public void ChangeToolBarSelected()
{
currentInspected = toolBar[SelectedToolbarSlot];
Gather g = currentInspected.GetComponent <Gather>();
if (g != null)
{
if (!g.beingUsed)
{
toolBarSelectedImage.rectTransform.position = toolBar[SelectedToolbarSlot].ToolbarImage.rectTransform.position;
Builder.instance.StopBuild();
if (toolBar[SelectedToolbarSlot].myItem != null && toolBar[SelectedToolbarSlot].myItem.placaBle == true)
{
Builder.instance.StartBuilder(toolBar[SelectedToolbarSlot].myItem);
}
}
}
else
{
toolBarSelectedImage.rectTransform.position = toolBar[SelectedToolbarSlot].ToolbarImage.rectTransform.position;
Builder.instance.StopBuild();
if (toolBar[SelectedToolbarSlot].myItem != null && toolBar[SelectedToolbarSlot].myItem.placaBle == true)
{
Builder.instance.StartBuilder(toolBar[SelectedToolbarSlot].myItem);
}
}
}
public void StartGameShouldSetStatusToStarted()
{
//Arrange
var game = new Gather
{
Status = GameStatus.Registration
};
var gatherRepositoryMoq = new Mock <IDeletableEntityRepository <Gather> >();
gatherRepositoryMoq.Setup(x => x.GetByIdAsync(It.IsAny <string>()))
.Returns(Task.FromResult(game));
var gatherUserRepositoryMoq = new Mock <IDeletableEntityRepository <GatherUser> >();
var userRepository = new Mock <IDeletableEntityRepository <User> >();
var service = new GatherService(gatherRepositoryMoq.Object, gatherUserRepositoryMoq.Object, userRepository.Object);
//Act
service.StartAsync("70400fb3-aed2-4876-aa9a-bcf8ba49ca9f").GetAwaiter().GetResult();
//Assert
Assert.Equal(GameStatus.Started, game.Status);
}
public void Parallele_Ausführung() {
var multipliziere1 = new Multipliziere_mit_sich_selbst();
var multipliziere2 = new Multipliziere_mit_sich_selbst();
var scatter = new Scatter<double>();
var gather = new Gather<double>();
scatter.Output1 += multipliziere1.Process;
scatter.Output2 += multipliziere2.Process;
multipliziere1.Result += gather.Input1;
multipliziere2.Result += gather.Input2;
var waitHandle = new AutoResetEvent(false);
IEnumerable<double> result = null;
gather.Result += x => {
result = x;
waitHandle.Set();
};
var dauer = Stopuhr.Starten(() => {
scatter.Process(Zahlen(10000000));
waitHandle.WaitOne();
result.Last();
});
Console.WriteLine(dauer);
}
public void TestElementWithParams()
{
var elem = new Gather(
Promoter.ListOfOne(Gather.InputEnum.Dtmf),
new Uri("https://example.com"),
Twilio.Http.HttpMethod.Get,
1,
"speech_timeout",
1,
true,
"finish_on_key",
1,
new Uri("https://example.com"),
Twilio.Http.HttpMethod.Get,
Gather.LanguageEnum.AfZa,
"hints",
true,
true,
true,
Gather.SpeechModelEnum.Default,
true
);
Assert.AreEqual(
"<?xml version=\"1.0\" encoding=\"utf-8\"?>" + Environment.NewLine +
"<Gather input=\"dtmf\" action=\"https://example.com\" method=\"GET\" timeout=\"1\" speechTimeout=\"speech_timeout\" maxSpeechTime=\"1\" profanityFilter=\"true\" finishOnKey=\"finish_on_key\" numDigits=\"1\" partialResultCallback=\"https://example.com\" partialResultCallbackMethod=\"GET\" language=\"af-ZA\" hints=\"hints\" bargeIn=\"true\" debug=\"true\" actionOnEmptyResult=\"true\" speechModel=\"default\" enhanced=\"true\"></Gather>",
elem.ToString()
);
}
public virtual CollisionContent MakeCollisionContent(Gather g)
{
// todo: I really should find the major modes, and align the AABB to
// those by rotating. Then counter-rotate when collision testing.
// Oh, well.
CollisionContent cc = new CollisionContent();
cc.Bounds = g.Bounds;
Vector3 hd = cc.Bounds.HalfDim;
Vector3 hc = cc.Bounds.Center;
hd.X = Math.Max(hd.X, Math.Max(hd.Y, hd.Z));
hd.Y = hd.X;
hd.Z = hd.X;
cc.Bounds.Lo = hc - hd;
cc.Bounds.Hi = hc + hd;
cc.Triangles = g.Triangles.ToArray();
cc.Vertices = g.Vertices.ToArray();
List<TreeNode> TreeNodes = new List<TreeNode>();
int[] ixs = new int[cc.Triangles.Length];
for (int i = 0; i < ixs.Length; ++i)
ixs[i] = i;
BuildNodes(cc, ixs, 0, ixs.Length, TreeNodes, cc.Bounds,
g.BoundingSpheres.ToArray());
cc.Nodes = TreeNodes.ToArray();
for (int i = 0; i < ixs.Length; ++i)
{
cc.Triangles[i] = g.Triangles[ixs[i]];
cc.Triangles[i].CalcColl(cc);
}
context.Logger.LogImportantMessage("Built CollisionContent with {0} triangles, {1} vertices, {2} cells",
cc.Triangles.Length, cc.Vertices.Length, cc.Nodes.Length);
return cc;
}
private async Task <JObject> GetDataObject(ISkraprWorker worker)
{
var result = new JObject();
foreach (var gatherProperty in Gather.Properties())
{
var propertyName = gatherProperty.Name;
bool awaitPromise = false;
string gatherScript = null;
switch (gatherProperty.Value.Type)
{
case JTokenType.String:
gatherScript = gatherProperty.Value.Value <string>();
break;
case JTokenType.Object:
//TODO: Implement this -- objects can specify additional settings.
throw new NotImplementedException("Objects are not yet supported.");
default:
throw new InvalidOperationException($"Unknown or invalid value for gather property {propertyName}: {gatherProperty.Value.Type}");
}
if (String.IsNullOrWhiteSpace(gatherScript))
{
throw new InvalidOperationException($"A gather script must be specified for property {propertyName}");
}
var fnGatherScript = $@"(function() {{
'use strict';
var result = {gatherScript}
return JSON.stringify({{ result }});
}})();";
var evaluateResponse = await worker.Session.Runtime.Evaluate(new Runtime.EvaluateCommand
{
AwaitPromise = awaitPromise,
Expression = fnGatherScript,
IncludeCommandLineAPI = true,
ContextId = worker.DevTools.CurrentFrameContext.Id,
ObjectGroup = "Skrapr"
});
if (evaluateResponse.Result.Subtype == "error")
{
throw new InvalidOperationException($"An error occurred while evaluating script on property '{propertyName}': {evaluateResponse.Result.Description}");
}
var strResult = evaluateResponse.Result.Value as string;
if (strResult == null)
{
throw new InvalidOperationException($"Unable to obtain the gather result for property {propertyName}");
}
var objResult = JToken.Parse(strResult);
result.Add(propertyName, objResult["result"]);
}
return(result);
}
private static void Main(string[] args) {
var scatter = new Scatter<int>();
//scatter.Output1 += x => {
// foreach (var t in x) {
// Console.WriteLine("#1: {0}", t);
// }
//};
//scatter.Output2 += x => {
// foreach (var t in x) {
// Console.WriteLine("#2: {0}", t);
// }
//};
//scatter.Process(Values());
//Console.ReadLine();
var gather = new Gather<int>();
var worker1 = new Logger<int>();
var worker2 = new Logger<int>();
scatter.Output1 += worker1.Process;
worker1.Result += gather.Input1;
scatter.Output2 += worker2.Process;
worker2.Result += gather.Input2;
gather.Result += x => {
foreach (var t in x) {
Console.WriteLine("#0: {0}", t);
}
};
scatter.Process(Values());
Console.ReadLine();
}
private static VoiceResponse CreateVoiceResponsePolly(BotReponse botResponse)
{
var voiceResponse = new VoiceResponse();
if (botResponse.endCall)
{
var text = "https://feedbackbotjp.azurewebsites.net/api/Polly" + "?text=" + System.Web.HttpUtility.UrlEncode(botResponse.ResponseText);
voiceResponse.Append(new Play(new Uri(text)));
voiceResponse.Hangup();
// at this point we could persist our result in a db or put on a queue
}
else
{
var input = new List <InputEnum> {
InputEnum.Speech
};
var gather = new Gather(input: input, timeout: 30, numDigits: 1, language: "en-GB", speechTimeout: "1");
var text = "https://feedbackbotjp.azurewebsites.net/api/Polly" + "?text=" + System.Web.HttpUtility.UrlEncode(botResponse.ResponseText);
gather.Play(new Uri(text));
//gather.Say(botResponse.ResponseText, Say.VoiceEnum.Man, language: Say.LanguageEnum.EnGb);
voiceResponse.Append(gather);
}
return(voiceResponse);
}
public async Task <ActionResult> AuthenticateUser(string digits, string from)
{
var values = new Dictionary <string, string>
{
{ "mobileNumber", from },
{ "secretKey", digits }
};
HttpResponseMessage httpResponse = await _webAPIRequest.PostAsAJson("http://localhost:3000/v1/customers/authorize", values);
var isAuthenticated = JToken.Parse(httpResponse.Content.ReadAsStringAsync().Result);
var response = new VoiceResponse();
if (string.Equals("true", Convert.ToString(isAuthenticated["status"]), StringComparison.OrdinalIgnoreCase))
{
var gather = new Gather(action: Url.ActionUri("WalletOptions", "Menu"), numDigits: 10, maxSpeechTime: 120);
gather.Say("Your number is" + from + " Press 1 to Check your Balance. Press 2 to transfer your wallet money");
response.Append(gather);
}
else
{
var gather = new Gather(action: Url.ActionUri("AuthenticateUser", "Menu"), numDigits: 6, maxSpeechTime: 120);
gather.Say("Oops, incorrect secret key. Please enter your secret key to begin the transaction");
response.Append(gather);
}
return(TwiML(response));
}
protected virtual void Dispose(bool disposing)
{
if (!_disposedValue)
{
if (disposing)
{
Character.Dispose();
Fight.Dispose();
Gather.Dispose();
Inventory.Dispose();
Jobs.Dispose();
Map.Dispose();
Npc.Dispose();
Mount.Dispose();
Storage.Dispose();
Exchange.Dispose();
Bid.Dispose();
}
Character = null;
Fight = null;
Gather = null;
Inventory = null;
Jobs = null;
Map = null;
Npc = null;
Mount = null;
Storage = null;
Exchange = null;
Bid = null;
_disposedValue = true;
}
}
public IActionResult Index()
{
var voiceResponse = new VoiceResponse();
voiceResponse.Say("您好這邊是裕融企業", VoiceEnum.Alice, null, Say.LanguageEnum.ZhTw);
var message = $"請問您是溫家宏先生嗎 請回答是或否謝謝";
voiceResponse.Say(message, VoiceEnum.Alice, null, Say.LanguageEnum.ZhTw);
Gather gather = new Gather(
numDigits: 1,
input: new List <InputEnum> {
InputEnum.Speech
},
language: Twilio.TwiML.Voice.Gather.LanguageEnum.CmnHantTw,
hints: "是,否",
speechTimeout: "1",
partialResultCallback: new Uri("https://conversationtemplate.azurewebsites.net/STT"),
partialResultCallbackMethod: HttpMethod.Post,
action: new Uri("https://conversationtemplate.azurewebsites.net/VoiceTest/Speechmessage"),
method: HttpMethod.Post);
voiceResponse.Append(gather);
voiceResponse
.Say("這是Gather的句子", VoiceEnum.Alice, null, Say.LanguageEnum.ZhTw);
return(TwiML(voiceResponse));
}
public IActionResult Index()
{
var parameters = ToDictionary(this.Request.Form);
var response = new VoiceResponse();
string CallSid = "";
parameters.TryGetValue("CallSid", out CallSid);
if (!String.IsNullOrWhiteSpace(CallSid))
{
Call call = null;
memoryCache.TryGetValue(CallSid, out call);
// bool isExist = memoryCache.TryGetValue(AccountSid, out call);
if (call != null)
{
var gather = new Gather(action: new Uri(Auth.UrlPath + "/api/connect/"));
gather.Say("Spinga un numero per accettare la chiamata da GIupiter.com", voice: "alice", language: "it-IT");
response.Append(gather);
response.Say("Grazie Arrivederci!", voice: "alice", language: "it-IT");
response.Hangup();
}
else
{
response.Say("Mi spiace c'è stato un errore!", voice: "alice", language: "it-IT");
response.Hangup();
}
}
else
{
response.Say("Mi spiace c'è stato un errore cache!", voice: "alice", language: "it-IT");
response.Hangup();
}
return(Content(response.ToString(), "application/xml"));
}
public bool EncodeApply(int amount, out string applyKey, out string messages)
{
bool succeed = false;
applyKey = string.Empty;
messages = string.Empty;
string baseUrl = inputParameters["InterfaceAddress"];
string clientId = inputParameters["ClientId"];
long timeStamp = (long)(DateTime.Now - TimeZone.CurrentTimeZone.ToLocalTime(new System.DateTime(1970, 1, 1))).TotalMilliseconds;
string sign = Tools.AESEncode(clientId + timeStamp, inputParameters["AESKey"]);
Gather gather = new Gather();
gather.Url = $@"{baseUrl}{ApplySubAddress}/clientId={clientId}/num={amount}/timeStamp={timeStamp}/sign={sign}";
string resultHtml = gather.GetHtml();
if (resultHtml == string.Empty)
{
messages = gather.TraceInfo;
}
else
{
ResultObject jsonResult = JsonConvert.DeserializeObject <ResultObject>(resultHtml);
if (jsonResult.status == 200)
{
applyKey = jsonResult.fileid;
succeed = true;
}
else
{
messages = jsonResult.msg;
}
}
return(succeed);
}
public Gatherer <T> From <TProperty>(Expression <Func <T, TProperty> > propertyFunc, Func <Gatherer <TProperty>, Gatherer <TProperty> > gatherFunc)
{
var property = propertyFunc.AsPropertyInfo();
var gatherer = gatherFunc(Gather.From(propertyFunc.Get(value)));
gatherers.Add(property, gatherer);
return(this);
}
protected void Application_Start()
{
GlobalConfiguration.Configure(WebApiConfig.Register);
_gather = new Gather();
_gather.Run();
//AddTemplate();
}
public void Setup() {
waitHandle = new AutoResetEvent(false);
sut = new Gather<int>();
sut.Result += x => {
result = x;
waitHandle.Set();
};
}
public TwiMLResult Get()
{
var response = new VoiceResponse();
var gather = new Gather(action: new Uri("/api/voice"), numDigits: 1, timeout: 5);
gather.Say("Please press 1 for sales or 2 for support.");
response.Append(gather);
return(TwiML(response));
}
public TwiMLResult GetAccountDetails()
{
var response = new VoiceResponse();
var gather = new Gather(action: Url.ActionUri("GetEndUserMobileNo", "Menu"), finishOnKey: "#", maxSpeechTime: 120);
gather.Say("Enter the mobile number of a person whom you want to transfer money followed by #");
response.Append(gather);
return(TwiML(response));
}
public TwiMLResult Welcome()
{
var response = new VoiceResponse();
var gather = new Gather(action: Url.Action("Show", "Menu"), numDigits: 1);
gather.Play("http://howtodocs.s3.amazonaws.com/et-phone.mp3", loop: 3);
response.Gather(gather);
return(TwiML(response));
}
static void Main()
{
var response = new VoiceResponse();
var gather = new Gather(input: "speech", action: new Uri("/completed"));
gather.Say("Welcome to Twilio, please tell us why you're calling");
response.Append(gather);
Console.WriteLine(response.ToString());;
}
public ActionResult Incoming()
{
var response = new VoiceResponse();
var gather = new Gather(numDigits: 1, action: "/call/enqueue", method: "POST");
gather.Say("For Programmable SMS, press one. For Voice, press any other key.");
response.Gather(gather);
return(TwiML(response));
}
public TwiMLResult Welcome()
{
var response = new VoiceResponse();
var gather = new Gather(action: Url.ActionUri("AuthenticateUser", "Menu"), numDigits: 6, maxSpeechTime: 120);
gather.Say("Please enter your secret key to begin the transaction");
response.Append(gather);
return(TwiML(response));
}
static void Main()
{
var response = new VoiceResponse();
var gather = new Gather(action: "/completed", input: "speech");
gather.Say("Welcome to Twilio, please tell us why you're calling");
response.Gather(gather);
System.Console.WriteLine(response.ToString());
}
static void Main()
{
var response = new VoiceResponse();
var gather = new Gather(input: "speech dtmf", numDigits: 1, timeout: 3);
gather.Say("Please press 1 or say sales for sales.");
response.Gather(gather);
System.Console.WriteLine(response.ToString());
}
public void TestEmptyElement()
{
var elem = new Gather();
Assert.AreEqual(
"<?xml version=\"1.0\" encoding=\"utf-8\"?>" + Environment.NewLine +
"<Gather></Gather>",
elem.ToString()
);
}
public IActionResult Speechmessage(string SpeechResult)
{
var response = new VoiceResponse();
var language = Say.LanguageEnum.ZhTw;
//_logger.LogTrace(SpeechResult);
//_logger.LogDebug(SpeechResult);
_logger.LogInformation("Information 是否是本人 log SpeechResult ==========================================> " + SpeechResult);
//_logger.LogWarning(SpeechResult);
//_logger.LogError(SpeechResult);
//_logger.LogCritical(SpeechResult);
//string pattern = ("是");
//Match match = Regex.Match(SpeechResult, pattern);
//if (match.Success)
switch (SpeechResult)
{
case "是":
response.Say("溫家宏先生您好", VoiceEnum.Alice, null, language);
Gather gather = new Gather(
input: new List <InputEnum> {
InputEnum.Speech
},
language: Twilio.TwiML.Voice.Gather.LanguageEnum.CmnHantTw,
hints: "是,否",
speechTimeout: "1",
partialResultCallback: new Uri("https://conversationtemplate.azurewebsites.net/STT"),
partialResultCallbackMethod: HttpMethod.Post,
action: new Uri("https://conversationtemplate.azurewebsites.net/VoiceTest/SpeechSecond"),
method: HttpMethod.Post).Say("請問您本期因繳款想以繳清了嗎 請回答是或否謝謝", VoiceEnum.Alice, null, language);
response.Append(gather);
break;
case "否":
response.Say("很抱歉打擾您了", VoiceEnum.Alice, null, language);
break;
default:
break;
}
response.Say("您好，這邊是裕融企業資訊中心，您聽到的是中文音訊測試", VoiceEnum.Alice, null, language);
//Trace.Listeners.Add(new TextWriterTraceListener("SpeechResultOutput.log", "SpeechListener"));
//Trace.TraceInformation(SpeechResult);
//Trace.Flush();
return(TwiML(response));
}
public TwiMLResult Index()
{
var response = new VoiceResponse();
var gather = new Gather(action: new Uri("http://corey.ngrok.io/action"), input: new List <Gather.InputEnum> {
Gather.InputEnum.Speech
});
gather.Say("Hi. I'm looking for Corey Weathers");
response.Append(gather);
return(TwiML(response));
}
private TwiMLResult Planets1()
{
var response = new VoiceResponse();
var gather = new Gather(action: Url.ActionUri("Interconnect", "PhoneExchange"), numDigits: 1);
gather.Say("Connecting your to your agent now ..., please wait ",
voice: "alice", language: "en-GB", loop: 1);
response.Append(gather);
return(TwiML(response));
}
static void Main()
{
var response = new VoiceResponse();
var gather = new Gather(action: new Uri("/process_gather.php"), method: HttpMethod.Get);
gather.Say("Enter something, or not");
response.Append(gather);
response.Redirect(new Uri("/process_gather.php?Digits=TIMEOUT"), method: HttpMethod.Get);
Console.WriteLine(response.ToString());;
}
static void Main()
{
var response = new VoiceResponse();
var gather = new Gather(input: new [] { Gather.InputEnum.Speech, Gather
.InputEnum.Dtmf }.ToList(), timeout: 3, numDigits: 1);
gather.Say("Please press 1 or say sales for sales.");
response.Append(gather);
Console.WriteLine(response.ToString());
}
public GatherResource(Gather gather)
{
Gather = gather;
foreach (ItemType i in Gather.Input)
{
Preconditions.Add(new Tuple <string, object>("HasItem", i), true);
}
Effects.Add(new Tuple <string, object>("HasItem", Gather.Output), true);
Duration = Gather.Duration;
Cost = Gather.Duration;
}
public TwiMLResult Welcome()
{
var response = new VoiceResponse();
var gather = new Gather(action: Url.ActionUri("Show", "Menu"), numDigits: 1);
gather.Say("Thank you for calling the Office of Personnel Management," +
"Press 1 to create a support ticket, press 2 to connect to your support agent.");
response.Append(gather);
return(TwiML(response));
}
public Profile()
{
Hotspots = new List <HotSpot>();
Blackspots = new List <HotSpot>();
Items = new List <string>();
Gatherskills = new List <string>();
TeleportOnComplete = new Teleport();
TeleportOnStart = new Teleport();
gear = new Gear();
gather = new Gather();
}
static void Main()
{
var response = new VoiceResponse();
var gather = new Gather(method: "GET", action: "/process_gather.php");
gather.Say("Enter something, or not");
response.Gather(gather);
response.Redirect("/process_gather.php?Digits=TIMEOUT", method: "GET");
System.Console.WriteLine(response.ToString());
}
/**
* Reply to an incoming call with a sentence and a gather
*/
public static void letsPlayAGame()
{
post("/incoming/call", (request, response) => {
string json = ControllerHelpers.getBody(request);
BandwidthCallbackMessageVoice callbackMessageVoice = APIHelper.JsonDeserialize <BandwidthCallbackMessageVoice>(json);
string eventType = callbackMessageVoice.EventType;
Response bxmlResponse = new Response();
if ("initiate".Equals(eventType))
{
SpeakSentence speakSentence = new SpeakSentence();
speakSentence.Sentence = "lets play a game";
SpeakSentence speakSentence1 = new SpeakSentence();
speakSentence1.Sentence = "What is the sum of 2 plus 3. Enter the sum followed by the pound symbol.";
Gather gather = new Gather();
gather.TerminatingDigits = "#";
gather.SpeakSentence = speakSentence1;
//If the destination of the gather url is on the same server, a relative URL will work too
//gather.GatherUrl = "/incoming/call";
gather.GatherUrl = host + "/incoming/call";
bxmlResponse.Add(speakSentence);
bxmlResponse.Add(gather);
}
else if ("gather".Equals(eventType))
{
string digits = callbackMessageVoice.Digits;
PlayAudio playAudio;
if ("5".Equals(digits))
{
//Correct
playAudio = new PlayAudio();
playAudio.Url = "https://www23.online-convert.com/dl/web2/download-file/58b6885c-7ecc-4a55-b7ed-8a849e96965e/Smartest%20man%20alive.wav";
}
else
{
//Wrong
playAudio = new PlayAudio();
playAudio.Url = "https://www8.online-convert.com/dl/web2/download-file/1eb741cf-9c40-4166-8a63-40cf70c06348/Never%20Gonna%20Give%20You%20Up%20Original.wav";
}
bxmlResponse.Add(playAudio);
}
return(bxmlResponse.ToXml());
});
}
public void Without_correlationId()
{
IMessage result = null;
var sut = new Gather<string>("x");
sut.Implementation(new Message("x.count", 2), null, null);
sut.Implementation(new Message("x.stream", "a"), null, null);
sut.Implementation(new Message("x.stream", "b"), _ => result = _, null);
Assert.That(result.Data, Is.EqualTo(new[]{"a", "b"}));
}
public virtual void GatherCollision(NodeContent nc, Matrix x, Gather g)
{
negYCount = 0;
MeshContent mc = nc as MeshContent;
if (mc != null)
{
AppendGeometry(mc, x, g);
}
foreach (NodeContent cld in nc.Children)
{
GatherCollision(cld, x * cld.Transform, g);
}
}
public Eindeutige_Stichwörter_ermitteln_parallel() {
var dateinamen_suchen = new Dateinamen_suchen();
var alle_Stichwörter_ermitteln1 = new Alle_Stichwörter_ermitteln();
var alle_Stichwörter_ermitteln2 = new Alle_Stichwörter_ermitteln();
var eindeutige_Stichwörter_filtern = new Eindeutige_Stichwörter_filtern();
var scatter = new Scatter<string>();
var gather = new Gather<string>();
dateinamen_suchen.Result += scatter.Process;
scatter.Output1 += alle_Stichwörter_ermitteln1.Process;
scatter.Output2 += alle_Stichwörter_ermitteln2.Process;
alle_Stichwörter_ermitteln1.Result += gather.Input1;
alle_Stichwörter_ermitteln2.Result += gather.Input2;
gather.Result += eindeutige_Stichwörter_filtern.Process;
eindeutige_Stichwörter_filtern.Result += x => Result(x);
process = path_und_SearchPattern =>
dateinamen_suchen.Process(path_und_SearchPattern);
}
public void With_correlationId()
{
IMessage result = null;
var sut = new Gather<string>("x");
var corrId1 = Guid.NewGuid();
var corrId2 = Guid.NewGuid();
sut.Implementation(new Message("x.count", 2, corrId1), null, null);
sut.Implementation(new Message("x.count", 3, corrId2), null, null);
sut.Implementation(new Message("x.stream", "a", corrId1), null, null);
sut.Implementation(new Message("x.stream", "x", corrId2), null, null);
sut.Implementation(new Message("x.stream", "y", corrId2), null, null);
sut.Implementation(new Message("x.stream", "b", corrId1), _ => result = _, null);
Assert.That(result.Data, Is.EqualTo(new[] { "a", "b" }));
sut.Implementation(new Message("x.stream", "z", corrId2), _ => result = _, null);
Assert.That(result.Data, Is.EqualTo(new[] { "x", "y", "z" }));
}
public virtual CollisionContent ProcessCollision(NodeContent nc)
{
Gather g = new Gather();
GatherCollision(nc, Matrix.Identity, g);
if (negYCount > g.Triangles.Count / 2)
{
context.Logger.LogImportantMessage("{0} of {1} triangles have down-facing normals",
negYCount, g.Triangles.Count);
}
return MakeCollisionContent(g);
}
static Gather()
{
None = new Gather { Name = "未安装采集盒", TypeNState = 0 };
SD = new Gather { Name = "SD", TypeNState = 1 };
GPRS = new Gather { Name = "GPRS", TypeNState = 2 };
Lan = new Gather { Name = "Lan", TypeNState = 3 };
}
void AppendGeometry(MeshContent mc, Matrix x, Gather g)
{
int ta = 2;
int tb = 1;
if (SwapWindingOrder)
{
ta = 1;
tb = 2;
}
int vBase = g.Vertices.Count;
bool first = (g.Bounds.Lo == Vector3.Zero && g.Bounds.Hi == Vector3.Zero);
foreach (Vector3 v in mc.Positions)
{
Vector3 vt = Vector3.Transform(v, x);
g.Vertices.Add(vt);
if (first)
{
first = false;
g.Bounds.Set(vt, vt);
}
g.Bounds.Include(vt);
}
foreach (GeometryContent gc in mc.Geometry)
{
for (int i = 0, n = gc.Indices.Count - 2; i < n; i += 3)
{
Triangle t = new Triangle();
t.VertexA = gc.Indices[i] + vBase;
t.VertexB = gc.Indices[i + ta] + vBase;
t.VertexC = gc.Indices[i + tb] + vBase;
t.Normal = Vector3.Cross(g.Vertices[t.VertexB] - g.Vertices[t.VertexA], g.Vertices[t.VertexC] - g.Vertices[t.VertexB]);
if (t.Normal.Y < 0)
{
++negYCount;
}
if (t.Normal.LengthSquared() > 1e-10f)
{
t.Normal.Normalize();
}
else
{
context.Logger.LogImportantMessage("Normal is surprisingly short: {0} for tri {1}",
t.Normal, i / 3);
// set some normal; I don't really care
if (t.Normal.X > 0)
t.Normal = Vector3.Right;
else if (t.Normal.X < 0)
t.Normal = Vector3.Left;
else if (t.Normal.Z > 0)
t.Normal = Vector3.Backward;
else if (t.Normal.Z < 0)
t.Normal = Vector3.Forward;
else if (t.Normal.Y < 0)
t.Normal = Vector3.Down;
else
t.Normal = Vector3.Up;
}
// Assume the center of the bounding sphere is the center of the longest edge.
// This is true for any triangle that is right-angled or blunt. The center will
float la = (g.Vertices[t.VertexB] - g.Vertices[t.VertexA]).Length();
float lb = (g.Vertices[t.VertexC] - g.Vertices[t.VertexB]).Length();
float lc = (g.Vertices[t.VertexA] - g.Vertices[t.VertexC]).Length();
Vector3 c;
if (la > lb)
if (la > lc)
c = (g.Vertices[t.VertexB] + g.Vertices[t.VertexA]) * 0.5f;
else
c = (g.Vertices[t.VertexA] + g.Vertices[t.VertexC]) * 0.5f;
else
if (lb > lc)
c = (g.Vertices[t.VertexC] + g.Vertices[t.VertexB]) * 0.5f;
else
c = (g.Vertices[t.VertexA] + g.Vertices[t.VertexC]) * 0.5f;
t.Distance = Vector3.Dot(t.Normal, c);
g.Triangles.Add(t);
float r = (g.Vertices[t.VertexA] - c).Length();
r = Math.Max(r, (g.Vertices[t.VertexB] - c).Length());
r = Math.Max(r, (g.Vertices[t.VertexC] - c).Length());
BoundingSphere bs = new BoundingSphere(c, r);
// The center is somewhere inside for a triangle that is sharp.
// Calculate an alternative center to get a better bounding sphere.
if (la < lb)
if (la < lc)
c = (g.Vertices[t.VertexC] * 2 + g.Vertices[t.VertexB] + g.Vertices[t.VertexA]) * 0.25f;
else
c = (g.Vertices[t.VertexB] * 2 + g.Vertices[t.VertexC] + g.Vertices[t.VertexA]) * 0.25f;
else
if (lb < lc)
c = (g.Vertices[t.VertexA] * 2 + g.Vertices[t.VertexB] + g.Vertices[t.VertexC]) * 0.25f;
else
c = (g.Vertices[t.VertexB] * 2 + g.Vertices[t.VertexC] + g.Vertices[t.VertexA]) * 0.25f;
r = (g.Vertices[t.VertexA] - c).Length();
r = Math.Max(r, (g.Vertices[t.VertexB] - c).Length());
r = Math.Max(r, (g.Vertices[t.VertexC] - c).Length());
if (r < bs.Radius)
{
bs.Center = c;
bs.Radius = r;
}
g.BoundingSpheres.Add(bs);
}
}
}