* au.id.cxd.HMM.userprefs:
* RainExample2.fsx:
* Estimation.fs:
* DataTypes.fs:
* Serialiser.fs:
* au.id.cxd.HMM.fsproj:
* TestCti.fs:
* TestRain.fs:
* HiddenMarkovModel.fs:
* au.id.cxd.HMM.dll:
* au.id.cxd.HMM.dll:
* Log_HiddenMarkovModel.fs:
* au.id.cxd.HMM.dll.mdb:
* au.id.cxd.HMM.dll.mdb:
* MultiHiddenMarkovModel.fs:
* MatrixHiddenMarkovModel.fs:
* HiddenMarkovModel_backup.fs:
* au.id.cxd.HMM.dll:
* au.id.cxd.HMM.dll.mdb:
* au.id.cxd.HMMTestConsole.fsproj:
* au.id.cxd.HMMTestConsole.exe:
* au.id.cxd.HMMTestConsole.exe:
* au.id.cxd.HMMTestConsole.exe.mdb:
* au.id.cxd.HMMTestConsole.exe.mdb:
* au.id.cxd.HMM.fsproj.FilesWrittenAbsolute.txt: 

* au.id.cxd.HMM.sln: experimenting with matrix based equations for
  hmm, and starting work on implementation using multiple matrices for
  each evidence variable for transition between S_i to S_j