Difference between revisions of "UDP Output"
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(New page: ''Note: This feature is implemented in Silent Wings 1.08. It will not work with earlier versions'' Silent Wings can output various flight data to a configurable UDP socket. This can be us...) |
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output_udp_rate = 30 | output_udp_rate = 30 | ||
| − | + | == Simkits Protocol == | |
| − | + | == Condor Protocol == | |
| − | + | == Binary Protocol == | |
The binary protocol is the most compact, and gives the best precision, but can be harder to program and debug. | The binary protocol is the most compact, and gives the best precision, but can be harder to program and debug. | ||
Revision as of 23:08, 19 December 2007
Note: This feature is implemented in Silent Wings 1.08. It will not work with earlier versions
Silent Wings can output various flight data to a configurable UDP socket. This can be useful for add-on developers and cockpit builders. Specifically, we support the Simkits protocol for output of flight data to SimKits instrument panels. In addition, we support the Condor format and our own binary format.
use_output_udp = false output_udp_protocol = simmeters output_udp_address = localhost output_udp_port = 6060 output_udp_rate = 30
Simkits Protocol
Condor Protocol
Binary Protocol
The binary protocol is the most compact, and gives the best precision, but can be harder to program and debug.
unsigned int timestamp; // [ 0 ... 0x7FFFFFFF ] Millisec Timestamp double position_latitude; // [ -90 ... 90 ] Degrees Position latitude, double position_longitude; // [ -180 ... 180 ] Degrees longitude, double position_altitude_QNH; // [ -200 ... 120000 ] m altitude - relative to Sea-level float altitude_ground; // [ 0 ... 120000 ] m Altitude above gnd float altitude_ground_45; // [ 0 ... 10000 ] m gnd 45 degrees ahead (NOT IMPLEMENTED YET), float altitude_ground_forward; // [ 0 ... 10000 ] m gnd straight ahead float flpos_roll; // [ -180 ... 180 ] Degrees float flpos_pitch; // [ -180 ... 180 ] Degrees float flpos_yaw; // [ -180 ... 180 ] Degrees float d_roll float d_pitch float d_yaw float vx // m/sec. Speed vector in body-axis float vy float vz float vx_wind // m/sec. Speed vector in body-axis, relative to wind float vy_wind float vz_wind float v_eas // m/sec. Equivalent (indicated) air speed. float angle_of_attack; // [ -180 ... 180 ] Degrees Angle of attack float angle_sideslip; // [ -180 ... 180 ] Degrees Sideslip angle float vario // m/s. TE-compensated variometer. float heading // Degrees. Compass heading. float rate_of_turn // Deg/sec. Rate of turn. float airpressure // [ 0 ... 1000000 ] pascal Local air pressure (at aircraft altitude). float density // Air density at aircraft altitude. float temperature // Celcius. Air temperature at aircraft altitude.
