Lotka Experimental Design (VPLAN) - Revision history

FelixMueller at 17:47, 31 January 2016

2016-01-31T17:47:44Z

← Older revision		Revision as of 17:47, 31 January 2016
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			This is a VPLAN implementation for the [[Lotka Experimental Design]] problem.

	== VPLAN ==		== VPLAN ==

FelixMueller at 17:29, 31 January 2016

2016-01-31T17:29:57Z

← Older revision		Revision as of 17:29, 31 January 2016
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	</source>		</source>


			[[Category: VPLAN]]

FelixJost: /* VPLAN */

2016-01-19T16:29:14Z

VPLAN

← Older revision		Revision as of 16:29, 19 January 2016
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	</source>		</source>

	Standard deviation of first measurement function		Standard deviation of first measurement function:


	<source lang="fortran">		<source lang="fortran">

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	Standard deviation of second measurement function:		Standard deviation of second measurement function:

	<source lang="fortran">		<source lang="fortran">
	c Standardabweichung der Messfunktion		c Standardabweichung der Messfunktion
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	VPLAN specific experimental setup:		VPLAN specific experimental setup:


	<source lang="optimica">		<source lang="optimica">

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	ini-file for running VPLAN:		ini-file for running VPLAN:


	<source lang="optimica">		<source lang="optimica">

FelixJost: /* VPLAN */

2016-01-19T16:28:25Z

VPLAN

@@ Line 1,316: / Line 1,316: @@
 rndeps=1e-05
 rndverbose=0
 </source>

FelixJost: /* VPLAN */

2016-01-19T16:26:17Z

VPLAN

← Older revision		Revision as of 16:26, 19 January 2016
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	Standard deviation of second measurement function:		Standard deviation of second measurement function:

			<source lang="fortran">
	<source lang="~~optimica~~">
	c Standardabweichung der Messfunktion		c Standardabweichung der Messfunktion

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	<source lang="~~vplan~~">		<source lang="optimica">

	; ini-File fuer Experiment		; ini-File fuer Experiment

FelixJost: /* VPLAN */

2016-01-19T16:25:27Z

VPLAN

← Older revision		Revision as of 16:25, 19 January 2016
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	<source lang="~~fortran~~">		<source lang="optimica">
	c Standardabweichung der Messfunktion		c Standardabweichung der Messfunktion

FelixJost: /* VPLAN */

2016-01-19T16:23:19Z

VPLAN

← Older revision		Revision as of 16:23, 19 January 2016
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	</source>		</source>


			Algebraic equations:

			<source lang="fortran">

			c Dummyfunction for RHS of algebraic equations

			subroutine gfcn( t, x, g, p, q, rwh, iwh, iflag )
			implicit none

			real8 x(), g(), p(), q(), rwh(), t
			integer4 iwh(), iflag

			iflag=0

			end


			</source>


	First Measurement function:		First Measurement function:

FelixJost: /* VPLAN */

2016-01-19T16:20:46Z

VPLAN

Show changes

FelixJost: Created page with " == VPLAN == Differential equations: c RHS of the differential equations subroutine ffcn( t, x, f, p, q, rwh, iwh, iflag ) impl..."

2016-01-19T16:18:02Z

Created page with " == VPLAN == Differential equations: <source lang="fortran"> c RHS of the differential equations subroutine ffcn( t, x, f, p, q, rwh, iwh, iflag ) impl..."

New page

== VPLAN ==

Differential equations:

<source lang="fortran">

c RHS of the differential equations

subroutine ffcn( t, x, f, p, q, rwh, iwh, iflag )
implicit none

real*8 x(*), f(*), p(*), q(*), rwh(*), t
integer*4 iwh(*), iflag

real*8 p1,p3,p5,p6, myu

c fixed parameters
p1 = 1.0
p3 = 1.0
p5 = 0.4
p6 = 0.2

c DISCRETIZE1( myu, rwh, iwh )

f(1) = p1*x(1) - p(1)*x(1)*x(2) - p5*myu*x(1)
f(2) = (-1.0)*p3*x(2) + p(2)*x(1)*x(2) - p6*myu*x(2)

end

</source>

First Measurement function:

<source lang="fortran">

c Messfunktion

subroutine mess3( t, x, h, p, q, rwh, iwh, iflag )
implicit none

real*8 t, x(*), h, p(*), q(*), rwh(*)
integer*4 iwh(*), iflag

h = x(1)

iflag = 0

end

</source>

Second Measurement function:

<source lang="fortran">

c Messfunktion

subroutine mess4( t, x, h, p, q, rwh, iwh, iflag )
implicit none

real*8 t, x(*), h, p(*), q(*), rwh(*)
integer*4 iwh(*), iflag

h = x(2)

iflag = 0

end

</source>

Standard deviation of first measurement function

<source lang="fortran">

c Standardabweichung der Messfunktion

subroutine sigma3( t, x, s, p, q, rwh, iwh, iflag )
implicit none

real*8 rwh(*)
integer*4 iwh(*), iflag

real*8 t, x(*), p(*), q(*)
real*8 s
real*8 h

s = 1.0d+0

iflag = 0

end

</source>

Standard deviation of second measurement function:

<source lang="fortran">
c Standardabweichung der Messfunktion

subroutine sigma4( t, x, s, p, q, rwh, iwh, iflag )
implicit none

real*8 rwh(*)
integer*4 iwh(*), iflag

real*8 t, x(*), p(*), q(*)
real*8 s(*)

s(1) = 1.0

iflag = 0

end

</source>