Commit b287afaa authored by FAGES Francois's avatar FAGES Francois Committed by Sylvain Soliman
Browse files

M2

parent d05b1af8
......@@ -115,7 +115,7 @@ dose_response(Dose, Value1, Value2):-
'Defines a set of objects for the response; everything will be
plotted if the show option is empty'
),
doc('Draws a dose-response diagram by linear variation of the initial concentration of the input object (the dose) from Value1 to Value2, and plotting the output object (the response) in relation to the dose.
doc('Draws a dose-response diagram by linear variation of the initial concentration (the dose) of the input object which must be a catalyst not affected by the system, from Value1 to Value2, and plotting the output object (the response) in relation to the dose.
A set of output objects can be given to draw their respective responses.
The time option should be greater or equal to the simulation time horizon necessary to approximate the steady state response.
The variation of the dose is performed over a time horizon of 10 fold the given duration.'),
......@@ -205,10 +205,10 @@ bifurcations(Dose, Value1, Value2):-
type(Value2, arithmetic_expression),
option(time, time, Duration, ' '),
option(show, {object}, ResponseSet, ' '),
doc('Draws a dose-response diagram by linear variation from Value1 to Value2 and then from Value2 to Value1 (to see memory effects) of the input object dose, and plots the output object responses.
doc('Draws a dose-response diagram by linear variation from Value1 to Value2 and then from Value2 to Value1 (to see memory effects) of the input object which must be a catalyst not affected by the system, and plots the output object responses.
The time duration should be greater or equal to the simulation time horizon necessary to get the response at steady state (in both the increasing forward and decreasing backward variations which may be different).
The increasing and decreasing variations of the dose are performed over a time horizon of 10 fold duration each.
No that a real bifurcation diagram draws the stable and unstable zeros of the differential function of the response. Those zeros are not computed here.'),
Unlike a real bifurcation diagram that draws the stable and unstable zeros of the differential function of the response, the steady states are not computed here but approximated by simulation.'),
Dur is 10*Duration,
with_option(time: Dur, (variation(Dose,Value1,Value2), numerical_simulation, variation(Dose,Value2,Value1))),
get_last_value(Dose, Value3),
......
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