANSITION TYPE	CESSATION	PRODUCT	CIGARETTES	TRANSITION PROBABILITY	0.03	RATIO / 10 PER 1000
17	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	CURRENT/NEVER			TRANSITION TYPE	INITIATION	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000
18	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	CURRENT/NEVER			TRANSITION TYPE	CESSATION	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.03	RATIO / 10 PER 1000
19	YEAR	2000	AGE	60	SEX	F	PRODUCT OF INTEREST	CIGARETTES/CIGAR	INITIAL STATUS	CURRENT/NEVER			TRANSITION TYPE	RELAPSE	PRODUCT	CIGAR	TRANSITION PROBABILITY	0.02	RATIO / 10 PER 1000

Dataset Debug Message

When the JIRA issue(s) present in the dataset have been resolved, and their resolution has been confirmed by governance, please remove them.

RFTRANSP Dataset Metadata

Dataset	Description	Class	Structure	Purpose	Keys	Location	Documentation
RFTRANSP	Reference Data for Transition Prob	REFERENCE DATA STRUCTURE	one record per input value	reference	STRTM1, STRM2, STRTM3, STRTM4 STRTM5 STRTM6 STRTM7	rftransp.xpt	NA

RFTRANSP NSV Metadata

Variable Name	Variable Label	Type	Codelist/Controlled Terms	Core	Notes
STRTM1	Stratum 1	text	YEAR	Req	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the left-most column in this example
STRVAL1	Stratum 1 Value	text		Req	populate with the STRTM1 values in the source data (Age in this example)
STRTM2	Stratum 2	text	AGE	Cond	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the first part of the second column concept in this example
STRVAL2	Stratum 2 Value	text		Cond	populate with the STRTM2 values in the source data (F in this example for displayed data)
STRTM3	Stratum 3	text	SEX	Cond	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the second part of the second column concept in this example
STRVAL3	Stratum 3 Value	text	F	Cond	populate with the STRTM3 values in the source data (Transition Type in this example)
STRTM4	Stratum 4	text	PRODUCT OF INTEREST	Cond	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the third part of the second column concept in this example
STRVAL4	Stratum 4 Value	text	CIGARETTES/CIGAR	Cond	populate with the STRTM4 values in the source data (Product in this example)
STRTM5	Stratum 5	text	INITIAL STATUS	Cond	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the second part of the second column concept in this example
STRVAL5	Stratum 5 Value	text	NEVER/NEVER;NEVER/CURRENT;CURRENT/NEVER	Cond	populate with the STRTM5 values in the source data (Transition Type in this example)
STRTM6	Stratum 6	text	TRANSITION TYPE	Cond	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the second part of the second column concept in this example
STRVAL6	Stratum 6 Value	text	INITIATE;INITIATE2;CESSATION;RELAPSE;SWITCHING	Cond	populate with the STRTM6 values in the source data (Transition Type in this example)
STRTM7	Stratum 7	text	PRODUCT	Cond	populate with the variable descriptor of one of the cell descriptors (either a row identifier or a column identifier) - the second part of the second column concept in this example
STRVAL7	Stratum 7 Value	text	CIGARETTES;CIGARETTES/CIGAR;CIGAR	Cond	populate with the STRTM7 values in the source data (Transition Type in this example)
INPRM	Input Parameter	text	TRANSITION PROBABILITY	Req	populate with the concept describing the value in the cell being captured in the dataset. it may come from a spreadsheet tab name, a spreadsheet name, or any desired parameter indentifying value
INPRMVAL	Input Parameter Value	float		Req	populate with the cell value from the referenced data that is being described by the STRMVALy values
INPRMU	Input Parameter Unit	text	RATIO / 10 PER 1000	Perm	populate with the unit describing the cell values if appropriate

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ADaM Example.Transitional Probabilities