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esc_telemetry.cpp: changes requested by vooon.
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@amilcarlucas
amilcarlucas committed Feb 17, 2022
1 parent f9f7028 commit 7c45aef
Showing 1 changed file with 99 additions and 48 deletions.
147 changes: 99 additions & 48 deletions mavros_extras/src/plugins/esc_telemetry.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -25,6 +25,90 @@ namespace mavros
{
namespace extra_plugins
{
// for all the dignostics parameters
struct Limits {
bool diag_enabled;
// Temperature checks
float temp_min_nok;
float temp_min_ok;
float temp_max_nok;
float temp_max_ok;
// Voltage checks
float volt_min_nok;
float volt_min_ok;
float volt_max_nok;
float volt_max_ok;
// Current checks
float curr_min_nok;
float curr_min_ok;
float curr_max_nok;
float curr_max_ok;
// RPM checks
int rpm_min_nok;
int rpm_min_ok;
int rpm_max_nok;
int rpm_max_ok;
// Count checks, should be uint16_t but ROS only allows int parameters
int count_min_delta;

explicit Limits(ros::NodeHandle &pnh) {
if (!pnh.getParam("enabled", this->diag_enabled)) {
ROS_FATAL_STREAM("Could not retrieve 'enabled' parameter from parameter server");
this->diag_enabled = false;
return;
}
if (this->diag_enabled)
{
// [[[cog:
// fields = [
// ("temp", (1.0, 0.0), (85.0, 90.0), ),
// ("volt", (15.0, 14.0), (16.0, 17.0), ),
// ("curr", (5.0, 4.0), (8.0, 10.0), ),
// ("rpm", (3000, 2000), (9000, 12000), )
// ]
//
// for field, min_, max_ in fields:
// for fm, lim in zip(("min", "max"), (min_, max_)):
// for fn, l in zip(("ok", "nok"), lim):
// cog.outl(f"""pnh.param("{field}_{fm}/{fn}", this->{field}_{fm}_{fn}, {l});""")
// ]]]

// [[[end]]]
/**/
pnh.param("temp_min/nok", this->temp_min_nok, 0.0f);
pnh.param("temp_min/ok", this->temp_min_ok, 1.0f);
pnh.param("volt_min/nok", this->volt_min_nok, 14.0f);
pnh.param("volt_min/ok", this->volt_min_ok, 15.0f);
pnh.param("curr_min/nok", this->curr_min_nok, 4.0f);
pnh.param("curr_min/ok", this->curr_min_ok, 5.0f);
pnh.param("rpm_min/nok", this->rpm_min_nok, 2000);
pnh.param("rpm_min/ok", this->rpm_min_ok, 3000);
pnh.param("temp_max/nok", this->temp_max_nok, 90.0f);
pnh.param("temp_max/ok", this->temp_max_ok, 85.0f);
pnh.param("volt_max/nok", this->volt_max_nok, 17.0f);
pnh.param("volt_max/ok", this->volt_max_ok, 16.0f);
pnh.param("curr_max/nok", this->curr_max_nok, 10.0f);
pnh.param("curr_max/ok", this->curr_max_ok, 8.0f);
pnh.param("rpm_max/nok", this->rpm_max_nok, 12000);
pnh.param("rpm_max/ok", this->rpm_max_ok, 9000);
/**/

pnh.param("count/min_delta", this->count_min_delta, 10);
}
}
};

class ESCDiag //: public diagnostic_updater::DiagnosticTask
{
public:
ESCDiag(const std::string& name, const Limits& lim_):
//diagnostic_updater::DiagnosticTask(name),
lim(lim_)
{}

const Limits& lim;
};

/**
* @brief ESC telemetry plugin
*
Expand All @@ -47,27 +131,11 @@ class ESCTelemetryPlugin : public plugin::PluginBase

// Read the diagnostic variables
auto pnh = ros::NodeHandle(ros::NodeHandle("~esc_telemetry"), "diagnostics");
pnh.param("enabled", _diag_enabled, false);
if (_diag_enabled)

lim = new Limits(pnh);
if (lim->diag_enabled)
{
ROS_INFO_STREAM("Diagnostics are enabled!!!");
pnh.param("temp_min/nok", _temp_min_nok, 0.0f);
pnh.param("temp_min/ok", _temp_min_ok, 1.0f);
pnh.param("volt_min/nok", _volt_min_nok, 14.0f);
pnh.param("volt_min/ok", _volt_min_ok, 15.0f);
pnh.param("curr_min/nok", _curr_min_nok, 4.0f);
pnh.param("curr_min/ok", _curr_min_ok, 5.0f);
pnh.param("rpm_min/nok", _rpm_min_nok, 2000);
pnh.param("rpm_min/ok", _rpm_min_ok, 3000);
pnh.param("temp_max/nok", _temp_max_nok, 90.0f);
pnh.param("temp_max/ok", _temp_max_ok, 85.0f);
pnh.param("volt_max/nok", _volt_max_nok, 17.0f);
pnh.param("volt_max/ok", _volt_max_ok, 16.0f);
pnh.param("curr_max/nok", _curr_max_nok, 10.0f);
pnh.param("curr_max/ok", _curr_max_ok, 8.0f);
pnh.param("rpm_max/nok", _rpm_max_nok, 12000);
pnh.param("rpm_max/ok", _rpm_max_ok, 9000);
pnh.param("count/min_delta", _count_min_delta, 10);
UAS_DIAG(m_uas).add("ESC temperature", this, &ESCTelemetryPlugin::run_temperature_diagnostics);
UAS_DIAG(m_uas).add("ESC voltage", this, &ESCTelemetryPlugin::run_voltage_diagnostics);
UAS_DIAG(m_uas).add("ESC current", this, &ESCTelemetryPlugin::run_current_diagnostics);
Expand Down Expand Up @@ -95,7 +163,8 @@ class ESCTelemetryPlugin : public plugin::PluginBase
mavros_msgs::ESCTelemetry _esc_telemetry;

// vars used for diagnostics
bool _diag_enabled;
Limits* lim;
std::vector<ESCDiag> v;
static const std::size_t MAV_NR_ESCS = sizeof(mavros_msgs::ESCTelemetry)/sizeof(mavros_msgs::ESCTelemetryItem);
bool _temp_min_errors[MAV_NR_ESCS];
bool _volt_min_errors[MAV_NR_ESCS];
Expand All @@ -107,28 +176,6 @@ class ESCTelemetryPlugin : public plugin::PluginBase
bool _rpm_max_errors[MAV_NR_ESCS];
uint16_t _msg_count[MAV_NR_ESCS];
uint8_t _esc_count = 0;
// Temperature checks
float _temp_min_nok;
float _temp_min_ok;
float _temp_max_nok;
float _temp_max_ok;
// Voltage checks
float _volt_min_nok;
float _volt_min_ok;
float _volt_max_nok;
float _volt_max_ok;
// Current checks
float _curr_min_nok;
float _curr_min_ok;
float _curr_max_nok;
float _curr_max_ok;
// RPM checks
int _rpm_min_nok;
int _rpm_min_ok;
int _rpm_max_nok;
int _rpm_max_ok;
// Count checks, should be uint16_t but ROS only allows int parameters
int _count_min_delta;
int _consecutively_detected_delta_errors;

template <typename msgT>
Expand Down Expand Up @@ -203,6 +250,9 @@ class ESCTelemetryPlugin : public plugin::PluginBase
_esc_count = MAV_NR_ESCS;
}
ROS_INFO("%d ESCs detected", _esc_count);
for (uint i = 0; i < _esc_count; ++i) {
v.emplace_back(utils::format("ESC%u", i), *lim);
}
}

void connection_cb(bool connected) override
Expand All @@ -216,6 +266,7 @@ class ESCTelemetryPlugin : public plugin::PluginBase
else
{
_esc_count = 0;
v.clear();
}
}

Expand Down Expand Up @@ -328,27 +379,27 @@ class ESCTelemetryPlugin : public plugin::PluginBase

void run_temperature_diagnostics(diagnostic_updater::DiagnosticStatusWrapper &stat)
{
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::temperature, _temp_min_errors, _temp_max_errors, "temperature", "(degC)", _temp_min_ok, _temp_min_nok, _temp_max_ok, _temp_max_nok);
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::temperature, _temp_min_errors, _temp_max_errors, "temperature", "(degC)", lim->temp_min_ok, lim->temp_min_nok, lim->temp_max_ok, lim->temp_max_nok);
}

void run_voltage_diagnostics(diagnostic_updater::DiagnosticStatusWrapper &stat)
{
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::voltage, _volt_min_errors, _volt_max_errors, "voltage", "(V)", _volt_min_ok, _volt_min_nok, _volt_max_ok, _volt_max_nok);
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::voltage, _volt_min_errors, _volt_max_errors, "voltage", "(V)", lim->volt_min_ok, lim->volt_min_nok, lim->volt_max_ok, lim->volt_max_nok);
}

void run_current_diagnostics(diagnostic_updater::DiagnosticStatusWrapper &stat)
{
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::current, _curr_min_errors, _curr_max_errors, "current", "(A)", _curr_min_ok, _curr_min_nok, _curr_max_ok, _curr_max_nok);
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::current, _curr_min_errors, _curr_max_errors, "current", "(A)", lim->curr_min_ok, lim->curr_min_nok, lim->curr_max_ok, lim->curr_max_nok);
}

void run_rpm_diagnostics(diagnostic_updater::DiagnosticStatusWrapper &stat)
{
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::rpm, _rpm_min_errors, _rpm_max_errors, "RPM", "(1/min)", _rpm_min_ok, _rpm_min_nok, _rpm_max_ok, _rpm_max_nok);
run_diagnostics(stat, &mavros_msgs::ESCTelemetryItem::rpm, _rpm_min_errors, _rpm_max_errors, "RPM", "(1/min)", lim->rpm_min_ok, lim->rpm_min_nok, lim->rpm_max_ok, lim->rpm_max_nok);
}

void run_count_diagnostics(diagnostic_updater::DiagnosticStatusWrapper &stat)
{
stat.add("Min Count delta", _count_min_delta);
stat.add("Min Count delta", lim->count_min_delta);
std::string error_str;
bool error = false;
{
Expand All @@ -359,7 +410,7 @@ class ESCTelemetryPlugin : public plugin::PluginBase
stat.add("Count reported by ESC " + std::to_string(i+1), t.count);

uint16_t count_delta = t.count - _msg_count[i];
if (count_delta < uint16_t(_count_min_delta))
if (count_delta < uint16_t(lim->count_min_delta))
{
error = true;
error_str += (std::to_string(i+1) + " " + std::to_string(count_delta) + ", ");
Expand Down

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