TEKTELIC - Clover Agriculture Sensor

Codec Preview

function Decoder(bytes, port) { const decoded = []; if (port === 10) { let soil_temp_cont = 0; let soil_moist_cont = 0; for (let i = 0; i < bytes.length; ) { const channel = bytes[i++]; const type = bytes[i++]; if (channel === 0x00 && type === 0xba) { const byte = bytes.readUInt8(i++); decoded.push({ variable: "battery_voltage", value: (byte & 0x7f) * 0.01 + 2.5, unit: "V" }); decoded.push({ variable: "eos_alert", value: byte >> 7 }); } else if (channel === 0x00 && type === 0xff) { const byte = bytes.readUInt16BE(i); i += 2; decoded.push({ variable: "battery_voltage", value: byte * 0.01, unit: "V" }); } else if (channel === 0x01 && type === 0x04) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "soil_moisture_raw", value: byte, unit: "kHz" }); i += 2; if (byte > 1402 && byte <= 1399) decoded.push({ variable: "soil_gwc", value: 0 }); else if (byte > 1399 && byte <= 1396) decoded.push({ variable: "soil_gwc", value: 0.1 }); else if (byte > 1396 && byte <= 1391) decoded.push({ variable: "soil_gwc", value: 0.2 }); else if (byte > 1391 && byte <= 1386) decoded.push({ variable: "soil_gwc", value: 0.3 }); else if (byte > 1386 && byte <= 1381) decoded.push({ variable: "soil_gwc", value: 0.4 }); else if (byte > 1381 && byte <= 1376) decoded.push({ variable: "soil_gwc", value: 0.5 }); else if (byte > 1376 && byte <= 1371) decoded.push({ variable: "soil_gwc", value: 0.6 }); else if (byte > 1371 && byte <= 1366) decoded.push({ variable: "soil_gwc", value: 0.7 }); else if (byte > 1366 && byte <= 1361) decoded.push({ variable: "soil_gwc", value: 0.8 }); else if (byte > 1361 && byte <= 1356) decoded.push({ variable: "soil_gwc", value: 0.9 }); else if (byte > 1356 && byte <= 1351) decoded.push({ variable: "soil_gwc", value: 1 }); else if (byte > 1351 && byte <= 1346) decoded.push({ variable: "soil_gwc", value: 1.1 }); else if (byte > 1346 && byte <= 1341) decoded.push({ variable: "soil_gwc", value: 1.2 }); else if (byte > 1341 && byte <= 1322) decoded.push({ variable: "soil_gwc", value: 2 }); } else if (channel === 0x02 && type === 0x02) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "soil_temp_raw", value: byte, unit: "mV" }); decoded.push({ variable: "soil_temp", value: -32.46 * Math.log(byte) + 236.36, unit: "°C" }); i += 2; } else if (channel === 0x03 && type === 0x02) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "soil_temp_raw1", value: byte, unit: "mV" }); decoded.push({ variable: "soil_temp1", value: -31.96 * Math.log(byte) + 213.25, unit: "°C" }); i += 2; soil_temp_cont += 1; } else if (channel === 0x04 && type === 0x02) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "soil_temp_raw2", value: byte, unit: "mV" }); decoded.push({ variable: "soil_temp2", value: -31.96 * Math.log(byte) + 213.25, unit: "°C" }); i += 2; soil_temp_cont += 2; } else if (channel === 0x05 && type === 0x04) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "soil_moisture_raw1", value: byte, unit: "Hz" }); i += 2; if (byte < 293) decoded.push({ variable: "soil_water_tension1", value: 200, unit: "kPa" }); else if (byte <= 485) decoded.push({ variable: "soil_water_tension1", value: 200 - (byte - 293) * 0.5208, unit: "kPa" }); else if (byte <= 600) decoded.push({ variable: "soil_water_tension1", value: 100 - (byte - 485) * 0.2174, unit: "kPa" }); else if (byte <= 770) decoded.push({ variable: "soil_water_tension1", value: 75 - (byte - 600) * 0.1176, unit: "kPa" }); else if (byte <= 1110) decoded.push({ variable: "soil_water_tension1", value: 55 - (byte - 770) * 0.05884, unit: "kPa" }); else if (byte <= 2820) decoded.push({ variable: "soil_water_tension1", value: 35 - (byte - 1110) * 0.0117, unit: "kPa" }); else if (byte <= 4330) decoded.push({ variable: "soil_water_tension1", value: 15 - (byte - 2820) * 0.003974, unit: "kPa" }); else if (byte <= 6430) decoded.push({ variable: "soil_water_tension1", value: 9 - (byte - 4330) * 0.004286, unit: "kPa" }); else if (byte > 6430) decoded.push({ variable: "soil_water_tension1", value: 0, unit: "kPa" }); // adjust with soil_temp1 after all variables are collected soil_moist_cont += 1; } else if (channel === 0x06 && type === 0x04) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "soil_moisture_raw2", value: byte, unit: "Hz" }); i += 2; if (byte < 293) decoded.push({ variable: "soil_water_tension2", value: 200, unit: "kPa" }); else if (byte <= 485) decoded.push({ variable: "soil_water_tension2", value: 200 - (byte - 293) * 0.5208, unit: "kPa" }); else if (byte <= 600) decoded.push({ variable: "soil_water_tension2", value: 100 - (byte - 485) * 0.2174, unit: "kPa" }); else if (byte <= 770) decoded.push({ variable: "soil_water_tension2", value: 75 - (byte - 600) * 0.1176, unit: "kPa" }); else if (byte <= 1110) decoded.push({ variable: "soil_water_tension2", value: 55 - (byte - 770) * 0.05884, unit: "kPa" }); else if (byte <= 2820) decoded.push({ variable: "soil_water_tension2", value: 35 - (byte - 1110) * 0.0117, unit: "kPa" }); else if (byte <= 4330) decoded.push({ variable: "soil_water_tension2", value: 15 - (byte - 2820) * 0.003974, unit: "kPa" }); else if (byte <= 6430) decoded.push({ variable: "soil_water_tension2", value: 9 - (byte - 4330) * 0.004286, unit: "kPa" }); else if (byte > 6430) decoded.push({ variable: "soil_water_tension2", value: 0, unit: "kPa" }); // adjust with soil_temp2 after all variables are collected soil_moist_cont += 2; } else if (channel === 0x09 && type === 0x65) { const byte = bytes.readUInt16BE(i); decoded.push({ variable: "ambient_light", value: byte, unit: "lux" }); i += 2; } else if (channel === 0x09 && type === 0x00) { const byte = bytes.readUInt8(i++); decoded.push({ variable: "ambient_light_detected", value: byte === 0x00 ? "no" : "yes" }); } else if (channel === 0x0a && type === 0x71) { const byte_x = bytes.readInt16BE(i); i += 2; const byte_y = bytes.readInt16BE(i); i += 2; const byte_z = bytes.readInt16BE(i); i += 2; decoded.push({ variable: "acceleration_xaxis", value: byte_x * 0.001, unit: "g" }); decoded.push({ variable: "acceleration_yaxis", value: byte_y * 0.001, unit: "g" }); decoded.push({ variable: "acceleration_zaxis", value: byte_z * 0.001, unit: "g" }); } else if (channel === 0x0a && type === 0x00) { const byte = bytes.readUInt8(i++); decoded.push({ variable: "orientation_alarm", value: byte === 0x00 ? "no" : "yes" }); } else if (channel === 0x0b && type === 0x67) { const byte = bytes.readInt16BE(i); i += 2; decoded.push({ variable: "ambient_temp", value: byte * 0.1, unit: "°C" }); } else if (channel === 0x0b && type === 0x68) { const byte = bytes.readUInt8(i++); decoded.push({ variable: "ambient_hum", value: byte * 0.5, unit: "%" }); } else if (channel === 0x0c && type === 0x67) { const byte = bytes.readInt8(i++); decoded.push({ variable: "mcu_temp", value: byte * 0.1, unit: "°C" }); } } if (soil_moist_cont > 0 && soil_temp_cont > 0) { const temp1 = decoded.find((x) => x.variable === "soil_temp1"); const temp2 = decoded.find((x) => x.variable === "soil_temp2"); const moist1 = decoded.find((x) => x.variable === "soil_water_tension1"); const moist2 = decoded.find((x) => x.variable === "soil_water_tension2"); if (temp1.value && temp1.value !== 24.0 && moist1.value) { decoded.push({ variable: "soil_water_tension1_adjusted", value: moist1.value * (1 - 0.019 * (temp1.value - 24)), unit: "kPa" }); } if (temp2.value && temp2.value !== 24.0 && moist2.value) { decoded.push({ variable: "soil_water_tension2_adjusted", value: moist2.value * (1 - 0.019 * (temp2.value - 24)), unit: "kPa" }); } } } return decoded; } // let payload = [ // { variable: "payload", value: "096500000b6700e10b6892" }, // { variable: "port", value: "10" }, // ]; const data = payload.find((x) => x.variable === "payload" || x.variable === "payload_raw" || x.variable === "data"); const port = payload.find((x) => x.variable === "port" || x.variable === "fport"); if (data) { const serie = new Date().getTime(); const bytes = Buffer.from(data.value, "hex"); payload = payload.concat(Decoder(bytes, parseInt(port.value, 10))).map((x) => ({ ...x, serie })); } // console.log(payload);