Description of astrological exchange CALIF format

CALIF - Common AstroLogical Interchange Format CALIF - (Common AstroLogical Interchange Format).
It is designed for the exchange of astrological data between astrology programs. Moreover, the astrological data refer not only to conventional data as date, time, coordinates and time offsets. This concept for CALIF format is much broader, as it allows to transfer any data that is used not only in the present, but also those what will ever be integrated in the astrology programs. In other words, this format is very flexible and easily adaptable to any data. So, this format supports the associated charts that allows to automate the process of rectification and prognostics.

DataWorker program, which, among other things, imports and exports data, will convert data from CALIF format to a format that is available for use.

Attention! Astrological data exchange is possible if the program supports this format. To integrate (create) the format in another program, the site presents a fairly detailed description of the format, storage schemes and examples of its use.

Page contains description of exchange CALIF format

General description of exchange CALIF format


The format is an XML-file with a random name and tags defined by a given storage scheme.

Benefits of CALIF format use

To view large pictures (3000 x 2000 pixels), please, mouse click on picture.
  1. It allows to organize the data storage in a tree like structure with any configuration of folders.
  2. It can manipulate the private parameters that are specific to a particular program.
  3. It allows to automate the astrological analysis, search for charts and events by a number of attributes (type of chart, accuracy of events, themes of querent and quesited, relate events with basic natal chart, analyze the quantity (eg, changes in exchange rates for a particular stock exchange), etc.).
  4. It does not depend on the data storage formats (date-time, coordinates, mark of time correction, etc.) specific to a particular country or community of astrologers.
  5. Easily extended. It allows to enter new data extensions used only by a specific program.
  6. It supports all languages and does not depend on the national encoding (uses UNICODE).
  7. It is open and easy in realization due to XML.
CALIF. The comparison diagram of data use in astrology programs The comparison diagram of data use in astrology programs

Without CALIF format
  • Each program has a number of data converter from other formats of astrology programs. Advanced program identifies 4-5 formats of astrology programs at least.
  • If the format is unknown an astrologer has no opportunity to take advantage of this kind of data
With CALIF format
  • Each program has only 2 converters: from CALIF format to native format (data storage format), from native format to CALIF format.
  • All data (from any program) generated and placed in a common space are available to any astrologer.
The exchange format enables:
  • to transfer related charts, pictures and any attributes of charts and events;
  • to add additional attributes of charts and events: easily expandable;
  • to generate the base of charts and events of any tree-like structure.
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Informational elements of records set

These elements carry the information content of each set of records.
Element Description Format, remarks Variants, exampples
fsign Format signature The format signature is required to identify the format of the file. CALIF_DataFormat
fver Version of format YYYYMMDD 20140707
utctag Attribute of direction of UTC offset In Russia and Europe it is considered to use positive offsets from UTC to the east of Greenwich, and in the USA vice versa P - plus east of Greenwich
N - negative east of Greenwich
nameset The name of the data set SSS...SSS. Any string of characters available Test example
dtset Date of formation of a dataset YYYYMMDDHHMISS (year-month-day-hour-minutes-seconds) 20140707211317
totrec The number of records in the set It describes a number of records of a given set 739
author Information about an author of the data set selection Astrologer-compiler of the data set/link to a page on the Internet Astroman
... other attributes To be entered if required ...
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Set structure elements (records)

These elements define the structure of the whole set and its records.
Element Description Note Example
recset The element of the whole records set The root element of a set of exchange file records.
Container file all records exchange.
<recset></recset>
rec The element of one record from a set The root element of each entry.
Record container with a map or event data
<rec></rec>
nkeys The element of a set of linkst of an event chart to natal charts The root element of a set of links of each record to natal charts that gave rise to this event <nkeys></nkeys>
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Record data elements (in a set)

These elements describe the contents of each record (chart or event) related to the set.
Element Description Format, remark Variants, examples Need
rkey A unique record key A record can be either a chart or a folder. A key is to uniquely identify each record. GUID is recommended to use as a key 7AA8AC13A2F947CC82470CCBEE0B4700 V
pkey The unique key of a parent record Only a folder can only be a parent record. A key is to uniquely identify each record. GUID is recommended to use as a key A73B273FF6094B14972F01FDD383320E V
rtag Record type attribute S
It describes the type of a record as a folder or chart
F - folder
D - chart
V
name Chart name(name, event, question etc. SSS...SSS
Any string of characters available
Birthday of Vladimir Visotskiy V
dt Chart date-time YYYYMMDDHHMISS
(year-month-day-hour-minutes-seconds)
19380125093400
25 january 1938, 9 hours 34 minutes 0 seconds
V
delta Time offset of UTC NHHMISS (sign-hour-minutes-seconds)
Taking into account the direction attribute of UTC corrections in recordset attributes
+030000 - UTC+3 hours (to east)
+053017 - UTC+5:30:17 (to east)
-010000 - UTC-1 hour (to west)
V
lat Place latitude DDMISSN
(degrees-minutes-seconds-semisphere N/S)
554500N - 55°45'00" N
000001S - 0°0'1" S
V
lon Place longitude DDDMISSN
(degrees-minutes-seconds-semisphere E/W)
0373700E - 37°37'00" E
0070101W - 7°1'1" W
0000000E - 0°0'0" E
V
place Text description of the place SSS...SSS
Arbitrary name of chart (event) place
Moscow (Moscow region) -
remc Note SSS...SSS
Free text for the chart (events)
rectification by Astroman -
ctag Attribute of chart S
Sign describing the type of chart
0 - undefined
N - natal chart
E - event
H - horar chart
-
thems Theme (s) of a chart NNMM
Theme (s) of a chart for events and themes of querent-quesited for a horary chart
0000 - for natal chart
0500 - event theme 5
0107 - querent theme 1, quesited theme 7
-
sex Sex S
Gender attribute for a natal chart
0 - (zero) undefined
M - male
F - female
-
prectag Accuracy character of a chart S
It describes the accuracy of chart date-time
For natal chart:
0 - undefined
K - comogramm
N - chart is not rectified
R - chart is rectified

For events:
0 - (zero) undefined
P - exactly
M - minutes
H - hours
D - days
W - weeks
Y - months
-
rpic Link to the photo file SSS...SSS
relative file name and extension
vvisockiy.png - file is located in the folder with XML-file
img\vvisockiy.png - file is located in the folder IMG, which is located with XML-file
-
nkey A unique record key of a natal chart It is intended to indicate a natal chart that gave rise to this event. It is used for the automated analysis of events and charts. A73B273FF6094B14972F01FDD383320E -
fval The value for the analysis N.M (N: the integer part, M: the fractional part)
It is used in the case of automated analysis of events and charts. For example, the value of currency exchange rate for a settlement on the specified date.
33.1719
4.0
-15
-
... other attributes other private attributes that can be used by a specific program ... ...
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