A: BARYCENTER
AA: BARYCENTER
AAA: Neutron star
AAB: Orange dwarf
AB: BARYCENTER
ABA: Red dwarf
ABA1: Scorched selena
A1: Cool selena
(asteroid belt)
ABB: Red dwarf
ABB1: Scorched selena
BA: Red dwarf
BA1: Hot selena
BA2: Hot ice giant
BA3: Hot desert
BA3.1: Warm selena
BA4: Hot oceania
BA4.1: Temperate desert
BA5: Cool ice giant
BA5.1: Cool desert
BA5.2: Cool asteroid
BA6: Cold selena
BA6.1: Cold selena
BA6.2: Cold selena
BA6.3: Cold selena
BA7: Cold ice giant
BA7.1: Cold selena
BA7.2: Cold selena
BA7.3: Cold asteroid
BA7.4: Cold asteroid
BA7.5: Cold asteroid
BA7.6: Cold asteroid
BA7.7: Cold asteroid
BA8: Cold ice world
BA8.1: Cold ice world
BA9: Cold ice giant
BA9.1: Cold asteroid
BA9.2: Cold ice world
BA9.3: Cold ice world
BA9.4: Cold ice world
BA9.5: Cold asteroid
BA9.6: Cold asteroid
BA9.7: Cold asteroid
BB: BARYCENTER
BBA: Red dwarf
BBB: Brown dwarf
BB1: Hot selena
BB2: Warm ice giant
BB2.1: Warm selena
BB3: Temperate desert
BB3.2: Temperate selena
BB3.3: Temperate selena
BB4: Cool ice giant
BB4.1: Cool selena
BB4.2: Cool desert
BB4.3: Cool selena
BB4.4: Cool asteroid
BB5: Cool desert
BB5.1: Temperate desert

http://voksenlia.net/spaceengine/RG_0-6-69455-197.db (uncompressed, 54MB)
http://voksenlia.net/spaceengine/RG_0-6-69455-197.db.bz2 (compressed, 12MB)

This is an sqlite3 database. It can be accessed running it with the sqlite3 commandline shell which can be downloaded from sqlite.org.

The table definition is:

CREATE TABLE stars (name PRIMARY KEY, type TEXT, multiple INTEGER, spectrum TEXT, diameter FLOAT, mass FLOAT, luminosity FLOAT, temperature INTEGER, planets INTEGER, life INTEGER)

If you're unfamiliar with SQL, here are some sample queries:

(Get basic info on systems with more than 3 worlds with life)
sqlite> select name, multiple, planets, life from stars where life > 3;
RS 0-6-69455-197-950-7-1771407-2808|2|15|4
RS 0-6-69455-197-3145-8-2676708-709|2|15|4
RS 0-6-69455-197-3145-8-2685649420|2|14|4
RS 0-6-69455-197-3584-8-4235209-323|4|10|4
RS 0-6-69455-197-3600-9-78385751-6|2|13|5

(Show the top 5 systems with most stars:)
sqlite> select name, multiple from stars order by multiple desc limit 5;
RS 0-6-69455-197-1385-9-19224043-66|7
RS 0-6~69455-197-1389-7-494521-1033|7
RS 0-6-69455-197-1389--8-2904647-1095|7
RS 0-6-69455-197-1824-8-14321313-463|7
RS 0-6-69455-197-3147-8-14981032-92|7

(Show the top 5 planet rich systems:)
sqlite> select name, planets from stars order by planets desc limit 5;
RS 0-6-69455-197-950-8-S852848-9|111
RS 0-6-6945S-197-3147-8-14982892-33|90
RS 0-6-69455-197-3591-7-549122-2S8|53
RS 0-6-69455-197-3145-8-2901137-1143|30
RS 0-6-69455-197-3145-8~2901221-185|29
(Note that the three first entries are surely bogus.)

(Find the top 5 biggest systems which have "bright" in the star type:)
sqlite> select name, type, diameter, planets from stars where type like "%bright%" order by diameter desc limit 5;
RS 0-6-69455-197-2710-0-3-15|Red bright giant|1553873082.9609|3
RS 0-6-69455-197-2282-0-0-0|Red bright giant|1469499883.8861|4
RS 0-6-6945S-197-2282-0-0-0|Red bright giant|1469499883.8861|4
RS U-6-694SS-197-3588-U-U-11|Red bright giant|1437635537.427|6
RS 0-6-69455-197-3243-0-0-0|Red bright giant|1333066625.8077|4

(List the frequency of different multiple star systems:)
sqlite> select count(*) from stars where multiple = 7;
13
sqlite> select count(*) from stars where multiple = 6;
50
sqlite> select count(*) from stars where multiple = 5;
603
sqlite> select count(*) from stars where multiple = 4;
4568
sqlite> select count(*) from stars where multiple = 3;
25867
sqlite> select count(*) from stars where multiple = 2;
151144
sqlite> select count(*) from stars where multiple = 1;
182443