@@ -56,81 +56,81 @@ void loop() {
5656
5757 float temperature = niclaSerial.temperature ();
5858 if (!isnan (temperature)) {
59- Serial.print (" 🌡 HS4001 temperature (°C): " );
59+ Serial.print (" 🌡 Temperature (°C): " );
6060 Serial.println (temperature);
6161 }
6262
6363 float humidity = niclaSerial.humidity ();
6464 if (!isnan (humidity)) {
65- Serial.print (" 💧 HS4001 humidity (%RH): " );
65+ Serial.print (" 💧 Humidity (%RH): " );
6666 Serial.println (humidity);
6767 }
6868
69- int epaAqi = niclaSerial.airQualityIndex ();
69+ int epaAqi = niclaSerial.outdoorAirQualityIndex ();
7070 if (epaAqi >= 0 ) {
71- Serial.print (" 🏭 ZMOD4510 EPA AQI: " );
71+ Serial.print (" 🏭 Outdoor EPA AQI: " );
7272 Serial.println (epaAqi);
73- Serial.print (" 🏭 ZMOD4510 EPA AQI interpreted: " );
74- Serial.println (niclaSerial.airQualityIndexInterpreted ());
73+ Serial.print (" 🏭 Outdoor EPA AQI interpreted: " );
74+ Serial.println (niclaSerial.outdoorAirQualityIndexInterpreted ());
7575 }
7676
77- int fastAqi = niclaSerial.fastAirQualityIndex ();
77+ int fastAqi = niclaSerial.outdoorFastAirQualityIndex ();
7878 if (fastAqi >= 0 ) {
79- Serial.print (" 🏭 ZMOD4510 Fast AQI: " );
79+ Serial.print (" 🏭 Outdoor Fast AQI: " );
8080 Serial.println (fastAqi);
8181 }
8282
8383 float o3 = niclaSerial.O3 ();
8484 if (!isnan (o3)) {
85- Serial.print (" 🌬 ZMOD4510 O3 (ppb): " );
85+ Serial.print (" 🌬 Outdoor O3 (ppb): " );
8686 Serial.println (o3);
8787 }
8888
8989 float no2 = niclaSerial.NO2 ();
9090 if (!isnan (no2)) {
91- Serial.print (" 🌬 ZMOD4510 NO2 (ppb): " );
91+ Serial.print (" 🌬 Outdoor NO2 (ppb): " );
9292 Serial.println (no2);
9393 }
9494
95- float iaq = niclaSerial.airQuality ();
95+ float iaq = niclaSerial.indoorAirQuality ();
9696 if (!isnan (iaq)) {
97- Serial.print (" 🏠 ZMOD4410 IAQ: " );
97+ Serial.print (" 🏠 Indoor IAQ: " );
9898 Serial.println (iaq);
99- Serial.print (" 🏠 ZMOD4410 IAQ interpreted: " );
100- Serial.println (niclaSerial.airQualityInterpreted ());
99+ Serial.print (" 🏠 Indoor IAQ interpreted: " );
100+ Serial.println (niclaSerial.indoorAirQualityInterpreted ());
101101 }
102102
103- float relIaq = niclaSerial.relativeAirQuality ();
103+ float relIaq = niclaSerial.indoorRelativeAirQuality ();
104104 if (!isnan (relIaq)) {
105- Serial.print (" 🏠 ZMOD4410 Rel IAQ: " );
105+ Serial.print (" 🏠 Indoor relative IAQ: " );
106106 Serial.println (relIaq);
107107 }
108108
109109 float co2 = niclaSerial.CO2 ();
110110 if (!isnan (co2)) {
111- Serial.print (" 🌬 ZMOD4410 eCO2 (ppm): " );
111+ Serial.print (" 🌬 Indoor eCO2 (ppm): " );
112112 Serial.println (co2);
113113 }
114114
115115 float tvoc = niclaSerial.TVOC ();
116116 if (!isnan (tvoc)) {
117- Serial.print (" 🌬 ZMOD4410 TVOC (mg/m^3): " );
117+ Serial.print (" 🌬 Indoor TVOC (mg/m^3): " );
118118 Serial.println (tvoc);
119119 }
120120
121121 float ethanol = niclaSerial.ethanol ();
122122 if (!isnan (ethanol)) {
123- Serial.print (" 🍺 ZMOD4410 EtOH (ppm): " );
123+ Serial.print (" 🍺 Ethanol (ppm): " );
124124 Serial.println (ethanol);
125125 }
126126
127127 float odorIntensity = niclaSerial.odorIntensity ();
128128 if (!isnan (odorIntensity)) {
129- Serial.print (" 👃 ZMOD4410 intensity: " );
129+ Serial.print (" 👃 Odor intensity: " );
130130 Serial.println (odorIntensity);
131131 }
132132
133- Serial.print (" 👃 ZMOD4410 odor: " );
133+ Serial.print (" 👃 Sulfur odor: " );
134134 Serial.println (niclaSerial.sulfurOdor () ? " detected" : " not detected" );
135135
136136 Serial.println ();
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