mirror of
https://github.com/ZuneDev/Xune.git
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289 lines
12 KiB
C#
289 lines
12 KiB
C#
// Decompiled with JetBrains decompiler
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// Type: Microsoft.Iris.Markup.UIX.MathSchema
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// Assembly: UIX, Version=4.8.0.0, Culture=neutral, PublicKeyToken=ddd0da4d3e678217
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// MVID: A56C6C9D-B7F6-46A9-8BDE-B3D9B8D60B11
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// Assembly location: C:\Program Files\Zune\UIX.dll
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using System;
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namespace Microsoft.Iris.Markup.UIX
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{
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internal static class MathSchema
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{
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public static UIXTypeSchema Type;
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private static object CallMinInt32Int32(object instanceObj, object[] parameters) => (int)parameters[0] > (int)parameters[1] ? parameters[1] : parameters[0];
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private static object CallMinSingleSingle(object instanceObj, object[] parameters) => (float)parameters[0] > (double)(float)parameters[1] ? parameters[1] : parameters[0];
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private static object CallMinDoubleDouble(object instanceObj, object[] parameters) => (double)parameters[0] > (double)parameters[1] ? parameters[1] : parameters[0];
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private static object CallMaxInt32Int32(object instanceObj, object[] parameters) => (int)parameters[0] < (int)parameters[1] ? parameters[1] : parameters[0];
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private static object CallMaxSingleSingle(object instanceObj, object[] parameters) => (float)parameters[0] < (double)(float)parameters[1] ? parameters[1] : parameters[0];
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private static object CallMaxDoubleDouble(object instanceObj, object[] parameters) => (double)parameters[0] < (double)parameters[1] ? parameters[1] : parameters[0];
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private static object CallAbsInt32(object instanceObj, object[] parameters)
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{
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int parameter = (int)parameters[0];
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int num = Math.Abs(parameter);
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return num != parameter ? num : parameters[0];
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}
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private static object CallAbsSingle(object instanceObj, object[] parameters)
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{
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float parameter = (float)parameters[0];
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float num = Math.Abs(parameter);
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return num != (double)parameter ? num : parameters[0];
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}
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private static object CallAbsDouble(object instanceObj, object[] parameters)
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{
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double parameter = (double)parameters[0];
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double num = Math.Abs(parameter);
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return num != parameter ? num : parameters[0];
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}
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private static object CallRoundSingle(object instanceObj, object[] parameters)
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{
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float parameter = (float)parameters[0];
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float num = (float)Math.Round(parameter);
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return num != (double)parameter ? num : parameters[0];
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}
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private static object CallRoundDouble(object instanceObj, object[] parameters)
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{
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double parameter = (double)parameters[0];
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double num = Math.Round(parameter);
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return num != parameter ? num : parameters[0];
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}
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private static object CallFloorSingle(object instanceObj, object[] parameters)
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{
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float parameter = (float)parameters[0];
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float num = (float)Math.Floor(parameter);
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return num != (double)parameter ? num : parameters[0];
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}
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private static object CallFloorDouble(object instanceObj, object[] parameters)
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{
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double parameter = (double)parameters[0];
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double num = Math.Floor(parameter);
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return num != parameter ? num : parameters[0];
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}
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private static object CallCeilingSingle(object instanceObj, object[] parameters)
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{
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float parameter = (float)parameters[0];
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float num = (float)Math.Ceiling(parameter);
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return num != (double)parameter ? num : parameters[0];
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}
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private static object CallCeilingDouble(object instanceObj, object[] parameters)
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{
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double parameter = (double)parameters[0];
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double num = Math.Ceiling(parameter);
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return num != parameter ? num : parameters[0];
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}
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private static object CallAcosDouble(object instanceObj, object[] parameters) => Math.Acos((double)parameters[0]);
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private static object CallAsinDouble(object instanceObj, object[] parameters) => Math.Asin((double)parameters[0]);
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private static object CallAtanDouble(object instanceObj, object[] parameters) => Math.Atan((double)parameters[0]);
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private static object CallAtan2DoubleDouble(object instanceObj, object[] parameters) => Math.Atan2((double)parameters[0], (double)parameters[1]);
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private static object CallCosDouble(object instanceObj, object[] parameters) => Math.Cos((double)parameters[0]);
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private static object CallCoshDouble(object instanceObj, object[] parameters) => Math.Cosh((double)parameters[0]);
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private static object CallSinDouble(object instanceObj, object[] parameters) => Math.Sin((double)parameters[0]);
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private static object CallSinhDouble(object instanceObj, object[] parameters) => Math.Sinh((double)parameters[0]);
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private static object CallTanDouble(object instanceObj, object[] parameters) => Math.Tan((double)parameters[0]);
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private static object CallTanhDouble(object instanceObj, object[] parameters) => Math.Tanh((double)parameters[0]);
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private static object CallSqrtDouble(object instanceObj, object[] parameters) => Math.Sqrt((double)parameters[0]);
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private static object CallPowDoubleDouble(object instanceObj, object[] parameters) => Math.Pow((double)parameters[0], (double)parameters[1]);
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private static object CallLogDouble(object instanceObj, object[] parameters) => Math.Log((double)parameters[0]);
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private static object CallLogDoubleDouble(object instanceObj, object[] parameters) => Math.Log((double)parameters[0], (double)parameters[1]);
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private static object CallLog10Double(object instanceObj, object[] parameters) => Math.Log10((double)parameters[0]);
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public static void Pass1Initialize() => Type = new UIXTypeSchema(145, "Math", null, 153, typeof(object), UIXTypeFlags.Static);
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public static void Pass2Initialize()
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{
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UIXMethodSchema uixMethodSchema1 = new UIXMethodSchema(145, "Min", new short[2]
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{
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115,
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115
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}, 115, new InvokeHandler(CallMinInt32Int32), true);
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UIXMethodSchema uixMethodSchema2 = new UIXMethodSchema(145, "Min", new short[2]
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{
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194,
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194
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}, 194, new InvokeHandler(CallMinSingleSingle), true);
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UIXMethodSchema uixMethodSchema3 = new UIXMethodSchema(145, "Min", new short[2]
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{
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61,
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61
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}, 61, new InvokeHandler(CallMinDoubleDouble), true);
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UIXMethodSchema uixMethodSchema4 = new UIXMethodSchema(145, "Max", new short[2]
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{
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115,
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115
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}, 115, new InvokeHandler(CallMaxInt32Int32), true);
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UIXMethodSchema uixMethodSchema5 = new UIXMethodSchema(145, "Max", new short[2]
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{
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194,
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194
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}, 194, new InvokeHandler(CallMaxSingleSingle), true);
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UIXMethodSchema uixMethodSchema6 = new UIXMethodSchema(145, "Max", new short[2]
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{
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61,
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61
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}, 61, new InvokeHandler(CallMaxDoubleDouble), true);
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UIXMethodSchema uixMethodSchema7 = new UIXMethodSchema(145, "Abs", new short[1]
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{
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115
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}, 115, new InvokeHandler(CallAbsInt32), true);
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UIXMethodSchema uixMethodSchema8 = new UIXMethodSchema(145, "Abs", new short[1]
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{
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194
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}, 194, new InvokeHandler(CallAbsSingle), true);
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UIXMethodSchema uixMethodSchema9 = new UIXMethodSchema(145, "Abs", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallAbsDouble), true);
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UIXMethodSchema uixMethodSchema10 = new UIXMethodSchema(145, "Round", new short[1]
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{
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194
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}, 194, new InvokeHandler(CallRoundSingle), true);
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UIXMethodSchema uixMethodSchema11 = new UIXMethodSchema(145, "Round", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallRoundDouble), true);
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UIXMethodSchema uixMethodSchema12 = new UIXMethodSchema(145, "Floor", new short[1]
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{
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194
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}, 194, new InvokeHandler(CallFloorSingle), true);
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UIXMethodSchema uixMethodSchema13 = new UIXMethodSchema(145, "Floor", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallFloorDouble), true);
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UIXMethodSchema uixMethodSchema14 = new UIXMethodSchema(145, "Ceiling", new short[1]
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{
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194
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}, 194, new InvokeHandler(CallCeilingSingle), true);
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UIXMethodSchema uixMethodSchema15 = new UIXMethodSchema(145, "Ceiling", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallCeilingDouble), true);
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UIXMethodSchema uixMethodSchema16 = new UIXMethodSchema(145, "Acos", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallAcosDouble), true);
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UIXMethodSchema uixMethodSchema17 = new UIXMethodSchema(145, "Asin", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallAsinDouble), true);
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UIXMethodSchema uixMethodSchema18 = new UIXMethodSchema(145, "Atan", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallAtanDouble), true);
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UIXMethodSchema uixMethodSchema19 = new UIXMethodSchema(145, "Atan2", new short[2]
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{
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61,
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61
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}, 61, new InvokeHandler(CallAtan2DoubleDouble), true);
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UIXMethodSchema uixMethodSchema20 = new UIXMethodSchema(145, "Cos", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallCosDouble), true);
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UIXMethodSchema uixMethodSchema21 = new UIXMethodSchema(145, "Cosh", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallCoshDouble), true);
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UIXMethodSchema uixMethodSchema22 = new UIXMethodSchema(145, "Sin", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallSinDouble), true);
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UIXMethodSchema uixMethodSchema23 = new UIXMethodSchema(145, "Sinh", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallSinhDouble), true);
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UIXMethodSchema uixMethodSchema24 = new UIXMethodSchema(145, "Tan", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallTanDouble), true);
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UIXMethodSchema uixMethodSchema25 = new UIXMethodSchema(145, "Tanh", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallTanhDouble), true);
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UIXMethodSchema uixMethodSchema26 = new UIXMethodSchema(145, "Sqrt", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallSqrtDouble), true);
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UIXMethodSchema uixMethodSchema27 = new UIXMethodSchema(145, "Pow", new short[2]
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{
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61,
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61
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}, 61, new InvokeHandler(CallPowDoubleDouble), true);
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UIXMethodSchema uixMethodSchema28 = new UIXMethodSchema(145, "Log", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallLogDouble), true);
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UIXMethodSchema uixMethodSchema29 = new UIXMethodSchema(145, "Log", new short[2]
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{
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61,
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61
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}, 61, new InvokeHandler(CallLogDoubleDouble), true);
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UIXMethodSchema uixMethodSchema30 = new UIXMethodSchema(145, "Log10", new short[1]
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{
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61
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}, 61, new InvokeHandler(CallLog10Double), true);
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Type.Initialize(null, null, null, new MethodSchema[30]
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{
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uixMethodSchema1,
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uixMethodSchema2,
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uixMethodSchema3,
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uixMethodSchema4,
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uixMethodSchema5,
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uixMethodSchema6,
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uixMethodSchema7,
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uixMethodSchema8,
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uixMethodSchema9,
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uixMethodSchema10,
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uixMethodSchema11,
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uixMethodSchema12,
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uixMethodSchema13,
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uixMethodSchema14,
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uixMethodSchema15,
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uixMethodSchema16,
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uixMethodSchema17,
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uixMethodSchema18,
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uixMethodSchema19,
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uixMethodSchema20,
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uixMethodSchema21,
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uixMethodSchema22,
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uixMethodSchema23,
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uixMethodSchema24,
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uixMethodSchema25,
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uixMethodSchema26,
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uixMethodSchema27,
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uixMethodSchema28,
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uixMethodSchema29,
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uixMethodSchema30
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}, null, null, null, null, null, null, null, null);
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}
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}
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}
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