Metrohm viva 1.1 (ProLab) - Manual (Page 37)

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2 General program functions
viva 1.1 (for process analysis)
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Name Syntax Description
Command varia-
bles 'Command name'.'Variable
name' Command variables are variables which are generated by the
individual commands in the method run. The command varia-
bles are displayed in the order determined by the commands
executed in the method run.
Automatically
calculated result
variables RS.'Command name'.'Sub-
stance name'.'Variable
identification' Automatically calculated result variables are automatically gen-
erated by the program during the evaluation.
Evaluation para-
meter variables ED.Standards.'Standard
name'.'Variable identifica-
tion'
ED.Calibration.'Command
name'.'Substance
name'.'Variable identifica-
tion'
Evaluation parameter variables are generated automatically
during the evaluation.
User-defined
result variables RS.'Result name'.'Variable
identification' User-defined result variables are generated from the results
defined by the user.
Determination
variables DV.'Variable identification' Determination variables are general variables and cannot be
assigned to individual commands.
System variables SV.'Variable identification' System variables are general variables which are adopted in
the determination at the start of the determination.
Common varia-
bles CV.'Variable name'.'Varia-
ble identification' Common variables are client-specific variables, which are
adopted from the table of the Configuration program part at
the start of the determination and assigned to the determina-
tion.
Global variables GV.'Variable name'.'Varia-
ble identification' Global variables apply to all clients and are adopted from the
table of the Configuration program part at the start of the
determination and assigned to the determination.
Entering variables
Variables must always be entered with an apostrophe ' at the beginning
and at the end (e.g., 'DV.DUR').
NOTE
When using variables, always observe their data type (Number, Text
or Date/Time).
Variations and replications
Because of the fact that in voltammetry all data is saved in a single data
set when working without solution exchanges, all of the result variables
belonging to one voltammogram are clearly distinguished by an index X
for the variations and another index Y for the replications.