Hello.
Given:
Variable components: species_1 and species_2;
Initial values: species_1=1000 g and species_2=200 g;
Process parameters: timecut=2 hour, timecon=1hour, kf=0.1 1/hour

The components are related to each other by a reaction according to the law of mass action:
species_1 -> species_2: kf*species_1

In the time interval 0<=time<=timecut, the mass of the component species_1 decreases while the mass of the component species_2 increases. At the point time=timecut, the masses of the components return to their initial values. Two sawtooth patterns are formed on the charts: one sawtooth on chart for species_1 and another inverted sawtooth on chart for species_2.
Then, during the timecon, the masses of components retain their original values: "shelves" are formed. Codes in the Simbiology Builder:
Trigger: time>=timecut
Event FCNS:
kf=0
species_1=1000
species_2=200
If time>=timecut+timecon and kf=0.1, the mass of the species_1 component decreases and the mass of the species_2 component increases. No saw teeth and shelves are formed.

How should the code be written in Simbiology so that the "tooth-shelf" process are repeated n times?Hello.
Given:
Variable components: species_1 and species_2;
Initial values: species_1=1000 g and species_2=200 g;
Process parameters: timecut=2 hour, timecon=1hour, kf=0.1 1/hour

The components are related to each other by a reaction according to the law of mass action:
species_1 -> species_2: kf*species_1

In the time interval 0<=time<=timecut, the mass of the component species_1 decreases while the mass of the component species_2 increases. At the point time=timecut, the masses of the components return to their initial values. Two sawtooth patterns are formed on the charts: one sawtooth on chart for species_1 and another inverted sawtooth on chart for species_2.
Then, during the timecon, the masses of components retain their original values: "shelves" are formed. Codes in the Simbiology Builder:
Trigger: time>=timecut
Event FCNS:
kf=0
species_1=1000
species_2=200
If time>=timecut+timecon and kf=0.1, the mass of the species_1 component decreases and the mass of the species_2 component increases. No saw teeth and shelves are formed.

How should the code be written in Simbiology so that the "tooth-shelf" process are repeated n times? Hello.
Given:
Variable components: species_1 and species_2;
Initial values: species_1=1000 g and species_2=200 g;
Process parameters: timecut=2 hour, timecon=1hour, kf=0.1 1/hour

The components are related to each other by a reaction according to the law of mass action:
species_1 -> species_2: kf*species_1

In the time interval 0<=time<=timecut, the mass of the component species_1 decreases while the mass of the component species_2 increases. At the point time=timecut, the masses of the components return to their initial values. Two sawtooth patterns are formed on the charts: one sawtooth on chart for species_1 and another inverted sawtooth on chart for species_2.
Then, during the timecon, the masses of components retain their original values: "shelves" are formed. Codes in the Simbiology Builder:
Trigger: time>=timecut
Event FCNS:
kf=0
species_1=1000
species_2=200
If time>=timecut+timecon and kf=0.1, the mass of the species_1 component decreases and the mass of the species_2 component increases. No saw teeth and shelves are formed.

How should the code be written in Simbiology so that the "tooth-shelf" process are repeated n times? programming, cycle MATLAB Answers — New Questions

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