|
LOADDB — Load vox-tapes into databank
This program loads case records into databank. Existing records can
be overwritten if explicitly specified. A standard case record
encompasses (1) study number, (2) group number, (3) proband number
which is identical for all members of the proband's family, (4)
intra-family relations with respect to proband according to code
list, (5) gender, (6) age, (7) ethnicity according to code list,
(8) case/control. Please note that genotype data can only be stored
in databank if the respective case records exist.
Specificationlist: LOADDB
------------------------------
A8 TANA Undefined
I4 NREC 0 Default-value
I4 IBM 0 Default-value
I4 RSET 0 Default-value
I4 REPL 1 Default-value
I4 PROT 0 Default-value
I4 LG30 30 Default-value
01 TANA Name of output file (mode=0/1)
02 NREC Number of files to be processed
03 IBM Specifies data format (IBM/SPARC vs. X86/X64)
04 RSET Clears databank prior to data loading (!deletes all data!)
05 REPL Replace pre-existing data within cases
06 PROT Controls print output
07 LG30 Logical unit number of input vox-file
08 DEMO Examples that illustrate program function
- TANA: Name of the input tape ("NO" means that
DSN-name will not be checked)
- NREC = n: Number of files to be processed
= 0: All files
- IBM = 0: Input data are stored in X86/X64-mode (little endian)
= 1: Input data are stored in IBM/SPARC-mode (big endian)
- RSET = 0: No effect
= 1: Deletes all pre-existing data prior to loading new data
- REPL = 0: No effect
= 1: Overwrites pre-existing data within cases
- PROT = 0: no protocol is produced
= 1: Detailed list of files being copied
= 2: same as (1) plus tape verification
- LG30 = v: Logical unit number of output file (mode=0-2: 30-45)
- DEMO: Reset databank, load new case records, make them permanent
Example
&&START OUTPUT
&&START LOADDB=Load bli-tapes into databank (stud600_1)
TANA=NO,PROT=2,LG30=35,RSET=1
&&START LOADDB=Load bli-tapes into databank (stud600_2)
PROT=1,LG30=36,RSET=0
&&START LOADDB=Load bli-tapes into databank (stud601)
LG30=37
&&START LOADDB=Load bli-tapes into databank (stud602_1)
LG30=38
&&START LOADDB=Load bli-tapes into databank (stud602_2)
LG30=39
&&START LOADDB=Load bli-tapes into databank (stud602_3)
LG30=40
&&START LOADDB=Load bli-tapes into databank (stud602_7)
LG30=41
|
|
Fig. 02: Energy and dynamics describe the loudness and the
speaker's dynamic expressiveness within a given piece of speech.
These parameters allow for testing the hypothesis that "flat
affect" can be defined in terms of speech parameters through
signals with low average energy per second and a standard
deviations very much smaller than that of the norm. The latter,
however, is neither a necessary nor a sufficient condition for
"flat affect".
|