Fragen zu Evolution@home

[Bommer]

Hallo Freaks

Ich hab hier mal ein paar Fragen zu dem Projekt.

1. Ich hab mir ein Run-File runtergeladen mit 100 MB Laufzeit ca. 19 Stunden. Hab daraus einen Nachtdurchlauf machen wollen. Als ich früh an meinen Rechner ging, sag ich im Taskmanager, dass das Teil schon nach 3,5 Stunden durchgerechnet war und ich über 6 Stunden Leerlauf hatte. Schade. Wie kann ich sowas verhindern ??? Wie kann ich mehere RUN-Files nacheinander durchrechnen lassen, ohne, dass ich an meinen Rechner sitze ???

Das Stand im meinem S005_Result.txt unter besagten 100 MB RAM-RunFile drunter. Was hat dass zu sagen

*** Computation of result from an unknown key has ended PREMATURELY at 2003Feb08_00h11m11
The following INTERMEDIATE result was saved by DeleteIntermediateResultsAtSuddenExitToAvoidMeaningLessIntermediates
at a sudden exit because it comprised more than 1 GigaIndividual of work.

DO NOT TOUCH the following text else results will have to be discarded!



2. Welcher andere Client läuft mit E&H noch gut zusammen, dass der evtl einspringt wenn E&H fertig ist ???

Ich hab hier ein AMD XP 1800. Für welchen Prozessor sind denn die RUN-Files Laufzeiten angegeben ????

Danke Bommer

[Drakhon]

Die Laufzeiten sind auf einem P3 500Mhz angegeben, aber kurz nachdem du einen run gestartet hast sollte er dir eine geschätzte Laufzeit auf deinem System anzeigen.

Außerdem kannst du mehrere Simulationen in ein run-file schreiben. Dazu kopierst du einfach den Text, der ganz unten auf der Seite eines run-files steht in deine run.txt. Da kannst du dann so viele Simulationen wie du willst reinhaun.

[Bommer]

Verstehe ich das jetzt richtig. Wenn ich längere Laufzeiten oder mehrere Run-Files nacheinander laufen lassen will. Einfach ein RUN.TXT erstellen und dann immer nur das runtergeladenen RUN.TXT (verschiedene natuerlich) reinkopieren ???

Kann mir vielleicht jemand ein Beispiel zeigen ?

Danke

[Pascal]

zum Beitrag von VadderSchlumpf runterscrollen

Einfach ein Textfile erstellen mit den Simulationen - die werden dann abgearbeitet.

Kleiner Tipp noch...nicht immer fragen - vieles wird so oft im Forum erklärt..

[S_Garbe]

Du kannst auch die gleiche Simulation mehrfach nehmen - wenn eine Simulation nur einmal läuft, sagt das Ergebnis eigentlich gar nichts aus - und ob die Simulation nun auf 100 unterschiedlichen Rechnern läuft oder auf einem Rechner 100 mal nacheinander ist egal

Beispiel:

Code: Alles auswählen

&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -1183173062 : 5000000 10 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 3.18e+09 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>
&simulate -784828872 : 5000000 10000000 0 0 0 1 -1e-09 0 500 100000000 1 0 # may need >429 MB RAM and 4.79 hours (CPU Pentium III/500 MHz, max=79.3y) for 3.45 GI (Predictions: irNo = 0 ibNo = 0 tcrpr = 1.38 tcbpr = 1e+300 mmpr = 2.22e+10 rfitincrpr = 1e+300 bfitincrpr = 1e+100)<br>

[/size]

[Michael H.W. Weber]

Hehehehe, genau so mache ich das auch.

Michael.

[Bommer]

Was bei der ganzen Sache noch ein bisschen fehlt, ist eine GUI wie bei DF zum Beispiel. Es muss ja garnicht grafisch aufwendig sein, nur sollte man sehen können wie lange eine WU noch zum berechnen braucht. Denn wenn ich eine WU mit dem Break.txt beende, hätte aber nur noch 5 Minuten zum kompletten durchrechnen gebraucht - dann ist das Schade drum.

Sollte man den Programmierer mal darauf ansprechen. Ich habs gelesen, dass sowas mal kommen soll. Aber vielleicht besteht ja grosses Interesse und er macht vielleicht früher was.

Cu

[Michael H.W. Weber]

Das Problem hierbei ist, daß eine akkurate Vorhersage des Simulationsendes nicht zuverlässig möglich ist. Das hängt mit dem Projekt als solchem zusammen (Mutationen erfolgen stochastisch).

Michael.