70 lines
2.1 KiB
C++
70 lines
2.1 KiB
C++
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#include <SimuGaz.h>
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#include <Preferences.h>
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#define INITIAL_CONSUMPTION 1594.87f
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#define INITIAL_SECONDS 11462400 // date initiale = 13/05/2026 16:00
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#define AVERAGE_DAILY_CONSUMPTION 2.66f
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// Source : opendata.grdf.fr/explore/dataset/correction_climatique_grdf/
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// Profil résidentiel chauffage (P011), moyenne 2019-2023, normalisée sur 12 mois
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static const float GRDF_MONTHLY_COEFF[12] = {
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2.21f, // Janvier
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2.05f, // Février
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1.62f, // Mars
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0.97f, // Avril
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0.55f, // Mai
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0.22f, // Juin
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0.15f, // Juillet
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0.17f, // Août
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0.38f, // Septembre
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0.85f, // Octobre
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1.52f, // Novembre
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2.11f, // Décembre
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};
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Preferences prefs;
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// Base annuelle : 972 m³/an pour 100m² (CRE)
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// - base mensuelle moyenne = 81 m³/mois
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// - base journalière moyenne = 2.66 m³/j
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float consumptionM3;
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uint32_t totalSeconds;
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void get_stored_values(){
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prefs.begin("simugaz");
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consumptionM3 = prefs.getFloat("consumption_m3", INITIAL_CONSUMPTION);
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totalSeconds = prefs.getUInt("seconds", INITIAL_SECONDS);
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prefs.end();
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}
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void store_values(){
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prefs.begin("simugaz");
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prefs.putFloat("consumption_m3", consumptionM3);
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prefs.putUInt("seconds", totalSeconds);
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prefs.end();
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}
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uint32_t simulateGasPulses(uint32_t intervalSeconds)
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{
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get_stored_values();
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totalSeconds += intervalSeconds;
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uint32_t month = (totalSeconds / (86400UL * 30UL)) % 12;
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float dailyBase = AVERAGE_DAILY_CONSUMPTION * GRDF_MONTHLY_COEFF[month];
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// Variabilité journalière ±15%
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float dailyVariation = 1.0f + 0.30f * ((float)(esp_random() % 1000) / 1000.0f - 0.5f);
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// Résolution compteur Gazpar : 0.010 m³ par impulsion
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float incrementM3 = dailyBase * intervalSeconds / 86400.0f * dailyVariation;
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consumptionM3 += incrementM3;
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uint32_t pulseCount = (uint32_t)(consumptionM3 / 0.010f);
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uint32_t incrementPulses = (uint32_t)(incrementM3 / 0.010f);
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store_values();
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Serial.printf("[GAZ] Incrément de %lu impulsions - Total : %lu impulsions (%.3f m³)\n", incrementPulses, pulseCount, pulseCount * 0.010f);
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return pulseCount;
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}
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