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);
}
//巡回開始の座標まで移動。到着後は巡回状態になる。
public IState Excute()
{
IState state = this;
if (!warped)
{
if (next == null)
{
mover.MoveToWaypointsThen(scatterPoint,
() =>
{
next = states[State.Scatter] as Scatter;
next.SetState();
});
}
else
{
state = next;
}
}
else //ワープ中。
{
if (warpEndTime < Time.fixedTime)
{
sprite.enabled = true;
warped = false;
}
}
return(state);
}
public async void InitScatter()
{
var network = new ScatterSharp.Api.Network()
{
Blockchain = Scatter.Blockchains.EOSIO,
Host = "api.eossweden.se",
Port = 443,
Protocol = "https",
ChainId = "aca376f206b8fc25a6ed44dbdc66547c36c6c33e3a119ffbeaef943642f0e906"
};
var scatter = new Scatter("UnityTestApp", network);
await scatter.Connect();
var identity = await scatter.GetIdentity(new ScatterSharp.Api.IdentityRequiredFields()
{
Accounts = new List <ScatterSharp.Api.Network>()
{
network
},
Location = new List <ScatterSharp.Api.LocationFields>(),
Personal = new List <ScatterSharp.Api.PersonalFields>()
});
Debug.Log(identity);
var eos = scatter.Eos();
}
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();
}
public Form1() {
InitializeComponent();
var scatter = new Scatter<int>();
scatter.Output1 += x => {
foreach (var t in x) {
Thread.Sleep(10);
if (listBox1.InvokeRequired) {
listBox1.Invoke(new MethodInvoker(() => listBox1.Items.Add(t)));
}
else {
listBox1.Items.Add(t);
}
}
};
scatter.Output2 += x => {
foreach (var t in x) {
Thread.Sleep(10);
if (listBox2.InvokeRequired) {
listBox2.Invoke(new MethodInvoker(() => listBox2.Items.Add(t)));
}
else {
listBox2.Items.Add(t);
}
}
};
scatter.Process(Values());
}
public void SSAForecast_Test()
{
var _ts = getAirPassengersData(); // Monthly time-series data
//DataFrame.ToCsv("usa_deaths.csv",df);
//var ts = df.ToSeries().Select(x => Convert.ToDouble(x));
//embed
var ssa = new SSA(_ts);
//embed
var x = ssa.Embedding(12);
//decompose
ssa.Decompose();
//
var charts = ssa.PlotEigenPairs();
XPlot.Plotly.Chart.ShowAll(charts);
var ff = ssa.Forecast(new int[] { 1, 2, 3, 5, 7 }, 6, method: Forecasting.Rforecasing);
var scatters1 = new Scatter()
{
name = "Predicted", x = Enumerable.Range(1, ff.Length), y = ff, mode = "line",
};
var scatters2 = new Scatter()
{
name = "Actual", x = Enumerable.Range(1, _ts.Count()), y = _ts, mode = "line", fillcolor = "Blue"
};
var chart = XPlot.Plotly.Chart.Plot <Trace>(new Trace[] { scatters1, scatters2 });
chart.Show();
}
protected void Page_Load(object sender, EventArgs e)
{
OpenFlashChart.OpenFlashChart chart = new OpenFlashChart.OpenFlashChart();
List <ScatterValue> data1 = new List <ScatterValue>();
Random rand = new Random(DateTime.Now.Millisecond);
for (double i = 0; i < 12; i++)
{
data1.Add(new ScatterValue(i, rand.Next(30), 5));
}
OpenFlashChart.Scatter line1 = new Scatter("#876543", 10);
line1.Values = data1;
chart.AddElement(line1);
chart.Title = new Title("Scatter Demo");
chart.Y_Axis.SetRange(0, 35, 5);
chart.X_Axis.SetRange(0, 13);
Response.Clear();
Response.CacheControl = "no-cache";
Response.Write(chart.ToString());
Response.End();
}
//Получение выбранной диаграммы.
private AbstractDiagram GetDiagram(DiagramType type)
{
AbstractDiagram diagram;
switch (type)
{
case DiagramType.PieChart:
diagram = new PieChart(DataInfo);
break;
case DiagramType.NormalizedHistogram:
diagram = new NormalizedHistogram(DataInfo);
break;
case DiagramType.StackedHistogram:
diagram = new StackedHistogram(DataInfo);
break;
case DiagramType.Plot:
diagram = new Plot(DataInfo);
break;
case DiagramType.Scatter:
diagram = new Scatter(DataInfo);
break;
default:
throw new ArgumentOutOfRangeException(nameof(type));
}
return(diagram);
}
public async Task <IdentityAccount> GetAccount()
{
try
{
ScatterSharp.Core.Api.Network network = new ScatterSharp.Core.Api.Network()
{
blockchain = ScatterConstants.Blockchains.EOSIO,
host = "jungle3.cryptolions.io",
port = 443,
chainId = "2a02a0053e5a8cf73a56ba0fda11e4d92e0238a4a2aa74fccf46d5a910746840"
};
var fileStorage = new FileStorageProvider(Application.persistentDataPath + "/scatterapp.dat");
using (var scatter = new Scatter(new ScatterConfigurator()
{
AppName = "UNITY-PC-SCATTER",
Network = network,
StorageProvider = fileStorage
}, this))
{
await scatter.Connect();
await scatter.GetIdentity(new IdentityRequiredFields()
{
accounts = new List <ScatterSharp.Core.Api.Network>()
{
network
},
location = new List <LocationFields>(),
personal = new List <PersonalFields>()
});
var eos = new Eos(new EosSharp.Core.EosConfigurator()
{
ChainId = network.chainId,
HttpEndpoint = network.GetHttpEndpoint(),
SignProvider = new ScatterSignatureProvider(scatter)
});
var account = scatter.Identity.accounts.First();
return(account);
}
}
catch (ApiErrorException ex)
{
print(JsonConvert.SerializeObject(ex.error));
return(null);
}
catch (ApiException ex)
{
print(ex.Content);
return(null);
}
catch (Exception ex)
{
print(JsonConvert.SerializeObject(ex));
return(null);
}
}
//[Fact]
public void ScatterBasicTest()
{
//Inputs
uint wavelength = 660;
var distanceToDetector1 = 0.1;
var distanceToDetector2 = 0.3;
var width = 0.05;
var dSkin = 0.05;
var dMuscle = 1;
var dBone = 3;
var concentrationBlood = 0.150;
var ratioOxygen = 0.9;
//Expected values (ballpark figures, actually)
var detectedPhotons1 = 22777800.0;
var detectedPhotons2 = 90400.0;
var averageLength1 = 0.08154087172417027;
var averageLength2 = 0.22765482292591624;
var data = Scatter.Scatterlight(wavelength, distanceToDetector1, distanceToDetector2, width, dSkin, dMuscle,
dBone, concentrationBlood, ratioOxygen, Directory.GetCurrentDirectory());
var photonTolerance = 50000;
var distanceTolerance = 0.01;
Assert.True(Math.Abs(detectedPhotons1 - data.DetectedPhotons1) < photonTolerance, "Tolerance was " + Math.Abs(detectedPhotons1 - data.DetectedPhotons1));
Assert.True(Math.Abs(detectedPhotons2 - data.DetectedPhotons2) < photonTolerance, "Tolerance was " + Math.Abs(detectedPhotons2 - data.DetectedPhotons2));
Assert.True(Math.Abs(averageLength1 - data.LengthToD1) < distanceTolerance, "Tolerance was " + Math.Abs(averageLength1 - data.LengthToD1));
Assert.True(Math.Abs(averageLength2 - data.LengthToD2) < distanceTolerance, "Tolerance was " + Math.Abs(averageLength2 - data.LengthToD2));
}
public IEnumerator Scatter_Test()
{
Scatter_Tester pScatterTester = new GameObject(nameof(Scatter_Tester)).AddComponent <Scatter_Tester>();
List <Transform> listScatterObject = new List <Transform>();
int iRandomCount = Random.Range(5, 10);
float fRandomRange = Random.Range(0f, 5f);
float fRandomDelay = Random.Range(0f, 1f);
Debug.Log("Count : " + iRandomCount);
for (int i = 0; i < iRandomCount; i++)
{
listScatterObject.Add(new GameObject(i.ToString()).transform);
}
_bIsTestRunning = true;
Scatter.DoScattterCoroutine(pScatterTester, listScatterObject.ToArray(), Vector3.zero, fRandomRange, fRandomDelay,
null,
(Transform[] arrObject) =>
{
Debug.Log("OnFinish Scatter");
_bIsTestRunning = false;
});
Assert.IsTrue(_bIsTestRunning);
while (_bIsTestRunning)
{
yield return(null);
}
Debug.Log(nameof(Scatter_Test) + " is Finish");
}
public async Task <string> GetArbitrarySignature()
{
await Scatter.Connect();
var identity = await GetIdentityFromScatter();
return(await Scatter.GetArbitrarySignature(identity.publicKey, "HELLO WORLD!"));
}
public async Task <string> Authenticate()
{
await Scatter.Connect();
var identity = await GetIdentityFromScatter();
return(await Scatter.Authenticate(UtilsHelper.RandomNumber()));
}
public IScatter <TResponse> ScatterEnvelope <TRequest, TResponse>(Envelope <TRequest> envelope)
{
var scatter = new Scatter <TResponse>();
var topic = _router.RouteScatter <TRequest, TResponse>(envelope.Topics.FirstOrDefault(), envelope);
_participantDispatcher.Scatter(topic ?? string.Empty, envelope, scatter);
return(scatter);
}
public ScatterEosUnitTests()
{
Scatter = new Scatter(new ScatterConfigurator()
{
AppName = "MyApp",
Network = network
});
}
public void SetUp()
{
_figure = new Figure()
{
Data = new DataPoints(x: _x, y: _y)
};
_scatter2D = new Scatter()
{
Data = new DataPoints(x: _x, y: _y)
};
_scatter3D = new Scatter()
{
Data = new DataPoints(x: _x, y: _y, z: _z)
};
_line2D = new Line()
{
Data = new DataPoints(x: _x, y: _y)
};
_filledCurves = new FilledCurves()
{
Data = new DataPoints(x: _x, y: _y, z: _z)
};
_linePoints2D = new LinePoints()
{
Data = new DataPoints(x: _x, y: _y)
};
_yError = new YError()
{
Data = new DataPoints(x: _x, y: _y, z: _z)
};
_line3D = new Line()
{
Data = new DataPoints(x: _x, y: _y, z: _z)
};
_linePoints3D = new LinePoints()
{
Data = new DataPoints(x: _x, y: _y, z: _z)
};
_impulse = new Impulse();
_function = new Function()
{
Properties = { Function = _f }
};
_bars = new Bars();
Normal.Samples(_array, mean: 0, stddev: 1);
_histogram = new Histogram()
{
Data = new DataPoints(x: _array)
};
_boxplot = new Boxplot()
{
Data = new DataPoints(x: _array)
};
_vector = new Vector()
{
Data = new DataPoints(x1: _x, x2: _y, y1: _z, y2: _z)
};
}
/// <summary>
/// Create a new ScatterExtension
/// </summary>
public static Scatter CreateInstance(GameObject o, bool science, bool colliders, ConfigNode experimentNode)
{
Scatter scatter = o.AddComponent <Scatter>();
scatter.science = science;
scatter.colliders = colliders;
scatter.experimentNode = experimentNode;
return(scatter);
}
public static IList<Scatter> EconDatas2(int year, IList<string> provider)
{
IList<Scatter> scatters = new List<Scatter>();
foreach (var data in provider)
{
var scatter = new Scatter();
scatter.data = new JRaw(string.Format("{0}[{1}]", data, year));
scatters.Add(scatter);
}
return scatters;
}
public static IList <Scatter> EconDatas2(int year, IList <string> provider)
{
IList <Scatter> scatters = new List <Scatter>();
foreach (var data in provider)
{
var scatter = new Scatter();
scatter.data = new JRaw(string.Format("{0}[{1}]", data, year));
scatters.Add(scatter);
}
return(scatters);
}
private async Task <Identity> GetIdentityFromScatter()
{
return(await Scatter.GetIdentity(new IdentityRequiredFields()
{
accounts = new List <Network>()
{
Network
},
location = new List <LocationFields>(),
personal = new List <PersonalFields>()
}));
}
public async Task <string> GetEncryptionKey()
{
await Scatter.Connect();
var fromKey = await Scatter.GetPublicKey(ScatterConstants.Blockchains.EOSIO);
var toKey = await Scatter.GetPublicKey(ScatterConstants.Blockchains.EOSIO);
var r = new Random();
return(await Scatter.GetEncryptionKey(fromKey, toKey, (UInt64)r.Next()));
}
public void Scatter_DuplicateResponses()
{
var target = new Scatter <int>();
var id = Guid.NewGuid();
target.AddParticipant(id);
target.AddResponse(id, ScatterResponse <int> .Success(id, "A", 5));
target.AddResponse(id, ScatterResponse <int> .Success(id, "A", 6));
var response = target.GatherResponses();
response.Count.Should().Be(1);
response[0].Value.Should().Be(5);
}
public async Task AddToken()
{
await Scatter.Connect();
var identity = await GetIdentityFromScatter();
await Scatter.AddToken(new Token()
{
name = "EOS",
symbol = "EOS",
contract = "eosio.token"
});
}
public ScatterUnitTests(MonoBehaviour scriptInstance)
{
var fileStorage = new FileStorageProvider(Application.persistentDataPath + "/scatterapp.dat");
var scatter = new Scatter(new ScatterConfigurator()
{
AppName = "UNITY-WEBGL-SCATTER-SHARP",
Network = network,
StorageProvider = fileStorage
}, scriptInstance);
ScatterUnitTestCases = new ScatterUnitTestCases(scatter, network);
}
public static async Task <IActionResult> Run(
[HttpTrigger(AuthorizationLevel.Function, "get", "post", Route = null)] HttpRequest req,
ILogger log, ExecutionContext context)
{
log.LogInformation("ScatterParameter called");
string name = req.Query["name"];
uint wavelength = Convert.ToUInt32(req.Query["wavelength"]);
double distanceToDetector1 = Convert.ToDouble(req.Query["distanceTo1"]);
double distanceToDetector2 = Convert.ToDouble(req.Query["distanceTo2"]);
double width = Convert.ToDouble(req.Query["halfWidth"]);
double thicknessSkin = Convert.ToDouble(req.Query["thicknessSkin"]);
double thicknessMuscle = Convert.ToDouble(req.Query["thicknessMuscle"]);
double thicknessBone = Convert.ToDouble(req.Query["thicknessBone"]);
double concentrationBlood = Convert.ToDouble(req.Query["concentrationBlood"]);
double ratio = Convert.ToDouble(req.Query["ratio"]);
if (req.Method == "POST")
{
string requestBody = await new StreamReader(req.Body).ReadToEndAsync();
var body = JsonConvert.DeserializeObject <Core.ScatterParameters>(requestBody);
try
{
var data = Scatter.Scatterlight(body, context.FunctionAppDirectory);
return(new OkObjectResult(data));
}
catch (Exception e)
{
log.LogError(e, "Excpetion occured in ScatterLight function");
return(new ExceptionResult(e, false));
}
}
else
{
try
{
var data = Scatter.Scatterlight(wavelength, distanceToDetector1, distanceToDetector2, width,
thicknessSkin, thicknessMuscle, thicknessBone, concentrationBlood, ratio, context.FunctionAppDirectory);
return(new OkObjectResult(data));
}
catch (Exception e)
{
log.LogError(e, "Excpetion occured in ScatterLight function");
return(new ExceptionResult(e, false));
}
}
}
public ScatterUnitTests()
{
var storageProvider = new MemoryStorageProvider();
storageProvider.SetAppkey(UtilsHelper.ByteArrayToHexString(Sha256Manager.GetHash(Encoding.UTF8.GetBytes("appkey:0a182c0d054b6fd9f9361c82fcd040b46c41a6f61952a3ea"))));
var scatter = new Scatter(new ScatterConfigurator()
{
AppName = "SCATTER-SHARP",
Network = network,
StorageProvider = storageProvider
});
ScatterUnitTestCases = new ScatterUnitTestCases(scatter, network);
}
private void StartButton_Clicked(object sender, EventArgs e)
{
if (_isRunning)
{
ResetPositions();
}
ScatterResult = Scatter.PerformScatter(MathsHelpers.ToRadians(Rand.Next(-180, 181)));
UpdateLabels();
this.ElectronStartPos = ElectronNode.Position;
_isRunning = true;
}
public async Task <bool> LinkAccount()
{
await Scatter.Connect();
var identity = await GetIdentityFromScatter();
var account = identity.accounts.First();
return(await Scatter.LinkAccount(new LinkAccount()
{
publicKey = account.publicKey,
name = account.name,
authority = account.authority
}));
}
public async Task <SignaturesResult> RequestSignature()
{
await Scatter.Connect();
var identity = await GetIdentityFromScatter();
return(await Scatter.RequestSignature(new
{
Network,
blockchain = ScatterConstants.Blockchains.EOSIO,
requiredFields = new List <object>(),
//TODO add transaction
origin = Scatter.GetAppName()
}));
}
public static async void Login()
{
mScatter = new Scatter(mScatterTitle, mNetwork);
try
{
await mScatter.Connect();
}
catch (WebSocketException ex)
{
string errorMsg = "";
switch (ex.ErrorCode)
{
case 10061:
errorMsg = "데스크탑 스캐터가 실행중이지 않습니다.";
break;
default:
errorMsg = ex.Message;
break;
}
Form1.tbConsoleQueue.Enqueue(errorMsg);
Form1.btnLoginQueue.Enqueue(true);
return;
}
var identity = await mScatter.GetIdentity(new ScatterSharp.Api.IdentityRequiredFields()
{
Accounts = new List <ScatterSharp.Api.Network>()
{
mNetwork
},
Location = new List <ScatterSharp.Api.LocationFields>(),
Personal = new List <ScatterSharp.Api.PersonalFields>()
});
string accountName = identity.Accounts[0].Name;
Form1.tbConsoleQueue.Enqueue("PvP Poker 서버에 " + accountName + " 계정으로 로그인중입니다.");
var sendPacket = new LoginReqPacket()
{
AccountName = accountName
};
mAClient.Send(sendPacket);
}
/// <summary>链接静态库</summary>
/// <returns></returns>
protected override String OnBuild(String name)
{
/*
* --cpu Cortex-M3 *.o --library_type=microlib --strict --scatter ".\Obj\SmartOSF1_Debug.sct"
* --summary_stderr --info summarysizes --map --xref --callgraph --symbols
* --info sizes --info totals --info unused --info veneers
* --list ".\Lis\SmartOSF1_Debug.map"
* -o .\Obj\SmartOSF1_Debug.axf
*
* --cpu Cortex-M0 *.o --library_type=microlib --diag_suppress 6803 --strict --scatter ".\Obj\Smart130.sct"
* --summary_stderr --info summarysizes --map --xref --callgraph --symbols
* --info sizes --info totals --info unused --info veneers
* --list ".\Lis\Smart130.map"
* -o .\Obj\Smart130.axf
*/
var lstName = GetListPath(name);
var objName = GetObjPath(name);
var sb = new StringBuilder();
sb.AppendFormat("--cpu {0} --library_type=microlib --strict", CPU);
if (!Scatter.IsNullOrEmpty() && File.Exists(Scatter.GetFullPath()))
{
sb.AppendFormat(" --scatter \"{0}\"", Scatter);
//Console.WriteLine("使用分散加载文件");
}
else
{
sb.AppendFormat(" --ro-base 0x08000000 --rw-base 0x20000000 --first __Vectors");
//Console.WriteLine("未使用分散加载文件");
//Console.WriteLine("--ro-base 0x08000000 --rw-base 0x20000000 --first __Vectors");
}
//sb.Append(" --summary_stderr --info summarysizes --map --xref --callgraph --symbols");
//sb.Append(" --info sizes --info totals --info unused --info veneers");
sb.Append(" --summary_stderr --info summarysizes --map --xref --callgraph --symbols");
sb.Append(" --info sizes --info totals --info veneers --diag_suppress L6803 --diag_suppress L6314");
var axf = objName.EnsureEnd(".axf");
sb.AppendFormat(" --list \"{0}.map\" -o \"{1}\"", lstName, axf);
return(sb.ToString());
}
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);
}
private static async Task <Scatter> GetSqlLockTrace(string startTime, string endTime)
{
var influxDBClient = InfluxDbHelper.Client.Value;
var vusPoints = await influxDBClient.GetPointFromInfluxDb(startTime, endTime,
@"
|> filter(fn: (r) => r[""_field""] == ""value"")
|> filter(fn: (r) => r[""counter""] == ""Lock Waits/sec"")
|> derivative(unit: 1s, nonNegative: false)
|> yield(name: ""derivative"")
", null, "mssql");
var cpuTrace = new Scatter()
{
x = vusPoints.Select(it => it.Time.AddHours(8)),
y = vusPoints.Select(it => it.Data1),
name = "app server read(count/s)",
yaxis = "y2"
};
return(cpuTrace);
}
static void Main(string[] args)
{
var absorption = Coefficients.ObtainAbsorptionCoefficients(660);
var scatteringCoefficients = Coefficients.ObtainScatteringCoefficients(660);
var data400 = Scatter.Scatterlight(450, 0.1, 0.3, 0.05, 0.05, 1, 3, 0.150, 0.9);
var data660 = Scatter.Scatterlight(660, 0.1, 0.3, 0.05, 0.05, 1, 3, 0.150, 0.9);
var data900 = Scatter.Scatterlight(900, 0.1, 0.3, 0.05, 0.05, 1, 3, 0.150, 0.9);
var datas = new List <ScatterData>
{
data400,
data660,
data900
};
var wavelengths = new List <int> {
450, 660, 900
};
CalculateRatio(datas, wavelengths);
}
public void Spline_Test01()
{
var x = new double[] { 1, 2, 3 };
var y = new double[] { 2, 5, 1 };
var fun1 = new Linear(x, y); //linear iterpolation
var fun2 = new Poly(x, y, 3); //quadratic interpolation
var fun3 = new Spline(x, y); //SPline interpolation
var retVal1 = fun1.interp(1.5);
var retVal2 = fun2.interp(1.5);
var retVal3 = fun3.interp(1.5);
var xVal = nc.GenerateDoubleSeries(0.8, 3.3, 0.1).Select(x => (double)x).ToList();
var yVal1 = xVal.Select(x => fun1.interp(x)).ToList();
var yVal2 = xVal.Select(x => fun2.interp(x)).ToList();
var yVal3 = xVal.Select(x => fun3.interp(x)).ToList();
var s1 = new Scatter()
{
name = "Linear", x = xVal, y = yVal1, mode = "line",
};
var s2 = new Scatter()
{
name = "Poly", x = xVal, y = yVal2, mode = "line",
};
var s3 = new Scatter()
{
name = "Spline", x = xVal, y = yVal3, mode = "line",
};
var s4 = new Scatter()
{
name = "Actual", x = x, y = y, mode = "point", fillcolor = "Blue"
};
var chart = XPlot.Plotly.Chart.Plot <Trace>(new Trace[] { s1, s2, s3, s4 });
chart.Show();
}
protected void Page_Load(object sender, EventArgs e)
{
OpenFlashChart.OpenFlashChart chart = new OpenFlashChart.OpenFlashChart();
List<ScatterValue> data1 = new List<ScatterValue>();
Random rand = new Random(DateTime.Now.Millisecond);
for (double i = 0; i < 12; i++)
{
data1.Add(new ScatterValue(i,rand.Next(30),5));
}
OpenFlashChart.Scatter line1 = new Scatter("#876543",10);
line1.Values = data1;
chart.AddElement(line1);
chart.Title = new Title("Scatter Demo");
chart.Y_Axis.SetRange(0, 35, 5);
chart.X_Axis.SetRange(0,13);
Response.Clear();
Response.CacheControl = "no-cache";
Response.Write(chart.ToString());
Response.End();
}
public void Setup() {
sut = new Scatter<int>();
sut.Output1 += x => result1 = x;
sut.Output2 += x => result2 = x;
}