Ag v30 08: Weather station
Turn on the Agriculture v30 board and read the Weather station every minute. Every time a new pluviometer pulse is generated the interrruption is captured and stored
Required Materials
1 x Waspmote 1 x Agriculture Board v30 1 x Weather station
Notes
- This example is only valid for Waspmote v15
Code
/*
* --[Ag_v30_08] - Weather Station sensor reading
*
* Explanation: Turn on the Agriculture v30 board and read the
* Weather station every minute. Every time a new pluviometer
* pulse is generated the interrruption is captured and stored
*
* Copyright (C) 2016 Libelium Comunicaciones Distribuidas S.L.
* http://www.libelium.com
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
* Version: 3.0
* Design: David Gascón
* Implementation: Carlos Bello
*/
#include <WaspSensorAgr_v30.h>
// Variable to store the anemometer value
float anemometer;
// Variable to store the pluviometer value
float pluviometer1; //mm in current hour
float pluviometer2; //mm in previous hour
float pluviometer3; //mm in last 24 hours
// Variable to store the vane value
int vane;
// variable to store the number of pending pulses
int pendingPulses;
// define node identifier
char nodeID[] = "node_WS";
//Instance object
weatherStationClass weather;
void setup()
{
// Turn on the USB and print a start message
USB.ON();
USB.println(F("Start program"));
// Turn on the sensor board
Agriculture.ON();
USB.print(F("Time:"));
RTC.ON();
USB.println(RTC.getTime());
}
void loop()
{
/////////////////////////////////////////////
// 1. Enter sleep mode
/////////////////////////////////////////////
Agriculture.sleepAgr("00:00:00:10", RTC_ABSOLUTE, RTC_ALM1_MODE5, SENSOR_ON, SENS_AGR_PLUVIOMETER);
/////////////////////////////////////////////
// 2.1. check pluviometer interruption
/////////////////////////////////////////////
if( intFlag & PLV_INT)
{
USB.println(F("+++ PLV interruption +++"));
pendingPulses = intArray[PLV_POS];
USB.print(F("Number of pending pulses:"));
USB.println( pendingPulses );
for(int i=0 ; i<pendingPulses; i++)
{
// Enter pulse information inside class structure
weather.storePulse();
// decrease number of pulses
intArray[PLV_POS]--;
}
// Clear flag
intFlag &= ~(PLV_INT);
}
/////////////////////////////////////////////
// 2.2. check RTC interruption
/////////////////////////////////////////////
if(intFlag & RTC_INT)
{
USB.println(F("+++ RTC interruption +++"));
// switch on sensor board
Agriculture.ON();
RTC.ON();
USB.print(F("Time:"));
USB.println(RTC.getTime());
// measure sensors
measureSensors();
// Clear flag
intFlag &= ~(RTC_INT);
}
}
/*******************************************************************
*
* measureSensors
*
* This function reads from the sensors of the Weather Station and
* then creates a new Waspmote Frame with the sensor fields in order
* to prepare this information to be sent
*
*******************************************************************/
void measureSensors()
{
USB.println(F("------------- Measurement process ------------------"));
/////////////////////////////////////////////////////
// 1. Reading sensors
/////////////////////////////////////////////////////
// Read the anemometer sensor
anemometer = weather.readAnemometer();
// Read the pluviometer sensor
pluviometer1 = weather.readPluviometerCurrent();
pluviometer2 = weather.readPluviometerHour();
pluviometer3 = weather.readPluviometerDay();
/////////////////////////////////////////////////////
// 2. USB: Print the weather values through the USB
/////////////////////////////////////////////////////
// Print the accumulated rainfall
USB.print(F("Current hour accumulated rainfall (mm/h): "));
USB.println( pluviometer1 );
// Print the accumulated rainfall
USB.print(F("Previous hour accumulated rainfall (mm/h): "));
USB.println( pluviometer2 );
// Print the accumulated rainfall
USB.print(F("Last 24h accumulated rainfall (mm/day): "));
USB.println( pluviometer3 );
// Print the anemometer value
USB.print(F("Anemometer: "));
USB.print(anemometer);
USB.println(F("km/h"));
// Print the vane value
char vane_str[10] = {0};
switch(weather.readVaneDirection())
{
case SENS_AGR_VANE_N : snprintf( vane_str, sizeof(vane_str), "N" );
break;
case SENS_AGR_VANE_NNE : snprintf( vane_str, sizeof(vane_str), "NNE" );
break;
case SENS_AGR_VANE_NE : snprintf( vane_str, sizeof(vane_str), "NE" );
break;
case SENS_AGR_VANE_ENE : snprintf( vane_str, sizeof(vane_str), "ENE" );
break;
case SENS_AGR_VANE_E : snprintf( vane_str, sizeof(vane_str), "E" );
break;
case SENS_AGR_VANE_ESE : snprintf( vane_str, sizeof(vane_str), "ESE" );
break;
case SENS_AGR_VANE_SE : snprintf( vane_str, sizeof(vane_str), "SE" );
break;
case SENS_AGR_VANE_SSE : snprintf( vane_str, sizeof(vane_str), "SSE" );
break;
case SENS_AGR_VANE_S : snprintf( vane_str, sizeof(vane_str), "S" );
break;
case SENS_AGR_VANE_SSW : snprintf( vane_str, sizeof(vane_str), "SSW" );
break;
case SENS_AGR_VANE_SW : snprintf( vane_str, sizeof(vane_str), "SW" );
break;
case SENS_AGR_VANE_WSW : snprintf( vane_str, sizeof(vane_str), "WSW" );
break;
case SENS_AGR_VANE_W : snprintf( vane_str, sizeof(vane_str), "W" );
break;
case SENS_AGR_VANE_WNW : snprintf( vane_str, sizeof(vane_str), "WNW" );
break;
case SENS_AGR_VANE_NW : snprintf( vane_str, sizeof(vane_str), "WN" );
break;
case SENS_AGR_VANE_NNW : snprintf( vane_str, sizeof(vane_str), "NNW" );
break;
default : snprintf( vane_str, sizeof(vane_str), "error" );
break;
}
USB.println( vane_str );
USB.println(F("----------------------------------------------------\n"));
}Output
H#
Start program
Time:Sun, 00/01/01, 20:23:25
+++ PLV interruption +++
Number of pending pulses:1
+++ PLV interruption +++
Number of pending pulses:1
+++ PLV interruption +++
Number of pending pulses:1
+++ PLV interruption +++
Number of pending pulses:1
+++ PLV interruption +++
Number of pending pulses:1
+++ PLV interruption +++
Number of pending pulses:2
+++ PLV interruption +++
Number of pending pulses:3
+++ PLV interruption +++
Number of pending pulses:3
+++ PLV interruption +++
Number of pending pulses:2
+++ RTC interruption +++
Time:Sun, 00/01/01, 20:24:10
------------- Measurement process ------------------
Current hour accumulated rainfall (mm/h): 4.1909999847
Previous hour accumulated rainfall (mm/h): 0.0000000000
Last 24h accumulated rainfall (mm/day): 0.0000000000
Anemometer: 13.6000013351km/h
S
----------------------------------------------------
...Last updated