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comfortzone_decoder_status.cpp
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comfortzone_decoder_status.cpp
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#include "comfortzone_config.h"
#include "comfortzone_frame.h"
#include "comfortzone_decoder.h"
#include "comfortzone_tools.h"
#include "comfortzone_status.h"
#ifdef DEBUG
static void dump_unknown(const char *prefix, byte *start, int length)
{
NPRINT(prefix);
NPRINT(": ");
while(length > 0)
{
if(*start < 0x10)
NPRINT("0");
NPRINT(*start, HEX);
NPRINT(" ");
start++;
length--;
}
NPRINTLN("");
}
#endif
void czdec::reply_r_status_01(comfortzone_heatpump *czhp, KNOWN_REGISTER *kr, R_REPLY *p)
{
R_REPLY_STATUS_01 *q = (R_REPLY_STATUS_01 *)p;
czhp->comfortzone_status.fan_time_to_filter_change = get_uint16(q->fan_time_to_filter_change);
czhp->comfortzone_status.hot_water_setting = get_uint16(q->hot_water_user_setting);
#ifdef DEBUG
int reg_v;
float reg_v_f;
int i;
// ===
dump_unknown("unknown_s01", q->unknown, sizeof(q->unknown));
// ===
reg_v = q->extra_hot_water;
NPRINT("Extra hot water: ");
if(reg_v == 0xFF)
NPRINT("off");
else
{
NPRINT("on - "); // 0xFF = off mais on = 0x02 ou autre chose
NPRINT(reg_v, HEX);
}
NPRINTLN("");
// ===
reg_v = get_uint16(q->hot_water_user_setting);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water User setting: ");
NPRINT(reg_v_f);
NPRINTLN("°C");
// ===
reg_v = get_uint16(q->hot_water_hysteresis);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - hysteresis: ");
NPRINT(reg_v_f);
NPRINTLN("°C");
// ===
for(i = 0; i < STATUS_01_NB_HW_NORMAL_STEPS; i++)
{
reg_v = get_int16(q->hot_water_normal_steps[i]);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - Normal step ");
NPRINT(i);
NPRINT(": ");
NPRINT(reg_v_f);
NPRINTLN("°C");
}
// ===
for(i = 0; i < STATUS_01_NB_HW_HIGH_STEPS; i++)
{
reg_v = get_int16(q->hot_water_high_steps[i]);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - High step ");
NPRINT(i);
NPRINT(": ");
NPRINT(reg_v_f);
NPRINTLN("°C");
}
// ===
for(i = 0; i < STATUS_01_NB_HW_EXTRA_STEPS; i++)
{
reg_v = get_int16(q->hot_water_extra_steps[i]);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - Additional step ");
NPRINT(i);
NPRINT(": ");
NPRINT(reg_v_f);
NPRINTLN("°C");
}
// ===
dump_unknown("unknown_s01_5a", q->unknown5a, sizeof(q->unknown5a));
// ===
reg_v = q->hot_water_max_runtime;
NPRINT("Hot water max runtime: ");
NPRINT(reg_v);
NPRINTLN("min");
// ===
reg_v = q->hot_water_pause_time;
NPRINT("Hot water pause duration: ");
NPRINT(reg_v);
NPRINTLN("min");
// ===
for(i = 0; i < 8; i++)
{
reg_v = get_int16(q->unknown5b[i]);
reg_v_f = reg_v;
NPRINT("unknown_s01_5b[");
NPRINT(i);
NPRINT("]: ");
NPRINT(reg_v_f);
NPRINTLN("?");
}
// ===
reg_v = get_uint16(q->hot_water_compressor_min_frequency);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - compressor min freq.: ");
NPRINT(reg_v_f);
NPRINTLN("Hz");
// ===
reg_v = get_uint16(q->hot_water_compressor_max_frequency);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - compressor max freq.: ");
NPRINT(reg_v_f);
NPRINTLN("Hz");
// ===
dump_unknown("unknown_s01_6", q->unknown6, sizeof(q->unknown6));
// ===
reg_v = get_uint16(q->hot_water_extra_setting);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water - extra setting: ");
NPRINT(reg_v_f);
NPRINTLN("°C");
// ===
reg_v = get_uint16(q->hot_water_extra_time);
NPRINT("Hot water - extra time: ");
NPRINT(reg_v);
NPRINTLN("min");
// ===
dump_unknown("unknown_s01_7", q->unknown7, sizeof(q->unknown7));
// ===
reg_v = get_uint16(q->normal_fan_speed);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Normal fan speed: ");
NPRINT(reg_v_f);
NPRINTLN("%");
// ===
reg_v = get_int16(q->reduce_fan_speed);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Reduce fan speed: ");
NPRINT(reg_v_f);
NPRINTLN("%");
// ===
reg_v = get_int16(q->fan_boost_increase);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Fan boost increase: ");
NPRINT(reg_v_f);
NPRINTLN("%");
// ===
dump_unknown("unknown_s01_8", q->unknown8, sizeof(q->unknown8));
// ===
reg_v = get_int16(q->supply_fan_t12_adjust);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Supply fan T12 adjust: ");
NPRINT(reg_v_f);
NPRINTLN("%");
// ===
dump_unknown("unknown_s01_8a", q->unknown8a, sizeof(q->unknown8a));
// ===
reg_v = get_uint16(q->fan_time_to_filter_change);
NPRINT("Fan - Time to filter change: ");
NPRINT(reg_v);
NPRINTLN("d");
// ===
dump_unknown("unknown_s01_9", q->unknown9, sizeof(q->unknown9));
// ===
reg_v = get_uint16(q->heating_compressor_min_frequency);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Heating compressor min freq.: ");
NPRINT(reg_v_f);
NPRINTLN("Hz");
// ===
reg_v = get_uint16(q->heating_compressor_max_frequency);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Heating compressor max freq.: ");
NPRINT(reg_v_f);
NPRINTLN("Hz");
// ===
dump_unknown("unknown_s01_9a", q->unknown9a, sizeof(q->unknown9a));
NPRINT("crc: ");
if(q->crc < 0x10)
NPRINT("0");
NPRINTLN(q->crc, HEX);
#endif
}
void czdec::reply_r_status_02(comfortzone_heatpump *czhp, KNOWN_REGISTER *kr, R_REPLY *p)
{
R_REPLY_STATUS_02 *q = (R_REPLY_STATUS_02 *)p;
uint16_t active_alarm;
czhp->comfortzone_status.sensors_te0_outdoor_temp = get_int16(q->sensors[0]);
czhp->comfortzone_status.sensors_te1_flow_water = get_int16(q->sensors[1]);
czhp->comfortzone_status.sensors_te2_return_water = get_int16(q->sensors[2]);
czhp->comfortzone_status.sensors_te3_indoor_temp= get_int16(q->sensors[3]);
czhp->comfortzone_status.sensors_te4_hot_gas_temp = get_int16(q->sensors[4]);
czhp->comfortzone_status.sensors_te5_exchanger_out = get_int16(q->sensors[5]);
czhp->comfortzone_status.sensors_te6_evaporator_in = get_int16(q->sensors[6]);
czhp->comfortzone_status.sensors_te7_exhaust_air = get_int16(q->sensors[7]);
czhp->comfortzone_status.sensors_te24_hot_water_temp = get_int16(q->sensors[24]);
#if HP_PROTOCOL == HP_PROTOCOL_1_6
czhp->comfortzone_status.additional_power_enabled = (q->general_status[0] & 0x20) ? true : false;
czhp->comfortzone_status.defrost_enabled = (q->general_status[4] & 0x04) ? true : false;
switch((q->general_status[1]>>4) & 0x3)
{
case 0: czhp->comfortzone_status.compressor_activity = CZCMP_UNKNOWN;
break;
case 1: czhp->comfortzone_status.compressor_activity = CZCMP_STOPPED;
break;
case 2: czhp->comfortzone_status.compressor_activity = CZCMP_RUNNING;
break;
case 3: czhp->comfortzone_status.compressor_activity = CZCMP_STOPPING;
break;
}
switch((q->general_status[1]>>1) & 0x3)
{
case 0: czhp->comfortzone_status.mode = CZMD_IDLE;
break;
case 1: czhp->comfortzone_status.mode = CZMD_ROOM_HEATING;
break;
case 2: czhp->comfortzone_status.mode = CZMD_UNKNOWN;
break;
case 3: czhp->comfortzone_status.mode = CZMD_HOT_WATER;
break;
}
#endif
#if HP_PROTOCOL == HP_PROTOCOL_1_8
bool defrost = false;
bool running = false;
switch((q->unknown3[9]>>4) & 0x3)
{
case 0: czhp->comfortzone_status.compressor_activity = CZCMP_STOPPED;
break;
case 1: czhp->comfortzone_status.compressor_activity = CZCMP_DEFROST;
defrost = true;
break;
case 2: czhp->comfortzone_status.compressor_activity = CZCMP_RUNNING;
running = true;
break;
case 3: czhp->comfortzone_status.compressor_activity = CZCMP_STOPPING;
break;
}
czhp->comfortzone_status.defrost_enabled = defrost;
bool heating = false;
bool water = false;
switch((q->unknown3[9]>>1) & 0x3)
{
case 0: czhp->comfortzone_status.mode = CZMD_IDLE;
break;
case 1: czhp->comfortzone_status.mode = CZMD_ROOM_HEATING;
heating = true;
break;
case 2: czhp->comfortzone_status.mode = CZMD_HOT_WATER;
water = true;
break;
case 3: czhp->comfortzone_status.mode = CZMD_ROOM_HEATING_AND_HOT_WATER;
water = true;
break;
}
czhp->comfortzone_status.room_heating_in_progress = (heating && running);
czhp->comfortzone_status.hot_water_production = (water && running);
#endif
active_alarm = get_uint16(q->pending_alarm) ^ get_uint16(q->acknowledged_alarm);
czhp->comfortzone_status.filter_alarm = (active_alarm & 0x0002) ? true : false ;
czhp->comfortzone_status.hour = q->hour1;
czhp->comfortzone_status.minute = q->minute1;
czhp->comfortzone_status.second = q->second1;
czhp->comfortzone_status.day = q->day;
czhp->comfortzone_status.month = q->month;
czhp->comfortzone_status.year = 2000 + q->year;
czhp->comfortzone_status.day_of_week = q->day_of_week;
#ifdef DEBUG
int reg_v;
float reg_v_f;
int i;
static const char *sensor_names[STATUS_02_NB_SENSORS] =
{ "TE0 Outdoor temp",
"TE1 Flow water",
"TE2 Return water",
"TE3 Indoor temp. = Heating - Room temperature",
"TE4 Hot gas temp.",
"TE5 Exchanger out",
"TE6 Evaporator in",
"TE7 Exhaust air",
"TE8 ?", // no value
"TE9 ?", // no value
"TE10 ?",
"TE11 ?", // no value
"TE12 ?", // no value
"TE13 ?", // no value
"TE14 ?", // no value
"TE15 ?", // no value
"TE16 ?", // no value
"TE17 ?", // no value
"TE18 ?", // no value
"TE19 ?", // no value
"TE20 ?", // no value
"TE21 ?", // no value
"TE22 ?", // no value
"TE23 ?", // no value
"TE24 Hot water = Hot water Measured temperature",
"TE25 ?",
"TE26 ?",
"TE27 ?",
"TE28 ?",
"TE29 ?", // always 0.0°C
"TE30 ?", // always 100.0°C
"TE31 ?", // always 100.0°C
"TE32 ?", // always 0.0°C
"TE33 ?", // seems to always be close to TE25
"TE34 ?",
"TE35 ?",
"TE36 ?",
"TE37 ?", // always 0.0°C
"TE38 ?", // always 0.0°C
"TE39 ?", // always 0.0°C
"TE40 ?",
"TE41 ?", // seems to always be close to TE1
"TE42 ?", // seems to always be close to TE2
"TE43 ?", // seems to always be close to TE3
"TE44 ?", // seems to always be close to TE4
"TE45 ?", // seems to always be close to TE5
"TE46 ?", // seems to always be close to TE6
"TE47 ?",
"TE48 ?", // seems to always be close to TE7
"TE49 ?", // no value
"TE50 ?", // no value
"TE51 ?",
"TE52 ?", // no value
"TE53 ?", // no value
"TE54 ?", // no value
"TE55 ?", // no value
"TE56 ?", // no value
"TE57 ?", // no value
"TE58 ?", // no value
"TE59 ?", // no value
"TE60 ?", // no value
"TE61 ?", // no value
"TE62 ?" // no value
};
// ===
dump_unknown("unknown_s02", q->unknown, sizeof(q->unknown));
// ===
NPRINT("Time1: ");
NPRINT(q->hour1);
NPRINT(":");
NPRINT(q->minute1);
NPRINT(":");
NPRINT(q->second1);
NPRINTLN();
// ===
NPRINT("Day: ");
NPRINT(q->day);
NPRINT("/");
NPRINT(q->month);
NPRINT("/");
NPRINT(q->year + 2000);
NPRINTLN();
// ===
NPRINT("Day of week: ");
NPRINTLN(q->day_of_week);
// ===
NPRINT("Time2: ");
NPRINT(q->hour2);
NPRINT(":");
NPRINT(q->minute2);
NPRINT(":");
NPRINT(q->second2);
NPRINTLN();
// ===
dump_unknown("unknown_s02_3", q->unknown3, sizeof(q->unknown3));
#if HP_PROTOCOL == HP_PROTOCOL_1_8
NPRINT("Add energy: ");
NPRINTLN( (q->unknown3[8] & 0x10) ? "on" : "off");
/*
NPRINT("Mode (1): ");
switch(q->unknown3[0] & 0x3)
{
case 0: NPRINTLN("Heating");
break;
case 1: NPRINTLN("1?");
break;
case 2: NPRINTLN("2?");
break;
case 3: NPRINTLN("Hot water");
break;
}
*/
NPRINT("Heatpump activity: ");
switch((q->unknown3[9]>>4) & 0x3)
{
case 0: NPRINTLN("Stopped");
break;
case 1: NPRINTLN("Defrost");
break;
case 2: NPRINTLN("Running");
break;
case 3: NPRINTLN("Stopping");
break;
}
NPRINT("Mode (2): ");
switch((q->unknown3[9]>>1) & 0x3)
{
case 0: NPRINTLN("Idle");
break;
case 1: NPRINTLN("Heating");
break;
case 2: NPRINTLN("Hot water");
break;
case 3: NPRINTLN("Heating + Hot water");
break;
}
#endif
// ===
dump_unknown("unknown_general_status", q->general_status, sizeof(q->general_status));
// ===
#if HP_PROTOCOL == HP_PROTOCOL_1_6
NPRINT("Add energy: ");
NPRINTLN( (q->general_status[0] & 0x20) ? "on" : "off");
NPRINT("Mode (1): ");
switch(q->general_status[0] & 0x3)
{
case 0: NPRINTLN("Heating");
break;
case 1: NPRINTLN("1?");
break;
case 2: NPRINTLN("2?");
break;
case 3: NPRINTLN("Hot water");
break;
}
NPRINT("Heatpump activity: ");
switch((q->general_status[1]>>4) & 0x3)
{
case 0: NPRINTLN("Stopped ?");
break;
case 1: NPRINTLN("Stopped");
break;
case 2: NPRINTLN("Running");
break;
case 3: NPRINTLN("Stopping");
break;
}
NPRINT("Mode (2): ");
switch((q->general_status[1]>>1) & 0x3)
{
case 0: NPRINTLN("Idle");
break;
case 1: NPRINTLN("Heating");
break;
case 2: NPRINTLN("2?");
break;
case 3: NPRINTLN("Hot water");
break;
}
NPRINT("Defrost: ");
NPRINTLN( (q->general_status[4] & 0x04) ? "on" : "off");
#endif
#if HP_PROTOCOL == HP_PROTOCOL_1_8
NPRINT("Defrost: ");
NPRINTLN( ((q->general_status[2] & 0x0f) == 0x0a) ? "on" : "off");
#endif
// ===
dump_unknown("unknown_s02_3b", q->unknown3b, sizeof(q->unknown3b));
// ===
reg_v = get_uint16(q->pending_alarm);
NPRINT("Pending alarm: ");
if(reg_v & 0x0002)
{
NPRINT("filter ");
}
if(reg_v & ~0x0002)
{
NPRINT("(0x");
NPRINT(reg_v);
NPRINT(")");
}
NPRINTLN("");
// ===
dump_unknown("unknown_s02_3c", q->unknown3c, sizeof(q->unknown3c));
// ===
reg_v = get_uint16(q->acknowledged_alarm);
NPRINT("Acknowledged alarm: ");
if(reg_v & 0x0002)
{
NPRINT("filter ");
}
if(reg_v & ~0x0002)
{
NPRINT("(0x");
NPRINT(reg_v);
NPRINT(")");
}
NPRINTLN("");
// ===
dump_unknown("unknown_s02_3d", q->unknown3d, sizeof(q->unknown3d));
// ===
for(i = 0 ; i < STATUS_02_NB_SENSORS; i++)
{
reg_v = get_int16(q->sensors[i]);
if(reg_v == -990) // pas de valeur pour le sensor ? (= -99.0°=
continue;
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Sensor - ");
NPRINT(sensor_names[i]);
NPRINT(": ");
NPRINT(reg_v_f);
NPRINT("°C (0x");
NPRINT(reg_v, HEX);
NPRINT(" 0x");
if(q->sensors[i][0] < 0x10)
NPRINT("0");
NPRINT(q->sensors[i][0], HEX);
NPRINT(" ");
if(q->sensors[i][1] < 0x10)
NPRINT("0");
NPRINT(q->sensors[i][1], HEX);
NPRINTLN(")");
}
// ===
NPRINT("crc: ");
if(q->crc < 0x10)
NPRINT("0");
NPRINTLN(q->crc, HEX);
#endif
}
void czdec::reply_r_status_03(comfortzone_heatpump *czhp, KNOWN_REGISTER *kr, R_REPLY *p)
{
#ifdef DEBUG
R_REPLY_STATUS_03 *q = (R_REPLY_STATUS_03 *)p;
//int reg_v;
//float reg_v_f;
// ===
dump_unknown("unknown_s03", q->unknown, sizeof(q->unknown));
NPRINT("crc: ");
if(q->crc < 0x10)
NPRINT("0");
NPRINTLN(q->crc, HEX);
#endif
}
void czdec::reply_r_status_04(comfortzone_heatpump *czhp, KNOWN_REGISTER *kr, R_REPLY *p)
{
#ifdef DEBUG
R_REPLY_STATUS_04 *q = (R_REPLY_STATUS_04 *)p;
int reg_v;
//float reg_v_f;
// ===
dump_unknown("unknown_s04", q->unknown, sizeof(q->unknown));
// ===
reg_v = get_uint16(q->chauffage_puissance_consommee1);
NPRINT("Chauffage - Puissance consommée 1: ");
NPRINT(reg_v);
NPRINTLN("W");
// ===
dump_unknown("unknown_s04_8", q->unknown8, sizeof(q->unknown8));
// ===
reg_v = get_uint16(q->chauffage_puissance_consommee2);
NPRINT("Chauffage - Puissance consommée 2: ");
NPRINT(reg_v);
NPRINTLN("W");
// ===
reg_v = q->hot_water_production;
NPRINT("Hot water in progress (s4): ");
if(reg_v == 0x00)
NPRINTLN("no");
else if(reg_v == 0x77)
NPRINTLN("yes (0x77)");
else if(reg_v == 0x78)
NPRINTLN("yes (0x78)");
else
NPRINTLN(reg_v, HEX);
// ===
dump_unknown("unknown_s04_9", q->unknown9, sizeof(q->unknown9));
NPRINT("crc: ");
if(q->crc < 0x10)
NPRINT("0");
NPRINTLN(q->crc, HEX);
#endif
}
void czdec::reply_r_status_05(comfortzone_heatpump *czhp, KNOWN_REGISTER *kr, R_REPLY *p)
{
int reg_v;
R_REPLY_STATUS_05 *q = (R_REPLY_STATUS_05 *)p;
#if HP_PROTOCOL == HP_PROTOCOL_1_6
if(q->hot_water_production == 0x00)
czhp->comfortzone_status.hot_water_production = false;
else
czhp->comfortzone_status.hot_water_production = true;
reg_v = get_uint16(q->room_heating_in_progress);
if(reg_v == 0x012C)
czhp->comfortzone_status.room_heating_in_progress = false;
else
czhp->comfortzone_status.room_heating_in_progress = true;
#endif
czhp->comfortzone_status.fan_speed = q->fan_speed;
czhp->comfortzone_status.fan_speed_duty = get_uint16(q->fan_speed_duty);
czhp->comfortzone_status.room_heating_setting = get_uint16(q->heating_calculated_setting);
czhp->comfortzone_status.hot_water_calculated_setting = get_uint16(q->hot_water_calculated_setting);
czhp->comfortzone_status.extra_hot_water_setting = ((q->extra_hot_water == 0x0F)? true : false);
#ifdef DEBUG
float reg_v_f;
int i;
// ===
reg_v = q->hot_water_production;
NPRINT("Hot water in progress (s5): ");
if(reg_v == 0x00)
NPRINTLN("no");
else if(reg_v == 0x77)
NPRINTLN("yes (0x77)");
else if(reg_v == 0x78)
NPRINTLN("yes (0x78)");
else
NPRINTLN(reg_v, HEX);
// ===
dump_unknown("unknown_s05a", q->unknown, sizeof(q->unknown));
// ===
reg_v = get_uint16(q->heating_calculated_setting);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Heating - Calculated setting: ");
NPRINT(reg_v_f);
NPRINTLN("°C");
// ===
dump_unknown("unknown_s05_02", q->unknown0, sizeof(q->unknown0));
NPRINT("TE3 Indoor temp history (new values first, 1 value = 10seconds): ");
// ===
for(i = 0; i < STATUS_05_TE3_INDOOR_TEMP_HISTORY_NB; i++)
{
reg_v = get_int16(q->te3_indoor_temp_history[i]);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT(reg_v_f);
NPRINT("°C ");
}
NPRINTLN("");
// ===
NPRINT("TE2 Return water history (new values first, 1 value = 10seconds): ");
for(i = 0; i < STATUS_05_TE2_RETURN_WATER_HISTORY_NB; i++)
{
reg_v = get_int16(q->te2_return_water_history[i]);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT(reg_v_f);
NPRINT("°C ");
}
NPRINTLN("");
// ===
reg_v = get_uint16(q->room_heating_in_progress);
NPRINT("Room heating in progress: ");
if(reg_v == 0x012C)
{
NPRINTLN("no (0x012C)");
}
else
{
NPRINT("yes (0x");
NPRINT(reg_v, HEX);
NPRINTLN(")");
}
// ===
dump_unknown("unknown_s05_1", q->unknown1, sizeof(q->unknown1));
// ===
reg_v = get_uint16(q->hot_water_calculated_setting);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Hot water Calculated setting (s05): ");
NPRINT(reg_v_f);
NPRINTLN("°C");
// ===
dump_unknown("unknown_s05_2", q->unknown2, sizeof(q->unknown2));
// ===
reg_v = get_uint16(q->unknown_count_down);
NPRINT("s05 - unknown count down (seems to be hot water remaining runtime. 0x00 00 when not running else count down from hotwater max runtime): ");
NPRINT(reg_v);
NPRINTLN("seconds");
// ===
dump_unknown("unknown_s05_2b", q->unknown2b, sizeof(q->unknown2b));
// ===
reg_v = q->extra_hot_water;
NPRINT("Extra hot water (s05): ");
if(reg_v == 0x00)
NPRINTLN("off");
else if(reg_v == 0x0F)
NPRINTLN("on");
else
NPRINTLN(reg_v, HEX);
// ===
dump_unknown("unknown_s05_2c", q->unknown2c, sizeof(q->unknown2c));
// ===
reg_v = q->fan_speed;
NPRINT("Fan speed: ");
if(reg_v == 0x01)
NPRINTLN("low");
else if(reg_v == 0x02)
NPRINTLN("normal");
else if(reg_v == 0x03)
NPRINTLN("high");
else
NPRINTLN(reg_v, HEX);
// ===
dump_unknown("unknown_s05_3", q->unknown3, sizeof(q->unknown3));
// ===
reg_v = get_uint16(q->condensing_temperature);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Condensing temperature: ");
NPRINT(reg_v_f);
NPRINTLN("°C");
// ===
reg_v = get_uint16(q->condensing_pressure);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Condensing pressure: ");
NPRINT(reg_v_f);
NPRINTLN("bar");
// ===
NPRINT("crc: ");
if(q->crc < 0x10)
NPRINT("0");
NPRINTLN(q->crc, HEX);
#endif
}
void czdec::reply_r_status_06(comfortzone_heatpump *czhp, KNOWN_REGISTER *kr, R_REPLY *p)
{
R_REPLY_STATUS_06 *q = (R_REPLY_STATUS_06 *)p;
czhp->comfortzone_status.heatpump_current_compressor_frequency = get_uint16(q->heatpump_current_compressor_frequency);
czhp->comfortzone_status.heatpump_current_compressor_power = get_uint16(q->heatpump_current_compressor_power);
czhp->comfortzone_status.heatpump_current_add_power = get_uint16(q->heatpump_current_add_power);
czhp->comfortzone_status.heatpump_current_total_power = get_uint16(q->heatpump_current_total_power1);
czhp->comfortzone_status.heatpump_current_compressor_input_power = get_uint16(q->heatpump_compressor_input_power);
czhp->comfortzone_status.expansion_valve_calculated_setting = get_uint16(q->expansion_valve_calculated_setting);
czhp->comfortzone_status.expansion_valve_temperature_difference = get_int16(q->expansion_valve_temperature_difference1);
#if HP_PROTOCOL == HP_PROTOCOL_1_8
czhp->comfortzone_status.additional_power_enabled = (czhp->comfortzone_status.heatpump_current_add_power > 0);
#endif
#ifdef DEBUG
int reg_v;
float reg_v_f;
// ===
reg_v = get_uint16(q->evaporator_pressure);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Evaporator pressure: ");
NPRINT(reg_v_f);
NPRINTLN("bar");
// ===
reg_v = get_uint16(q->pressure_ratio);
reg_v_f = reg_v;
reg_v_f /= 10.0;
NPRINT("Pressure ratio: ");
NPRINT(reg_v_f);
NPRINTLN("");
// ===
dump_unknown("unknown_s06_0a", q->unknown0a, sizeof(q->unknown0a));
// ===
reg_v = get_uint16(q->heatpump_compressor_max_frequency1);
reg_v_f = reg_v;
reg_v_f /= 10.0;
// not real max as it changes autonomously
NPRINT("Heatpump - Compressor max frequency (1) (erroneous): ");
NPRINT(reg_v_f);
NPRINTLN("Hz");
// ===
reg_v = get_uint16(q->hot_water_active_max_frequency);
reg_v_f = reg_v;