Phase space mode - Revision history

RosDeath at 14:20, 20 November 2007

2007-11-20T14:20:39Z

RosDeath at 14:20, 20 November 2007

2007-11-20T14:20:14Z

RosDeath at 14:18, 20 November 2007

2007-11-20T14:18:33Z

RosDeath at 12:01, 20 November 2007

2007-11-20T12:01:53Z

RosDeath at 18:18, 19 November 2007

2007-11-19T18:18:44Z

RosDeath at 18:07, 19 November 2007

2007-11-19T18:07:06Z

RosDeath at 18:06, 19 November 2007

2007-11-19T18:06:57Z

RosDeath at 18:05, 19 November 2007

2007-11-19T18:05:54Z

RosDeath at 18:05, 19 November 2007

2007-11-19T18:05:36Z

RosDeath at 18:05, 19 November 2007

2007-11-19T18:05:26Z

@@ Line 5: / Line 5: @@
 where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.
-The output from this mode of model run shows the surface of the phase space. In the example below, the response surface is shown for the parameters air temperature lapse rate (&deg;C km<sup>-1</sup>) and precipitation lapse rate (m m<sup>-1</sup>day<sup>-1</sup><br>. The colour of the surface corresponds to the cost function for each combination of temperature and precipitation lapse rates.
+The output from this mode of model run shows the surface of the phase space. In the example below, the response surface is shown for the parameters air temperature lapse rate (&deg;C km<sup>-1</sup>) and precipitation lapse rate (m m<sup>-1</sup>day<sup>-1</sup>). The colour of the surface corresponds to the cost function for each combination of temperature and precipitation lapse rates.<br>
 [[Image:phasespace_ex.jpg]]

@@ Line 5: / Line 5: @@
 where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.
-The output from this mode of model run shows the surface of the phase space. In the example below, the response surface when optimising for the parameters air temperature lapse rate (&deg;C km<sup>-1</sup>) and precipitation lapse rate (m m<sup>-1</sup>day<sup>-1</sup><br>
+The output from this mode of model run shows the surface of the phase space. In the example below, the response surface is shown for the parameters air temperature lapse rate (&deg;C km<sup>-1</sup>) and precipitation lapse rate (m m<sup>-1</sup>day<sup>-1</sup><br>. The colour of the surface corresponds to the cost function for each combination of temperature and precipitation lapse rates.
 [[Image:phasespace_ex.jpg]]

@@ Line 5: / Line 5: @@
 where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.
-The output from this mode of model run shows the surface of the phase space. In the example below, the response surface when optimising for the parameters air temperature lapse rate (&deg;C km<sup>-1</sup>) and precipitation lapse rate (mm<br>
+The output from this mode of model run shows the surface of the phase space. In the example below, the response surface when optimising for the parameters air temperature lapse rate (&deg;C km<sup>-1</sup>) and precipitation lapse rate (m m<sup>-1</sup>day<sup>-1</sup><br>
 [[Image:phasespace_ex.jpg]]

← Older revision		Revision as of 12:01, 20 November 2007
Line 5:		Line 5:
	where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.		where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.

−	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface when optimising for the parameters air temperature lapse rate (°C km<sup>-1</sup>) and precipitation lapse rate (mm[[Image:phasespace_ex.jpg]]	+	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface when optimising for the parameters air temperature lapse rate (°C km<sup>-1</sup>) and precipitation lapse rate (mm<br>
		+	[[Image:phasespace_ex.jpg]]

← Older revision		Revision as of 18:18, 19 November 2007
Line 5:		Line 5:
	where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.		where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.

−	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for ~~optimising~~ the parameters air temperature lapse rate (°C km<sup>-1</sup>)[[Image:phasespace_ex.jpg]]	+	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface when optimising for the parameters air temperature lapse rate (°C km<sup>-1</sup>) and precipitation lapse rate (mm[[Image:phasespace_ex.jpg]]

← Older revision		Revision as of 18:07, 19 November 2007
Line 5:		Line 5:
	where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.		where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.

−	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for optimising the parameters air temperature lapse rate (°C km<sup>-1</sup)[[Image:phasespace_ex.jpg]]	+	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for optimising the parameters air temperature lapse rate (°C km<sup>-1</sup>)[[Image:phasespace_ex.jpg]]

← Older revision		Revision as of 18:06, 19 November 2007
Line 5:		Line 5:
	where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.		where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.

−	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for optimising the parameters air temperature lapse rate (°C km<sup>-1)[[Image:phasespace_ex.jpg]]	+	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for optimising the parameters air temperature lapse rate (°C km<sup>-1</sup)[[Image:phasespace_ex.jpg]]

← Older revision		Revision as of 18:05, 19 November 2007
Line 5:		Line 5:
	where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.		where, C is the cost function value, M is the measured value, m is the model predicted value, n is the normalisation constant, and the suffix i, j, k, refers to the different optimisation datasets.

−	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for optimising the parameters air temperature lapse rate (°C km<sup>-1 )[[Image:phasespace_ex.jpg]]	+	The output from this mode of model run shows the surface of the phase space. In the example below, the response surface for optimising the parameters air temperature lapse rate (°C km<sup>-1)[[Image:phasespace_ex.jpg]]