Simrad EY500, Instruction Manual

Page: 157 / 262

Description of telegrams and remote control
P3404E/A
17
2.4 LOG BASED OUTPUT
struct VesselLog { /* vessel log */
char Header[2]; /* "VL" */
char Separator1[1]; /* "," */
char Time[8]; /* hour, minute, second, hundredth */
char Separator2[1]; /* "," */
char Date[6]; /* year, month, day */
char Separator3[2]; /* ", " */
float Distance; /* vessel log distance [nautical mile] */
};
struct LayerSetting { /* layer settings */
char Header[2]; /* "LL" */
char Separator1[1]; /* "," */
char Time[8]; /* hour, minute, second, hundredth */
char Separator2[1]; /* "," */
char Date[6]; /* year, month, day */
char Separator3[2]; /* ", " */
float Distance; /* vessel log distance [nautical mile] */
short SuperLayer; /* super layer identifier [1-10] */
short Layers; /* number of active layers */
struct {
short LayerID;
/* layer identifier [1-10] */
short Type; /* ’S’ = surface, ’P’ = pelagic, ’B’ = bottom */
float Upper; /* upper layer boundary [meter] */
float Lower; /* lower layer boundary [meter] */
float Margin; /* margin distance [meter] */
long SubLayers; /* always equal to 1 */
float Threshold; /* Sv threshold value [dB] */
} Layer[10]; /* max 10 layers */
};
struct TableSA { /* Integrator output table */
char Header[2]; /* "A1" */
char Separator1[1]; /* "," */
char Time[8]; /* hour, minute, second, hundredth */
char Separator2[1]; /* "," */
char Date[6]; /* year, month, day */
char Separator3[2]; /* ", " */
float SA[10]; /* integrator values for active layer */
};