//////////////////////////////////////////////////////////////// // // PURPOSE: This contains BITModule parameters for Tethys. // // NOTES: All values (except "strings") must be followed by // a unit abbreviation (or one of the unit-like // abbreviations: n/a, bool, enum, count). // //////////////////////////////////////////////////////////////// CBIT_enable = 1 bool; CBIT_useHardware = 0 bool; CBIT.abortDepth = 300 m; // Depth at which we drop the weight. Should be greater than all depth envelopes CBIT.stopDepth = 275 m; // Depth at which we stop the mission. Should be greater than all depth envelopes and less than abort depth CBIT.humidityThreshold = 55 %; // relative humidity CBIT.pressureThreshold = 1.5 psi; // Onboard pressure must measure greater than this offset from 1 ATM CBIT.tempThreshold = 120 degF; // Only need to use kelvin for temperature deltas CBIT.vehicleOpen = 1 bool; CBIT.abortDepthTimeout = 5 s; // If this time has elapsed and we're still below abort depth, drop the weight, end the mission. CBIT.battFailReport = 10 count; // Report main battery failover at this multiple CBIT.envTimeout = 10 s; // If this time has elapsed and pressure or humidity are still above threshold, end the mission. CBIT.battTempThreshold = 35 degC; // The allowable threshold for battery temperature CBIT.gfChan0_Threshold = 0.01 mA; // Current above baseline that triggers a ground fault CBIT.gfChan1_Threshold = 0.01 mA; // Current above baseline that triggers a ground fault CBIT.gfChan2_Threshold = 0.01 mA; // Current above baseline that triggers a ground fault CBIT.gfChan4_Threshold = 0.01 mA; // Current above baseline that triggers a ground fault CBIT.gfChan5_Threshold = 0.01 mA; // Current above baseline that triggers a ground fault CBIT.gfScanTimeout = 6 hour; // How often to scan for ground faults SBIT_enable = 1 bool; IBIT_enable = 1 bool; IBIT.batteryCapacityThreshold = 5 Ah; // Amount of charge left at which we return to the surface IBIT.batteryVoltageThreshold = 13.5 V; // Amount of voltage left at which we return to the surface