dynamic_edfa.mdl

是有分布傅立叶算法解薛定谔方程的一个程序（下面我就不乱说说了请认真阅读您的文件包然后写出其具体功能(至少要20个字)。尽量不要让站长把时间都花费在为您修正说明上。压缩包解压时不能有密码。系统会自动删除

	  Name			  "wavelengths (m)"
	  Position		  [30, 63, 60, 77]
	  Port			  "2"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "alfaSig+Pumps "
	  Position		  [35, 153, 65, 167]
	  Port			  "3"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "L"
	  Position		  [15, 558, 45, 572]
	  Port			  "4"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "gammaSig+Pumps"
	  Position		  [55, 108, 85, 122]
	  Port			  "5"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "alfaASE (1/m)"
	  Position		  [25, 728, 55, 742]
	  Port			  "6"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "gammaASE (1/m)"
	  Position		  [25, 768, 55, 782]
	  Port			  "7"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "DeltaFreq (1/s)"
	  Position		  [25, 803, 55, 817]
	  Port			  "8"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "WavelASE"
	  Position		  [20, 838, 50, 852]
	  Port			  "9"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Inport
	  Name			  "alfaLoss"
	  Position		  [20, 353, 50, 367]
	  Port			  "10"
	  LatchInput		  off
	  Interpolate		  on
	}
	Block {
	  BlockType		  Gain
	  Name			  "-1/tau"
	  Position		  [175, 580, 205, 610]
	  Gain			  "-100"
	  Multiplication	  "Element-wise(K.*u)"
	  SaturateOnIntegerOverflow on
	}
	Block {
	  BlockType		  Math
	  Name			  "1/ ln(G)"
	  Ports			  [1, 1]
	  Position		  [330, 290, 360, 320]
	  Operator		  "reciprocal"
	  OutputSignalType	  "auto"
	}
	Block {
	  BlockType		  Constant
	  Name			  "1/ps"
	  Position		  [375, 653, 455, 677]
	  Value			  "1/(3.1416E12)"
	  VectorParams1D	  on
	}
	Block {
	  BlockType		  Product
	  Name			  "ASELost1"
	  Ports			  [3, 1]
	  Position		  [380, 452, 420, 508]
	  Inputs		  "3"
	  Multiplication	  "Element-wise(.*)"
	  SaturateOnIntegerOverflow on
	}
	Block {
	  BlockType		  Product
	  Name			  "ASELost2"
	  Ports			  [2, 1]
	  Position		  [475, 652, 515, 708]
	  Inputs		  "2"
	  Multiplication	  "Element-wise(.*)"
	  SaturateOnIntegerOverflow on
	}
	Block {
	  BlockType		  Scope
	  Name			  "BononiContr"
	  Ports			  [1]
	  Position		  [535, 739, 565, 771]
	  Floating		  off
	  Location		  [341, 405, 665, 644]
	  Open			  on
	  NumInputPorts		  "1"
	  TickLabels		  "OneTimeTick"
	  ZoomMode		  "yonly"
	  List {
	    ListType		    AxesTitles
	    axes1		    "%<SignalLabel>"
	  }
	  List {
	    ListType		    SelectedSignals
	    axes1		    ""
	  }
	  Grid			  "on"
	  TimeRange		  "auto"
	  YMin			  "-5"
	  YMax			  "5"
	  SaveToWorkspace	  off
	  SaveName		  "ScopeData8"
	  DataFormat		  "StructureWithTime"
	  LimitDataPoints	  on
	  MaxDataPoints		  "5000"
	  Decimation		  "1"
	  SampleInput		  off
	  SampleTime		  "0"
	}
	Block {
	  BlockType		  SubSystem
	  Name			  "Calcula Bononi Term"
	  Ports			  [6, 4]
	  Position		  [180, 665, 325, 870]
	  ShowPortLabels	  on
	  TreatAsAtomicUnit	  off
	  RTWSystemCode		  "Auto"
	  RTWFcnNameOpts	  "Auto"
	  RTWFileNameOpts	  "Auto"
	  MaskType		  "Bononi Term"
	  MaskIconFrame		  on
	  MaskIconOpaque	  on
	  MaskIconRotate	  "none"
	  MaskIconUnits		  "autoscale"
	  System {
	    Name		    "Calcula Bononi Term"
	    Location		    [-126, 227, 886, 610]
	    Open		    on
	    ModelBrowserVisibility  off
	    ModelBrowserWidth	    200
	    ScreenColor		    "automatic"
	    PaperOrientation	    "landscape"
	    PaperPositionMode	    "auto"
	    PaperType		    "usletter"
	    PaperUnits		    "inches"
	    ZoomFactor		    "100"
	    Block {
	      BlockType		      Inport
	      Name		      "N2"
	      Position		      [205, 183, 235, 197]
	      Port		      "1"
	      LatchInput	      off
	      Interpolate	      on
	    }
	    Block {
	      BlockType		      Inport
	      Name		      "L"
	      Position		      [15, 43, 45, 57]
	      Port		      "2"
	      LatchInput	      off
	      Interpolate	      on
	    }
	    Block {
	      BlockType		      Inport
	      Name		      "alfaASE (1/m)"
	      Position		      [20, 108, 50, 122]
	      Port		      "3"
	      LatchInput	      off
	      Interpolate	      on
	    }
	    Block {
	      BlockType		      Inport
	      Name		      "gammaASE (1/m)"
	      Position		      [25, 178, 55, 192]
	      Port		      "4"
	      LatchInput	      off
	      Interpolate	      on
	    }
	    Block {
	      BlockType		      Inport
	      Name		      "DeltaFreq (1/s)"
	      Position		      [525, 243, 555, 257]
	      Port		      "5"
	      LatchInput	      off
	      Interpolate	      on
	    }
	    Block {
	      BlockType		      Inport
	      Name		      "WavelASE"
	      Position		      [715, 203, 745, 217]
	      Port		      "6"
	      LatchInput	      off
	      Interpolate	      on
	    }
	    Block {
	      BlockType		      MATLABFcn
	      Name		      "(1-G) / pSASE"
	      Position		      [510, 100, 570, 130]
	      MATLABFcn		      "(1-exp(u))/(3.1416E12)"
	      OutputDimensions	      "100"
	      OutputSignalType	      "auto"
	      Output1D		      off
	    }
	    Block {
	      BlockType		      Product
	      Name		      "(1-G) / pSLASE"
	      Ports		      [2, 1]
	      Position		      [620, 101, 665, 134]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "(alfa + gamma) ASE* L"
	      Ports		      [2, 1]
	      Position		      [330, 116, 375, 149]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Math
	      Name		      "1/ln(G)"
	      Ports		      [1, 1]
	      Position		      [480, 155, 510, 185]
	      Operator		      "reciprocal"
	      OutputSignalType	      "auto"
	    }
	    Block {
	      BlockType		      Constant
	      Name		      "4"
	      Position		      [415, 221, 510, 249]
	      Value		      "4"
	      VectorParams1D	      on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "4nspDeltaFr"
	      Ports		      [4, 1]
	      Position		      [590, 203, 635, 237]
	      Inputs		      "4"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "Bononi*PhotonEnergy"
	      Ports		      [2, 1]
	      Position		      [890, 121, 935, 154]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "BononiTerm"
	      Ports		      [2, 1]
	      Position		      [770, 146, 815, 179]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Gain
	      Name		      "Gain"
	      Position		      [960, 120, 990, 150]
	      Gain		      "-1"
	      Multiplication	      "Element-wise(K.*u)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Math
	      Name		      "Math\nFunction2"
	      Ports		      [1, 1]
	      Position		      [540, 30, 570, 60]
	      Operator		      "reciprocal"
	      OutputSignalType	      "auto"
	    }
	    Block {
	      BlockType		      Math
	      Name		      "Math\nFunction3"
	      Ports		      [1, 1]
	      Position		      [775, 195, 805, 225]
	      Operator		      "reciprocal"
	      OutputSignalType	      "auto"
	    }
	    Block {
	      BlockType		      Sum
	      Name		      "Sum4"
	      Ports		      [2, 1]
	      Position		      [215, 111, 235, 169]
	      ShowName		      off
	      IconShape		      "rectangular"
	      Inputs		      "++"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Sum
	      Name		      "Sum5"
	      Ports		      [2, 1]
	      Position		      [435, 91, 455, 149]
	      ShowName		      off
	      IconShape		      "rectangular"
	      Inputs		      "-+"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "alfaASE * L"
	      Ports		      [2, 1]
	      Position		      [125, 91, 170, 124]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "gammaASE * L"
	      Ports		      [2, 1]
	      Position		      [120, 156, 165, 189]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "gammaASE* L* N2 "
	      Ports		      [2, 1]
	      Position		      [305, 196, 350, 229]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Constant
	      Name		      "hc"
	      Position		      [670, 246, 735, 274]
	      Value		      "1.989E-25"
	      VectorParams1D	      on
	    }
	    Block {
	      BlockType		      Product
	      Name		      "photon EnergyASE"
	      Ports		      [2, 1]
	      Position		      [875, 196, 920, 229]
	      Inputs		      "2"
	      Multiplication	      "Element-wise(.*)"
	      SaturateOnIntegerOverflow	on
	    }
	    Block {
	      BlockType		      Outport
	      Name		      "1 / ln(G)"
	      Position		      [615, 163, 645, 177]
	      Port		      "1"
	      OutputWhenDisabled      "held"
	      InitialOutput	      "[]"
	    }
	    Block {
	      BlockType		      Outport
	      Name		      "4nspDeltaFreq"
	      Position		      [675, 328, 705, 342]
	      Port		      "2"
	      OutputWhenDisabled      "held"
	      InitialOutput	      "[]"
	    }
	    Block {
	      BlockType		      Outport
	      Name		      "ASEPhotons"
	      Position		      [845, 33, 875, 47]
	      Port		      "3"
	      OutputWhenDisabled      "held"
	      InitialOutput	      "[]"
	    }
	    Block {
	      BlockType		      Outport
	      Name		      "ASEPowers"
	      Position		      [955, 58, 985, 72]
	      Port		      "4"
	      OutputWhenDisabled      "held"
	      InitialOutput	      "[]"
	    }
	    Line {
	      SrcBlock		      "alfaASE (1/m)"
	      SrcPort		      1
	      DstBlock		      "alfaASE * L"
	      DstPort		      2
	    }
	    Line {
	      SrcBlock		      "gammaASE (1/m)"
	      SrcPort		      1
	      Points		      [20, 0; 0, -5]
	      DstBlock		      "gammaASE * L"
	      DstPort		      2
	    }
	    Line {
	      SrcBlock		      "alfaASE * L"
	      SrcPort		      1
	      Points		      [0, 0; 5, 0]
	      Branch {
		Points			[5, 0; 0, 15]
		DstBlock		"Sum4"
		DstPort			1
	      }
	      Branch {
		Points			[0, -5]
		DstBlock		"Sum5"
		DstPort			1
	      }
	    }
	    Line {
	      SrcBlock		      "gammaASE * L"
	      SrcPort		      1
	      Points		      [15, 0; 0, -5]
	      Branch {
		Points			[0, -15]
		DstBlock		"Sum4"
		DstPort			2
	      }
	      Branch {
		Points			[0, 50]
		DstBlock		"gammaASE* L* N2 "
		DstPort			2
	      }
	    }
	    Line {
	      SrcBlock		      "Sum4"
	      SrcPort		      1
	      DstBlock		      "(alfa + gamma) ASE* L"
	      DstPort		      2
	    }
	    Line {
	      SrcBlock		      "(alfa + gamma) ASE* L"
	      SrcPort		      1
	      DstBlock		      "Sum5"
	      DstPort		      2
	    }
	    Line {
	      SrcBlock		      "Sum5"
	      SrcPort		      1
	      Points		      [0, 0; 10, 0]
	      Branch {
		Points			[20, 0; 0, -5]
		DstBlock		"(1-G) / pSASE"
		DstPort			1
	      }
	      Branch {
		Points			[0, 50]
		DstBlock		"1/ln(G)"
		DstPort			1
	      }
	    }
	    Line {
	      SrcBlock		      "gammaASE* L* N2 "
	      SrcPort		      1
	      DstBlock		      "4nspDeltaFr"
	      DstPort		      2
	    }
	    Line {
	      SrcBlock		      "1/ln(G)"
	      SrcPort		      1
	      Points		      [0, 15]
	      Branch {
		Points			[0, 20]
		DstBlock		"4nspDeltaFr"
		DstPort			1
	      }
	      Branch {
		Points			[0, -15]
		DstBlock		"1 / ln(G)"
		DstPort			1
	      }
	    }
	    Line {
	      SrcBlock		      "DeltaFreq (1/s)"
	      SrcPort		      1
	      Points		      [5, 0; 0, -15]
	      DstBlock		      "4nspDeltaFr"
	      DstPort		      4
	    }
	    Line {
	      SrcBlock		      "4"