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C# MWArray.ToArray方法代码示例

本文整理汇总了C#中MWArray.ToArray方法的典型用法代码示例。如果您正苦于以下问题：C# MWArray.ToArray方法的具体用法？C# MWArray.ToArray怎么用？C# MWArray.ToArray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MWArray的用法示例。


在下文中一共展示了MWArray.ToArray方法的7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: CalOptValuesIndexFind

        public double[] CalOptValuesIndexFind(double Thickness, double BulkDensity, double tFResist, double tSFactor, double Porosity, double[,] c1Mat, double[,] c2Mat, int[] FreRegion, int ParaIndenti,int LoopNum)
        {
            int RowSizeOfPara= 0;
            int ColumSizeOfPara= 0;
            int SizeOfPEFre=32;
               //     double TempMaxError=0.0;

            double fre;
            double[] ValueIndex=new double[3];
            int[] CalOptValues=new int[2];

            if (ParaIndenti==5)
            {
                RowSizeOfPara=c1Mat.GetLength(0);;
                ColumSizeOfPara=c1Mat.GetLength(1);
            }
            else if (ParaIndenti==6)
            {
                RowSizeOfPara=c2Mat.GetLength(0);;
                ColumSizeOfPara=c2Mat.GetLength(1);
            }
            else if (ParaIndenti==7)
            {
                RowSizeOfPara=c1Mat.GetLength(0);;
                ColumSizeOfPara=c1Mat.GetLength(1);
            }

            double[,,] MAbsorptionMat=new double[RowSizeOfPara,ColumSizeOfPara,SizeOfPEFre];
            double[,,] PDAbsorption=new double[RowSizeOfPara,ColumSizeOfPara,SizeOfPEFre];
            double[,,] CharFreError=new double[RowSizeOfPara,ColumSizeOfPara,SizeOfPEFre];
            double[,] CharFreErrorSum=new double[RowSizeOfPara,ColumSizeOfPara];
            double[,] APDAbsorption=new double[RowSizeOfPara,ColumSizeOfPara];
            double[,] MaxError=new double[RowSizeOfPara,ColumSizeOfPara];
            ttempMAbsorption=TempMAbsorption;

            for (int ff=0;ff<SizeOfPEFre;ff++)
            {
                fre=(ff+1)*200;

                //MeritCalcClass.apfibrous5para(Thickness, tFResist, tSFactor, tPorosity, c1Mat, c2Mat,fre);  //INSUNG
                m_Out = MeritCalcClass.APFibrous5para(B, (MWNumericArray)c1Mat, (MWNumericArray)c2Mat, m_Density1, Densityo, tFResist, fre, tPorosity, HeatRatio, ItaAir, Thickness, Npr, P0, tSFactor, Z0); //INSUNG
                APDAbsorption = (double[,])m_Out.ToArray();

                for (int i=0;i<RowSizeOfPara;i++)
                {
                    for (int j=0;j<ColumSizeOfPara;j++)
                    {
                        MAbsorptionMat[i,j,ff]=ttempMAbsorption[ff];
                        PDAbsorption[i,j,ff]=APDAbsorption[i+1,j+1];
                        CharFreError[i,j,ff]=Math.Abs(MAbsorptionMat[i,j,ff]-PDAbsorption[i,j,ff]);
                    }
                }
            }

            for (int i=0;i<RowSizeOfPara;i++)
            {
                for(int j=0;j<ColumSizeOfPara;j++)
                {
                    for(int ff=0;ff<SizeOfPEFre;ff++)
                    {
                        CharFreErrorSum[i,j] += CharFreError[i,j,ff];
                    }
                }
            }
            //			for (int i=0;i<RowSizeOfPara;i++)
            //			{
            //				TempMaxError=0;
            //				for(int j=0;j<ColumSizeOfPara;j++)
            //				{
            //					TempMaxError=0;
            //					for(int ff=0;ff<(SizeOfPEFre-1);ff++)
            //					{
            //						if (TempMaxError < CharFreError[i,j,ff])
            //						{
            //							TempMaxError=CharFreError[i,j,ff];
            //							MaxError[i,j]=TempMaxError;
            //						}
            //						CharFreErrorSum[i,j]+= CharFreError[i,j,ff];
            //					}
            //				}
            //			}

            if (ParaIndenti==5)
            {
                ValueIndex=FindMin(CharFreErrorSum, RowSizeOfPara, ColumSizeOfPara);
            }
            else if (ParaIndenti==6)
            {
                ValueIndex=FindMin(CharFreErrorSum, RowSizeOfPara, ColumSizeOfPara);
            }
            else if (ParaIndenti==7)
            {
                double FirstError=10000;
                double tempc1=0;
                double tempc2=0;
                //double Optc1=tc1;
                //double Optc2=tc2;

                for (int i=0;i<RowSizeOfPara;i++)
                {
//.........这里部分代码省略.........
开发者ID:InsungChoi，项目名称:dddd，代码行数:101，代码来源:MPEData.cs

示例2: FromMatlabArray

 public void FromMatlabArray(MWArray data)
 {
     var k = data.ToArray();
     for (int i = 0; i < k.GetLength(0); i++)
     {
         for (int j = 0; j < k.GetLength(1); j++)
         {
             object a = k.GetValue(i,j);
             byte b = (byte) a;
             Pixel p = new Pixel((int)b,(int)b,(int)b,255);
             SetPixel(j,i,p);
         }
     }
 }
开发者ID:MoustaphaSaad，项目名称:Handwritten-Text-Detection，代码行数:14，代码来源:Image.cs

示例3: CalcFiborousGraphData

        public double CalcFiborousGraphData()
        {
            double Merit=0;
            double freq;

            double c1 = Math.Sqrt(8*SFactor*ItaAir/(Porosity*FResist))/ViscousCL;
            double c2 = Math.Sqrt(8*SFactor*ItaAir/(Porosity*FResist))/ThermalCL;

            //			H = (Math.Pow(FResist*ViscousCL*Porosity,2))/(4*(Math.Pow(SFactor,2))*ItaAir*Densityo);
            //			HP = 16*ItaAir/((Math.Pow(Npr*ThermalCL,2))*Densityo);

            CAbsorption.Clear();
            CRealSurfaceImpedance.Clear();
            CImagSurfaceImpedance.Clear();

            CAbsorption.AddData(0);
            CRealSurfaceImpedance.AddData(0);
            CImagSurfaceImpedance.AddData(0);

            for (int ff=1;ff<=MaxFre;ff++)
            {
                freq=Frequency.GetData(ff);
                //MeritCalcClass.meritcalc(freq, (double)MAbsorption.GetData(ff),BulkDensity, FResist, SFactor, Porosity, c1, c2, Thickness);//INSUNG
                m_Out = MeritCalcClass.MeritCalc(BulkDensity,B,c1,c2,Densityo,FResist,freq,Porosity,HeatRatio,ItaAir,Thickness,(double)MAbsorption.GetData(ff),Npr,P0,SFactor,Z0);//INSUNG
                m_Merit = (double)m_Out.ToArray().GetValue(0, 0);
                m_Absorption = (double)m_Out.ToArray().GetValue(0, 1);
                m_RealSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 2);
                m_ImagSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 3);
                m_Density1 = BulkDensity;//INSUNG

                CAbsorption.AddData((double)m_Absorption);
                CRealSurfaceImpedance.AddData((double)m_RealSurfaceImpedance);
                CImagSurfaceImpedance.AddData((double)m_ImagSurfaceImpedance);
                Merit=Merit+(double)m_Merit;
            }

            return Merit;
        }
开发者ID:InsungChoi，项目名称:dddd，代码行数:38，代码来源:MPEData.cs

示例4: CalcElasticGraphData

        public double CalcElasticGraphData()
        {
            double Merit=0;

            double freq;

            //double c1 = Math.Sqrt(8*SFactor*ItaAir/(Porosity*FResist))/ViscousCL;
            //double c2 = Math.Sqrt(8*SFactor*ItaAir/(Porosity*FResist))/ThermalCL;

            CAbsorption.Clear();
            CRealSurfaceImpedance.Clear();
            CImagSurfaceImpedance.Clear();

            CAbsorption.AddData(0);
            CRealSurfaceImpedance.AddData(0);
            CImagSurfaceImpedance.AddData(0);

            for (int ff=1;ff<=MaxFre;ff++)
            {
                freq=Frequency.GetData(ff);
                //MeritCalcClass.elasticmeritcalc(freq, (double)MAbsorption.GetData(ff),FResist, SFactor, Porosity, c1, c2, Ymodulus, LossFactor, PoissonR, Thickness);  //INSUNG
                m_Out = MeritCalcClass.ElasticMeritCalc(C,c1,c2,m_Density1,m_DensityA,Densityo,Ymodulus,FResist,freq,Porosity,HeatRatio,Thickness,LossFactor,(double)MAbsorption.GetData(ff),Npr,PoissonR,SFactor);  //INSUNG
                m_Merit = (double)m_Out.ToArray().GetValue(0, 0);
                m_Absorption = (double)m_Out.ToArray().GetValue(0, 1);
                m_RealSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 2);
                m_ImagSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 3);

                CAbsorption.AddData((double)m_Absorption);
                CRealSurfaceImpedance.AddData((double)m_RealSurfaceImpedance);
                CImagSurfaceImpedance.AddData((double)m_ImagSurfaceImpedance);

                Merit=Merit+(double)m_Merit;

            }

            return Merit;
        }
开发者ID:InsungChoi，项目名称:dddd，代码行数:37，代码来源:MPEData.cs

示例5: CalcFrequency

        /// <summary>
        /// ���������� �����ϰ� �⺻ ���ļ������� ���
        /// </summary>
        private void CalcFrequency()
        {
            //double Resolution;
            int MaxPoint = 0;

            // Sampled
            Resolution = (double)Frequency.GetData(4) - (double)Frequency.GetData(3);

            InitFre = (int)Math.Round(300/Resolution);
            MaxFre = (int)Math.Round(6400/Resolution);

            double[] FrequencySampled = new double[(int)(MaxFre-InitFre)];
            double[] MAbsorptionSampled = new double[(int)(MaxFre-InitFre)];
            MRealSurfaceImpedanceSampled = new double[(int)(MaxFre-InitFre)];
            MlmagSurfaceImpedanceSampled = new double[(int)(MaxFre-InitFre)];

            double[] FrequencyFitted = new double[32];
            //			double[] MAbsorptionFitted = new double[32];
            //			double[] MSurfaceImpedanceFitted = new double[32];

            FrequencySampled[0] = 0;
            MAbsorptionSampled[0] = 0;

            for (int i=1;i<(MaxFre-InitFre);i++)
            {
                FrequencySampled[i] = Frequency.GetData(InitFre + i-1);
                MAbsorptionSampled[i] = MAbsorption.GetData(InitFre + i-1);
            }

            for (int i=1;i<33;i++)
            {
                FrequencyFitted[i-1] = i*200;
            }

            //MeritCalcClass.polyfitting(FrequencyFitted, FrequencySampled, MAbsorptionSampled, 13);  //INSUNG
            m_Out = MeritCalcClass.PolyFitting((MWNumericArray)MAbsorptionSampled, (MWNumericArray)FrequencyFitted, (MWNumericArray)FrequencySampled, 13);
            //m_Out = MeritCalcClass.PolyFitting(

            m_DataFitted = (double[,])m_Out.ToArray();

            //			MAbsorptionFitted = ((Array)MeritCalcClass.DataFitted).;

            long[] temp = new long[2];
            temp[0] = 1;
            temp[1] = 1;

            for (int i=1;i<33;i++)
            {
                TempFrequency[i-1] = FrequencyFitted[i-1];
                temp[1] = i;
                TempMAbsorption[i - 1] = (double)m_DataFitted.GetValue(0, temp[1]);
            }

            if (MRealSurfaceImpedance.GetCount()>0)
            {
                MRealSurfaceImpedanceSampled[0] = 0;
                for (int i=1;i<(MaxFre-InitFre);i++)
                {
                    MRealSurfaceImpedanceSampled[i] = MRealSurfaceImpedance.GetData(InitFre + i-1);
                }

                //MeritCalcClass.polyfitting(FrequencyFitted, FrequencySampled, MRealSurfaceImpedanceSampled, 13); //INSUNG
                m_Out = MeritCalcClass.PolyFitting((MWNumericArray)MRealSurfaceImpedanceSampled, (MWNumericArray)FrequencyFitted, (MWNumericArray)FrequencySampled, 13);
                m_DataFitted = (double[,])m_Out.ToArray();

                //				MSurfaceImpedanceFitted = (double[])MeritCalcClass.DataFitted;

                for (int i=1;i<33;i++)
                {
                    temp[1] = i;
                    TempMRealSurfaceImpedance[i - 1] = (double)m_DataFitted.GetValue(0, temp[1]);
                }
            }

            if (MImagSurfaceImpedance.GetCount()>0)
            {
                MlmagSurfaceImpedanceSampled[0] = 0;
                for (int i=1;i<(MaxFre-InitFre);i++)
                {
                    MlmagSurfaceImpedanceSampled[i] = MImagSurfaceImpedance.GetData(InitFre + i-1);
                }

                //MeritCalcClass.polyfitting(FrequencyFitted, FrequencySampled, MlmagSurfaceImpedanceSampled, 13);  //INSUNG
                MeritCalcClass.PolyFitting((MWNumericArray)MlmagSurfaceImpedanceSampled, (MWNumericArray)FrequencyFitted, (MWNumericArray)FrequencySampled, 13);
                m_DataFitted = (double[,])m_Out.ToArray();
                //				MSurfaceImpedanceFitted = (double[])MeritCalcClass.DataFitted;

                for (int i=1;i<33;i++)
                {
                    temp[1] = i;
                    TempMImagSurfaceImpedance[i - 1] = (double)m_DataFitted.GetValue(0, temp[1]);
                }
            }

            MaxPoint = GetMaxPoint(TempMAbsorption) + 1;

            SetFreq(1, MaxPoint, 32);
//.........这里部分代码省略.........
开发者ID:InsungChoi，项目名称:dddd，代码行数:101，代码来源:MPEData.cs

示例6: SolidCalc

        public double[,] SolidCalc()
        {
            double[,]  OptSolidPara=new double[1,3];
            double Slope1;
            double Slope2;
            double Slope3;
            double Slope4;
            double ResonanceFrequency=0;
            double freq;
            double Merit=0;
            double tLossFactor=0;
            double OptLossFactor=0;

            int ResonFreIndex=0;

            for (int i=2;i<MaxFre-InitFre-2;i++)
            {
                Slope1=(MRealSurfaceImpedanceSampled[i-1]*415-MRealSurfaceImpedanceSampled[i-2]*415)/Resolution;
                Slope2=(MRealSurfaceImpedanceSampled[i]*415-MRealSurfaceImpedanceSampled[i-1]*415)/Resolution;

                Slope3=(MRealSurfaceImpedanceSampled[i+1]*415-MRealSurfaceImpedanceSampled[i]*415)/Resolution;
                Slope4=(MRealSurfaceImpedanceSampled[i+2]*415-MRealSurfaceImpedanceSampled[i+1]*415)/Resolution;

                if ( (Slope1/(Math.Abs(Slope1)) < 0) && (Slope2/(Math.Abs(Slope2)) < 0) && (Slope3/(Math.Abs(Slope3)) > 0) && (Slope4/(Math.Abs(Slope4)) > 0))
                {
                    ResonanceFrequency=(double)i*Resolution+300;
                    break;
                }

            }
            ResonFreIndex=(int)Math.Round(ResonanceFrequency/Resolution);

            //MeritCalcClass.peelasticsolid(Thickness, BulkDensity, ResonanceFrequency);
            m_Out = MeritCalcClass.PEElasticSolid(BulkDensity, Thickness, ResonanceFrequency); //INSUNG
            OptSolidPara = (double[,])m_Out.ToArray();

            Ymodulus=(double)OptSolidPara[1,1];
            PoissonR=(double)OptSolidPara[1,3];

            double Merittemp=100000;
            for (int i=1;i<99;i++)
            {

                tLossFactor=i*0.01;
                freq=ResonFreIndex*Resolution;

                //MeritCalcClass.elasticmeritcalc(freq, (double)MAbsorption.GetData(ResonFreIndex),FResist, SFactor, Porosity, c1, c2, Ymodulus, tLossFactor, PoissonR, Thickness);  //INSUNG
                m_Out = MeritCalcClass.ElasticMeritCalc(C,c1,c2,m_Density1,m_DensityA,Densityo,Ymodulus,FResist,freq,Porosity,HeatRatio,Thickness,tLossFactor,(double)MAbsorption.GetData(ResonFreIndex),Npr,PoissonR,SFactor);  //INSUNG
                m_Merit = (double)m_Out.ToArray().GetValue(0, 0);
                m_Absorption = (double)m_Out.ToArray().GetValue(0, 1);
                m_RealSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 2);
                m_ImagSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 3);

                Merit=(double)m_Merit;

                if(Merit<Merittemp)
                {
                    OptLossFactor=tLossFactor;
                    Merittemp=Merit;
                }
            }
            OptSolidPara[1,2]=OptLossFactor;

            return OptSolidPara;
        }
开发者ID:InsungChoi，项目名称:dddd，代码行数:65，代码来源:MPEData.cs

示例7: MeritCalc

        public double[] MeritCalc(double Freq1,double Freq2,double tFResist,double tSFactor,double tPorosity,double tc1,double tc2)
        {
            double Merit=0;
            double MaxError=0;
            double freq;
            double tempError;
            double[] Errors=new double[2];

            for (int ff=(int)Freq1;ff<=(int)Freq2;ff++)
            {
                freq=TempFrequency[ff-1];
                //MeritCalcClass.meritcalc(freq, (double)TempMAbsorption[ff-1],BulkDensity, tFResist, tSFactor, tPorosity, tc1, tc2, Thickness);//INSUNG
                m_Out = MeritCalcClass.MeritCalc(BulkDensity,B,tc1,tc2,Densityo,tFResist,freq,tPorosity,HeatRatio,ItaAir,Thickness,(double)TempMAbsorption[ff-1],Npr,P0,tSFactor,Z0);//INSUNG
                m_Merit = (double)m_Out.ToArray().GetValue(0, 0);
                m_Absorption = (double)m_Out.ToArray().GetValue(0, 1);
                m_RealSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 2);
                m_ImagSurfaceImpedance = (double)m_Out.ToArray().GetValue(0, 3);

                m_Density1 = BulkDensity;//INSUNG
                Merit=Merit+(double)(m_Merit);
                tempError=(double)(m_Merit);
                if(MaxError>tempError)
                {
                    MaxError=tempError;
                }

                //System.Windows.Forms.Application.DoEvents();
            }
            Errors=new double[2] {MaxError,Merit};

            return Errors;
        }
开发者ID:InsungChoi，项目名称:dddd，代码行数:32，代码来源:MPEData.cs


注：本文中的MWArray.ToArray方法示例由纯净天空整理自Github/MSDocs等开源代码及文档管理平台，相关代码片段筛选自各路编程大神贡献的开源项目，源码版权归原作者所有，传播和使用请参考对应项目的License；未经允许，请勿转载。