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add some nicer curves to simulated values

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This commit is contained in:
Michael Zanetti 2018-10-26 12:19:28 +02:00
parent 657468ec69
commit f1087f528a
2 changed files with 63 additions and 12 deletions
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71
simulation/devicepluginsimulation.cpp
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@ -22,6 +22,7 @@
#include "devicepluginsimulation.h" #include "devicepluginsimulation.h"
#include "plugininfo.h" #include "plugininfo.h"
#include <QtMath>
#include <QColor> #include <QColor>
#include <QDateTime> #include <QDateTime>
@ -378,36 +379,82 @@ bool DevicePluginSimulation::generateRandomBoolValue()
return value; return value;
} }
qreal DevicePluginSimulation::generateSinValue(int min, int max, int hourOffset, int decimals)
{
// 00:00 : 23:99 = 0 : PI
// seconds of day : (60 * 60 * 24) = x : 2*PI
QDateTime d = QDateTime::currentDateTime();
int secondsPerDay = 60 * 60 * 24;
int offsetInSeconds = hourOffset * 60 * 60;
int secondsOfDay = d.time().msecsSinceStartOfDay() / 1000;
// add offset and wrap around
secondsOfDay = (secondsOfDay - offsetInSeconds) % secondsPerDay;
qreal interval = secondsOfDay * 2*M_PI / secondsPerDay;
qreal gain = 1.0 * (max - min) / 2;
qreal temp = (gain * qSin(interval)) + min + gain;
return QString::number(temp, 'f', decimals).toDouble();
}
qreal DevicePluginSimulation::generateBatteryValue(int chargeStartHour, int chargeDurationInMinutes)
{
QDateTime d = QDateTime::currentDateTime();
int secondsPerDay = 24 * 60 * 60;
int currentSecond = d.time().msecsSinceStartOfDay() / 1000;
int chargeStartSecond = chargeStartHour * 60 * 60;
int chargeEndSecond = chargeStartSecond + (chargeDurationInMinutes * 60);
int chargeDurationInSeconds = chargeDurationInMinutes * 60;
// should we be charging?
if (chargeStartSecond < currentSecond && currentSecond < chargeEndSecond) {
// Yep, charging...
int currentChargeSecond = currentSecond - chargeStartSecond;
// x : 100 = currentChargeSecond : chargeDurationInSeconds
return 100 * currentChargeSecond / chargeDurationInSeconds;
}
int dischargeDurationInSecs = secondsPerDay - chargeDurationInSeconds;
int currentDischargeSecond;
if (currentSecond < chargeStartSecond) {
currentDischargeSecond = currentSecond + (secondsPerDay - chargeEndSecond);
} else {
currentDischargeSecond = currentSecond - chargeEndSecond;
}
// 100 : x = dischargeDurationInSecs : currentDischargeSecond
return 100 - (100 * currentDischargeSecond / dischargeDurationInSecs);
}
void DevicePluginSimulation::onPluginTimer20Seconds() void DevicePluginSimulation::onPluginTimer20Seconds()
{ {
foreach (Device *device, myDevices()) { foreach (Device *device, myDevices()) {
if (device->deviceClassId() == temperatureSensorDeviceClassId) { if (device->deviceClassId() == temperatureSensorDeviceClassId) {
// Temperature sensor // Temperature sensor
device->setStateValue(temperatureSensorTemperatureStateTypeId, generateRandomDoubleValue(18, 23)); device->setStateValue(temperatureSensorTemperatureStateTypeId, generateSinValue(18, 23, 8));
device->setStateValue(temperatureSensorHumidityStateTypeId, generateRandomIntValue(40, 55)); device->setStateValue(temperatureSensorHumidityStateTypeId, generateSinValue(40, 55, 20));
device->setStateValue(temperatureSensorBatteryLevelStateTypeId, generateRandomIntValue(25, 40)); device->setStateValue(temperatureSensorBatteryLevelStateTypeId, generateBatteryValue(8, 10));
device->setStateValue(temperatureSensorBatteryCriticalStateTypeId, device->stateValue(temperatureSensorBatteryLevelStateTypeId).toInt() <= 30); device->setStateValue(temperatureSensorBatteryCriticalStateTypeId, device->stateValue(temperatureSensorBatteryLevelStateTypeId).toInt() <= 25);
device->setStateValue(temperatureSensorConnectedStateTypeId, true); device->setStateValue(temperatureSensorConnectedStateTypeId, true);
} else if (device->deviceClassId() == motionDetectorDeviceClassId) { } else if (device->deviceClassId() == motionDetectorDeviceClassId) {
// Motion detector // Motion detector
device->setStateValue(motionDetectorActiveStateTypeId, generateRandomBoolValue()); device->setStateValue(motionDetectorActiveStateTypeId, generateRandomBoolValue());
device->setStateValue(motionDetectorBatteryLevelStateTypeId, generateRandomIntValue(25, 40)); device->setStateValue(motionDetectorBatteryLevelStateTypeId, generateBatteryValue(13, 1));
device->setStateValue(motionDetectorBatteryCriticalStateTypeId, device->stateValue(motionDetectorBatteryLevelStateTypeId).toInt() <= 30); device->setStateValue(motionDetectorBatteryCriticalStateTypeId, device->stateValue(motionDetectorBatteryLevelStateTypeId).toInt() <= 30);
device->setStateValue(motionDetectorConnectedStateTypeId, true); device->setStateValue(motionDetectorConnectedStateTypeId, true);
} else if (device->deviceClassId() == gardenSensorDeviceClassId) { } else if (device->deviceClassId() == gardenSensorDeviceClassId) {
// Garden sensor // Garden sensor
device->setStateValue(gardenSensorTemperatureStateTypeId, generateRandomDoubleValue(20, 23)); device->setStateValue(gardenSensorTemperatureStateTypeId, generateSinValue(-4, 17, 5));
device->setStateValue(gardenSensorSoilMoistureStateTypeId, generateRandomIntValue(40, 60)); device->setStateValue(gardenSensorSoilMoistureStateTypeId, generateSinValue(40, 60, 13));
device->setStateValue(gardenSensorIlluminanceStateTypeId, generateRandomIntValue(20, 80)); device->setStateValue(gardenSensorIlluminanceStateTypeId, generateSinValue(0, 80, 2));
device->setStateValue(gardenSensorBatteryLevelStateTypeId, generateRandomIntValue(25, 90)); device->setStateValue(gardenSensorBatteryLevelStateTypeId, generateBatteryValue(9, 20));
device->setStateValue(gardenSensorBatteryCriticalStateTypeId, device->stateValue(gardenSensorBatteryLevelStateTypeId).toDouble() <= 30); device->setStateValue(gardenSensorBatteryCriticalStateTypeId, device->stateValue(gardenSensorBatteryLevelStateTypeId).toDouble() <= 30);
device->setStateValue(gardenSensorConnectedStateTypeId, true); device->setStateValue(gardenSensorConnectedStateTypeId, true);
} else if(device->deviceClassId() == netatmoIndoorDeviceClassId) { } else if(device->deviceClassId() == netatmoIndoorDeviceClassId) {
// Netatmo // Netatmo
device->setStateValue(netatmoIndoorUpdateTimeStateTypeId, QDateTime::currentDateTime().toTime_t()); device->setStateValue(netatmoIndoorUpdateTimeStateTypeId, QDateTime::currentDateTime().toTime_t());
device->setStateValue(netatmoIndoorHumidityStateTypeId, generateRandomIntValue(35, 45)); device->setStateValue(netatmoIndoorHumidityStateTypeId, generateSinValue(35, 45, 13));
device->setStateValue(netatmoIndoorTemperatureStateTypeId, generateRandomIntValue(20, 25)); device->setStateValue(netatmoIndoorTemperatureStateTypeId, generateSinValue(20, 25, 3));
device->setStateValue(netatmoIndoorPressureStateTypeId, generateRandomIntValue(1003, 1008)); device->setStateValue(netatmoIndoorPressureStateTypeId, generateSinValue(1003, 1008, 8));
device->setStateValue(netatmoIndoorNoiseStateTypeId, generateRandomIntValue(40, 80)); device->setStateValue(netatmoIndoorNoiseStateTypeId, generateRandomIntValue(40, 80));
device->setStateValue(netatmoIndoorWifiStrengthStateTypeId, generateRandomIntValue(85, 95)); device->setStateValue(netatmoIndoorWifiStrengthStateTypeId, generateRandomIntValue(85, 95));
} }

4
simulation/devicepluginsimulation.h
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@ -51,6 +51,10 @@ private:
double generateRandomDoubleValue(double min, double max); double generateRandomDoubleValue(double min, double max);
bool generateRandomBoolValue(); bool generateRandomBoolValue();
// Generates values in a sin curve from min to max, moving the start by hourOffset from midnight
qreal generateSinValue(int min, int max, int hourOffset, int decimals = 2);
qreal generateBatteryValue(int chargeStartHour, int chargeDurationInMinutes);
QHash<Device*, QTimer*> m_simulationTimers; QHash<Device*, QTimer*> m_simulationTimers;
private slots: private slots:
void onPluginTimer20Seconds(); void onPluginTimer20Seconds();