https://github.com/thekameleon/RA_Weather
and its attached. Add them into the folder of your sketch and add the following include in your sketch after the rest of your includes.
Code: Select all
#include "RA_Weather.h"
Reference:
Code: Select all
byte CloudsEveryXDays; //How often clouds can happen
byte CloudChancePerDay; //Chances that a cloud will happen per day. Specifying 1 is every day, 2 every other day, 3 every 3rd day, etc...
byte MinCloudDuration; //Minimium duration a cloud will happen in minutes
byte MaxCloudDuration; //Maximum duration a cloud will happen in minutes
byte MinCloudTransition; //Minimium transition time to and from a cloud in seconds
byte MaxCloudTransition; //Maximum transition time to and from a cloud in seconds
byte MinCloudsPerDay; //Minimium number of clouds in a day
byte MaxCloudsPerDay; //Mamimum number of clouds in a day
int StartCloudAfter; //Specifies a time of day that clouds can start occuring in minutes since midnight
int EndCloudBefore;//Specifies a time of day that clouds will end occuring in minutes since midnight
byte LightningChancePerCloud; //odds that lightning could happen per cloud
byte LightningElapseMin; //minimum seconds between lightning strikes
byte LightningElapseMax; //maximum seconds between strikes
int LightningStrikeDuration; //lightning strike duration... set to what works best for your drivers
byte LightningFrequency; //how frequent lightning will occur within the cloud 0% to 100%
byte CloudChannels; //specifies which channels in bits (e.g. 11000000 would be daylight and actinic only, 00110000 would be PWM Expansion 0 and 1)
byte LightningChannels; //specifies which channels in bits (e.g. 11000000 would be daylight and actinic only, 00110000 would be PWM Expansion 0 and 1)
void Init(); //Sets initial values. Must be called
void Execute(); //Executes weather logic. Typically called on each iteration of loop function
void InitDaylight(); //initializes min and max values for Daylight PWM from memory
void InitDaylight(byte min, byte max); //specify min and max values for Daylight
void InitActinic(); //initializes min and max values for Actinic PWM from memory
void InitActinic(byte min, byte max); //specify min and max values for Actinic
void InitPWMChannel(byte channel); //initializes min and max values for PWM Expansion channel from memory
void InitPWMChannel(byte channel, byte min, byte max); //specify min and max values for PWM Expansion channel
void RefreshPWMValues(); //Refreshes PWM values with values from weather... Must be called in loop() before ShowInterface call
void ForceStart(byte duration, bool withLightning); //forces start of weather
byte GetStatus(); //get weather status. Either shows 0 for no clouds, 1 - 100 to cloud chance, 101 cloud start, 102 cloudy, 103 cloud ending, 104 lightning occurring
byte GetCloudStartHour(); //Gets hour that cloud will start
byte GetCloudStartMinute(); //Gets minute that cloud will start
byte GetCloudDuration(); //Get duration in minutes that cloud will last
byte GetLightningChance(); //percentage that lightning could occur
byte GetCloudChance(); //percentage that clouds could occur
byte GetNumClouds(); //number of clouds today.
Code: Select all
setup()
{
Weather.Init();
Weather.CloudsEveryXDays = 1; //How often clouds can happen
Weather.CloudChancePerDay = 20; //odds in percentage 0 to 100% chance
Weather.CloudChannels = 255; //specifies which channels in bits (e.g. 11000000 would be daylight and actinic only, 00110000 would be PWM Expansion 0 and 1)
Weather.LightningChannels = 255; //specifies which channels in bits (e.g. 11000000 would be daylight and actinic only, 00110000 would be PWM Expansion 0 and 1)
}
loop()
{
Weather.InitActinic(); //initializes the min and max values based on memory values
Weather.InitDaylight(); //initializes the min and max values based on memory values
Weather.InitPWMChannel(0); //initializes the min and max values based on memory values
Weather.InitPWMChannel(1); //initializes the min and max values based on memory values
Weather.InitPWMChannel(2); //initializes the min and max values based on memory values
Weather.InitPWMChannel(3); //initializes the min and max values based on memory values
Weather.InitPWMChannel(4); //initializes the min and max values based on memory values
Weather.InitPWMChannel(5); //initializes the min and max values based on memory values
Weather.Execute(); //executes the weather
Weather.RefreshPWMValues(); //sets the PWM values for your lights.
}
