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Following gives an overview of possible data formats for storing of measuring data.
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Format:
dBase for Windows
Database Structure:
Concept::
relational database organized into several tables stored on the harddisk.
Projektdaten contains
all information's about saved projects.
Table
name:
protokol.dbf
Profile
contains calibrator profiles
Table
name:
calprofil.dbf
Messwerte
contains
the evaluation results of the projects
Table
name:
messwerte.dbf, auswertung.dbf, calresults.dbf, caldividerresults.dbf
Kurven
contains the recorder
settings, display view settings and curve raw data
Table name: kurven.dbf, kurvenkopf.dbf, kanalkopf.dbf
In
table kurvenkopf.dbf the recorder
settings, display view settings, helping lines and evaluating settings
In table kanalkopf.dbf are describe each individual channels.
In table kurven.dbf the raw data of the measuring channels according to IEC 1083–1 as a binary data stream (Blobfield). This raw data can be reloaded any time from the database to recorder channels and can then be subject to new analysis and evaluations.
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The
data are stored in a textfile as a REAL with ASCII-characters for access with
any text editor.
The structure is as follows:
Each line contains the time instant and then in sequence the magnitudes of one
or morel channels as a real-value (e.g. 1.23545000E+002).
Delimiter between the columns and at the end of the line is a semicolon (;).
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The
data are stored in a textfile as a WORD with ASCII-characters for access with
any text editor.
The structure is as follows:
Each line contains in sequence the magnitudes of one or morel channels as a
unsigned 16 bit integer value (e.g. 32499) without any time-information.
Delimiter between the columns and at the end of the line is a semicolon (;).
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The data are stored as a data stream sequentially channel for channel into a binary file without any delimiters.