本文整理汇总了C#中Weather.ToString方法的典型用法代码示例。如果您正苦于以下问题：C# Weather.ToString方法的具体用法？C# Weather.ToString怎么用？C# Weather.ToString使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Weather的用法示例。
在下文中一共展示了Weather.ToString方法的3个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C#代码示例。
示例1: ApplyWeatherPattern
private static void ApplyWeatherPattern(BsonDocument weather, Weather weatherEnum, BsonArray intensityArray, int intensity, BsonDocument pattern, List<string> zones)
{
//this tuple will contain the increase/decrease sequence
Tuple<string, int> tupe = null;
//if the previous pattern is not CLEAR and the previous pattern is the same as the previous
//then we are going to see if the intensity maybe changed
if (weather["CurrentType"].AsString != "Clear" && weather["CurrentType"].AsString == weatherEnum.ToString()) {
BsonDocument oldPattern = intensityArray[weather["CurrentIntensity"].AsInt32][((WeatherStrength)weather["CurrentIntensity"].AsInt32).ToString().CamelCaseWord()].AsBsonDocument;
//intensity increased
if (intensity > weather["CurrentIntensity"].AsInt32) {
tupe = Tuple.Create<string, int>(oldPattern["Increase"].AsString, 30);
}
//intensity decreased
else if (intensity < weather["CurrentIntensity"].AsInt32) {
tupe = Tuple.Create<string, int>(oldPattern["Decrease"].AsString, 30);
}
}
//the previous pattern is now clearing because the new pattern is clear
else if (weatherEnum.ToString() == "Clear") {
//let's get the end sequence
BsonDocument oldPattern = intensityArray[weather["CurrentIntensity"].AsInt32][((WeatherStrength)weather["CurrentIntensity"].AsInt32).ToString().CamelCaseWord()].AsBsonDocument;
BsonArray endSequence = oldPattern["EndSequence"].AsBsonArray;
Func<BsonArray, Tuple<string, int>, string, string, bool> endScript = GetScript(zones);
//execute the script
while (endScript(endSequence, tupe, weatherEnum.ToString().ToUpper(), pattern["Message"].AsString)) { tupe = null; }
}
//it's other than CLEAR and it's not the same intensity
if (weatherEnum != Weather.Clear && weather["CurrentIntensity"].AsInt32 != intensity) {
BsonArray startSequence = pattern["StartSequence"].AsBsonArray;
Func<BsonArray, Tuple<string, int>, string, string, bool> script = GetScript(zones);
while (script(startSequence, tupe, weatherEnum.ToString().ToUpper(), pattern["Message"].AsString)) { tupe = null; }
}
}示例2: GetNewWeatherPattern
private static BsonDocument GetNewWeatherPattern(BsonDocument weather, out Weather weatherEnum, out string type)
{
int rand = Extensions.RandomNumber.GetRandomNumber().NextNumber(0, weather["Types"].AsBsonArray.Count);
//we need enums for the previous and now new pattern
weatherEnum = Weather.Clear;
Weather previousWeather = Weather.Clear;
//define the new pattern
weatherEnum = (Weather)rand;
//Did this to prevent a Null Ref Exception
type = weatherEnum.ToString().ToUpper();
//get the wheather pattern we want to run through the auto script, we have to peel back a few layers first
BsonArray drizArray = weather["Types"].AsBsonArray;
//if the weather is clear
if (weatherEnum == Weather.Clear) {
//and the previous weather was clear we are done
if (weather["CurrentType"].AsString.ToUpper() == "CLEAR") {
return null;
}
//if it's not CLEAR grab the previous weather type so we can run the end sequence script
previousWeather = (Weather)Enum.Parse(typeof(Weather), weather["CurrentType"].AsString.ToUpper());
type = previousWeather.ToString(); //since it's clear we want all the previous information so we can run the end sequence properly
}
//keep peeling back layers now that we have the weather type
BsonDocument weatherType = new BsonDocument();
string typeNotAsOut = type; //lambdas don't like ref or out values, the things you learn...
return drizArray.Where(d => d["Name"].AsString.ToUpper() == typeNotAsOut).SingleOrDefault().AsBsonDocument;
}示例3: Speak
private void Speak()
{
bool e = button1.Enabled;
button1.Enabled = false;
W = new Weather();
HttpWebRequest WR;
HttpWebResponse WResp;
StreamReader SR;
try
{
WR = (HttpWebRequest)WebRequest.Create("http://export.yandex.ru/weather-ng/forecasts/" + CL[listBox1.SelectedIndex].ID + ".xml");
WResp = (HttpWebResponse)WR.GetResponse();
SR = new StreamReader(WResp.GetResponseStream(), Encoding.GetEncoding("utf-8"));
}
catch
{
System.Console.Beep();
System.Console.Beep();
System.Console.Beep();
Voice.SpeakAsync("Произошла ошибка при получении данных!");
return;
}
var S = SR.ReadToEnd();
SR.Close();
W.call = CL[listBox1.SelectedIndex].Call;
try
{
W.temp = Regex.Split(S, "(?:.*)<temperature color=\"(?:.*)\" plate=\"(?:.*)\">(.*)</temperature>(?:.*)")[1];
W.Os = Regex.Split(S, "(?:.*)<weather_type>(.*)</weather_type>(?:.*)")[1];
W.pressure = Regex.Split(S, "(?:.*)<pressure units=\"(?:.*)\">(.*)</pressure>(?:.*)")[1];
W.humidity = Regex.Split(S, "(?:.*)<humidity>(.*)</humidity>(?:.*)")[1];
var stmp = Regex.Split(S, "(?:.*)<wind_direction>(.*)</wind_direction>(?:.*)")[1];
switch (stmp)
{
case "w": { W.wind = "западный"; } break;
case "n": { W.wind = "северный"; }; break;
case "s": { W.wind = "южный"; }; break;
case "e": { W.wind = "восточный"; }; break;
case "sw": { W.wind = "юго-западный"; }; break;
case "ws": { W.wind = "юго-западный"; }; break;
case "nw": { W.wind = "северо-западный"; }; break;
case "wn": { W.wind = "северо-западный"; }; break;
case "se": { W.wind = "юго-восточный"; }; break;
case "es": { W.wind = "юго-восточный"; }; break;
case "en": { W.wind = "северо-восточный"; }; break;
case "ne": { W.wind = "северо-восточный"; }; break;
}
W.speed = Regex.Split(S, "(?:.*)<wind_speed>(.*)</wind_speed>(?:.*)")[1];
}
catch
{
System.Console.Beep();
System.Console.Beep();
Voice.SpeakAsync("Произошла ошибка при переводе данных!");
return;
}
W.temp += '°';
W.humidity += '%';
Voice.SpeakAsync(W.ToString());
}