Step doesn't work after stepping back on some models

Describe the bug In some experiment with the record facet set to true, the step function on a simulation works fine, but once the step back function (which works as expected) has been called, it is not possible to step forward again.

To Reproduce Steps to reproduce the behavior:

run this model:
```
model prey_predator
```

global { int nb_preys_init <- 200; int nb_predators_init <- 20; float prey_max_energy <- 1.0; float prey_max_transfer <- 0.1; float prey_energy_consum <- 0.05; float predator_max_energy <- 1.0; float predator_energy_transfer <- 0.5; float predator_energy_consum <- 0.02; float prey_proba_reproduce <- 0.01; int prey_nb_max_offsprings <- 5; float prey_energy_reproduce <- 0.5; float predator_proba_reproduce <- 0.01; int predator_nb_max_offsprings <- 3; float predator_energy_reproduce <- 0.5; int nb_preys -> {length(prey)}; int nb_predators -> {length(predator)}; bool is_batch <- false;

init {
    create prey number: nb_preys_init;
    create predator number: nb_predators_init;
    write(self);
}   

reflex stop_simulation when: ((nb_preys = 0) or (nb_predators = 0)) and !is_batch {
    do pause;
} 

reflex coucou {
//  int i <- save_simulation("haha.gsim");
}

}

species generic_species { float size <- 1.0; rgb color; float max_energy; float max_transfer; float energy_consum; float proba_reproduce; int nb_max_offsprings; float energy_reproduce; vegetation_cell my_cell <- one_of(vegetation_cell); float energy <- rnd(max_energy) update: energy - energy_consum max: max_energy;

init {
    location <- my_cell.location;
}

reflex basic_move {
    my_cell <- one_of(my_cell.neighbors2);
    location <- my_cell.location;
}

reflex eat {
    energy <- energy + energy_from_eat();
}

reflex die when: energy <= 0 {
    do die;
}

reflex reproduce when: (energy >= energy_reproduce) and (flip(proba_reproduce)) {
    int nb_offsprings <- rnd(1, nb_max_offsprings);
    create species(self) number: nb_offsprings {
        my_cell <- myself.my_cell;
        location <- my_cell.location;
        energy <- myself.energy / nb_offsprings;
    }

    energy <- energy / nb_offsprings;
}

float energy_from_eat {
    return 0.0;
}

aspect base {
    draw circle(size) color: color;
}

}

species prey parent: generic_species { rgb color <- #blue; float max_energy <- prey_max_energy; float max_transfer <- prey_max_transfer; float energy_consum <- prey_energy_consum; float proba_reproduce <- prey_proba_reproduce; int nb_max_offsprings <- prey_nb_max_offsprings; float energy_reproduce <- prey_energy_reproduce;

float energy_from_eat {
    float energy_transfer <- 0.0;
    if(my_cell.food > 0) {
        energy_transfer <- min([max_transfer, my_cell.food]);
        my_cell.food <- my_cell.food - energy_transfer;
    }           
    return energy_transfer;
}

}

species predator parent: generic_species { rgb color <- #red; float max_energy <- predator_max_energy; float energy_transfer <- predator_energy_transfer; float energy_consum <- predator_energy_consum; float proba_reproduce <- predator_proba_reproduce; int nb_max_offsprings <- predator_nb_max_offsprings; float energy_reproduce <- predator_energy_reproduce;

float energy_from_eat {
    list<prey> reachable_preys <- prey inside (my_cell);
    if(! empty(reachable_preys)) {
        ask one_of (reachable_preys) {
            do die;
        }
        return energy_transfer;
    }
    return 0.0;
}

}

grid vegetation_cell width: 50 height: 50 neighbors: 4 { float max_food <- 1.0; float food_prod <- rnd(0.01); float food <- rnd(1.0) max: max_food update: food + food_prod; rgb color <- rgb(int(255 (1 - food)), 255, int(255 (1 - food))) update: rgb(int(255 (1 - food)), 255, int(255 (1 - food))); list neighbors2 <- (self neighbors_at 2); }

experiment prey_predator type: gui record:true{ parameter "Initial number of preys: " var: nb_preys_init min: 0 max: 1000 category: "Prey"; parameter "Prey max energy: " var: prey_max_energy category: "Prey"; parameter "Prey max transfer: " var: prey_max_transfer category: "Prey"; parameter "Prey energy consumption: " var: prey_energy_consum category: "Prey"; parameter "Initial number of predators: " var: nb_predators_init min: 0 max: 200 category: "Predator"; parameter "Predator max energy: " var: predator_max_energy category: "Predator"; parameter "Predator energy transfer: " var: predator_energy_transfer category: "Predator"; parameter "Predator energy consumption: " var: predator_energy_consum category: "Predator"; parameter 'Prey probability reproduce: ' var: prey_proba_reproduce category: 'Prey'; parameter 'Prey nb max offsprings: ' var: prey_nb_max_offsprings category: 'Prey'; parameter 'Prey energy reproduce: ' var: prey_energy_reproduce category: 'Prey'; parameter 'Predator probability reproduce: ' var: predator_proba_reproduce category: 'Predator'; parameter 'Predator nb max offsprings: ' var: predator_nb_max_offsprings category: 'Predator'; parameter 'Predator energy reproduce: ' var: predator_energy_reproduce category: 'Predator';

output {
    display main_display {
        grid vegetation_cell border: #black;
        species prey aspect: base;
        species predator aspect: base;
    }

    monitor "Number of preys" value: nb_preys;
    monitor "Number of predators" value: nb_predators;
}

}

3. run a few steps
4. do at least one step backward
5. see that now clicking on the step forward button nothing happens

**Additional context**
The model `Backward Experiment Formats.gaml` in library models works fine.
I don't see any exception in eclipse console while running this in GUI, but in gama server I've seen some exceptions raised sometimes but I don't know if it's related:

java.util.zip.ZipException: Not in GZIP format at java.base/java.util.zip.GZIPInputStream.readHeader(GZIPInputStream.java:165) at java.base/java.util.zip.GZIPInputStream.(GZIPInputStream.java:79) at java.base/java.util.zip.GZIPInputStream.(GZIPInputStream.java:91) at ummisco.gama.serializer.implementations.ByteArrayZipper.unzip(ByteArrayZipper.java:66) at ummisco.gama.serializer.implementations.SerialisedSimulationRecorder.restore(SerialisedSimulationRecorder.java:106) at msi.gama.kernel.experiment.ExperimentAgent.lambda$0(ExperimentAgent.java:938) at msi.gama.runtime.GAMA.runAndUpdateAll(GAMA.java:548) at msi.gama.kernel.experiment.ExperimentAgent.backward(ExperimentAgent.java:935) at msi.gama.headless.core.Experiment.backStep(Experiment.java:137) at msi.gama.headless.server.GamaServerExperimentJob.doBackStep(GamaServerExperimentJob.java:103) at msi.gama.headless.listener.StepBackCommand.execute(StepBackCommand.java:60) at msi.gama.headless.listener.StepBackCommand.execute(StepBackCommand.java:1) at msi.gama.runtime.server.CommandExecutor.lambda$1(CommandExecutor.java:118) at java.base/java.lang.Thread.run(Thread.java:833) unable to decode: java.io.IOException: java.lang.ArrayIndexOutOfBoundsException: Index 0 out of bounds for length 0 at org.nustaq.serialization.FSTObjectInput.readObject(FSTObjectInput.java:376) at org.nustaq.serialization.FSTConfiguration.asObject(FSTConfiguration.java:1399) at ummisco.gama.serializer.implementations.FSTAbstractProcessor.read(FSTAbstractProcessor.java:425) at ummisco.gama.serializer.implementations.FSTAbstractProcessor.read(FSTAbstractProcessor.java:1) at ummisco.gama.serializer.implementations.AbstractSerialisationProcessor.restoreAgentFromBytes(AbstractSerialisationProcessor.java:38) at ummisco.gama.serializer.implementations.SerialisedSimulationRecorder.restore(SerialisedSimulationRecorder.java:106) at msi.gama.kernel.experiment.ExperimentAgent.lambda$0(ExperimentAgent.java:938) at msi.gama.runtime.GAMA.runAndUpdateAll(GAMA.java:548) at msi.gama.kernel.experiment.ExperimentAgent.backward(ExperimentAgent.java:935) at msi.gama.headless.core.Experiment.backStep(Experiment.java:137) at msi.gama.headless.server.GamaServerExperimentJob.doBackStep(GamaServerExperimentJob.java:103) at msi.gama.headless.listener.StepBackCommand.execute(StepBackCommand.java:60) at msi.gama.headless.listener.StepBackCommand.execute(StepBackCommand.java:1) at msi.gama.runtime.server.CommandExecutor.lambda$1(CommandExecutor.java:118) at java.base/java.lang.Thread.run(Thread.java:833) Caused by: java.lang.ArrayIndexOutOfBoundsException: Index 0 out of bounds for length 0 at org.nustaq.serialization.coders.FSTStreamDecoder.readFByte(FSTStreamDecoder.java:329) at org.nustaq.serialization.coders.FSTStreamDecoder.readObjectHeaderTag(FSTStreamDecoder.java:122) at org.nustaq.serialization.FSTObjectInput.readObjectWithHeader(FSTObjectInput.java:511) at org.nustaq.serialization.FSTObjectInput.readObjectInternal(FSTObjectInput.java:487) at org.nustaq.serialization.FSTObjectInput.readObject(FSTObjectInput.java:446) at org.nustaq.serialization.FSTObjectInput.readObject(FSTObjectInput.java:374) ... 14 more

gama-platform / gama.old

Step doesn't work after stepping back on some models #3915