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Add vessel_name and reistration to data tables

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Mark Allyn
2026-06-03 07:32:32 -07:00
parent 56605547cc
commit 8153055365
1 changed files with 17 additions and 9 deletions
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CLAUDE.md
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@@ -150,6 +150,8 @@ struct target_data_to_shader_structure {
float current_reflectivity; // derivied from vessel_type (see table below) float current_reflectivity; // derivied from vessel_type (see table below)
float height_estimate; // derived from vessel_type (see table below) float height_estimate; // derived from vessel_type (see table below)
float noiseglint; // derived from vessel_type (see table below) float noiseglint; // derived from vessel_type (see table below)
std::string vessel_name;
std::string registration;
int32_t police_boat; // this indicates that the target is for the roaming police boat. 1 = police boat int32_t police_boat; // this indicates that the target is for the roaming police boat. 1 = police boat
uint32_t mmsi; // AIS unique identifier; ICAO hex address for aircraft uint32_t mmsi; // AIS unique identifier; ICAO hex address for aircraft
int type; // target type (0 for boat 1 for aircraft) int type; // target type (0 for boat 1 for aircraft)
@@ -1000,12 +1002,14 @@ Here is the data items for the table in the Postgres database:
and that the user may want to update the database. This and that the user may want to update the database. This
will not force the user to do the update, a later will not force the user to do the update, a later
database editing program will use this. database editing program will use this.
4. int vessel_type (AIS type code or aircraft type) 4. int vessel_type (AIS type code or aircraft type)
5. uint32_t mmsi (unique identification for boat or ICAL for aircraft 5. uint32_t mmsi (unique identification for boat or ICAL for aircraft
6. float reflectivity (derived from target type) 6. float reflectivity (derived from target type)
7. float height_estimate (derived from target type) 7. float height_estimate (derived from target type)
8. float noiseglint (derived from target type_ 8. float noiseglint (derived from target type_
9. int32_t police_boat (this indicates that this is for the police boat - 1 is true) 9. std::string vessel_name;
10. std::string registration;
11. int32_t police_boat (this indicates that this is for the police boat - 1 is true)
Please note that this database is only for the physical characteristics. Dynamic Please note that this database is only for the physical characteristics. Dynamic
information which is created by the simulator (or raspberry pis) as that data changes. information which is created by the simulator (or raspberry pis) as that data changes.
@@ -1107,6 +1111,8 @@ struct target_data_to_shader_structure {
float current_reflectivity; // derived from calculation based on material - is dynamic float current_reflectivity; // derived from calculation based on material - is dynamic
float height_estimate; // derived from vessel_type (see table below) float height_estimate; // derived from vessel_type (see table below)
float noiseglint; // derived from vessel_type (see table below) float noiseglint; // derived from vessel_type (see table below)
std::string vessel_name;
std::string registration;
int32_t police_boat; // this indicates that the target is for the roaming police boat. 1 = police boat int32_t police_boat; // this indicates that the target is for the roaming police boat. 1 = police boat
int type; // target type (0 for boat 1 for aircraft) int type; // target type (0 for boat 1 for aircraft)
uint32_t mmsi; // AIS unique identifier; ICAO hex address for aircraft uint32_t mmsi; // AIS unique identifier; ICAO hex address for aircraft
@@ -1129,10 +1135,12 @@ Target Processing suggestion:
3b1a: no - Create database entry. Perform calculation for reflectivity as noted below 3b1a: no - Create database entry. Perform calculation for reflectivity as noted below
based on vessel_type, length, type, and beam from the target data structure based on vessel_type, length, type, and beam from the target data structure
from the simulator data or raspberry pi data; and then bring over lengh, beam, from the simulator data or raspberry pi data; and then bring over lengh, beam,
altitude, police_boat from the target data structure, and bring over the heigh_estimate, altitude, police_boat, vessel_name, and registration from the target data structure,
and noiseglind from the getMaterialProfile calculation above. and bring over the heigh_estimate,
noiseglind from the getMaterialProfile calculation above.
3b1b: yes - bring over, from database, followng: length, beam, 3b1b: yes - bring over, from database, followng: length, beam,
reflectivity, height_estimate, noiseglint, to the memory reflectivity, height_estimate, police_boat,
vessel_name, registration, noiseglint, to the memory
table. This is for the new table created by step 3b. table. This is for the new table created by step 3b.
3b1c: recalculate the current_reflectivity and insert into table; this is dynamic 3b1c: recalculate the current_reflectivity and insert into table; this is dynamic