Warum ListDensityPlot nichts?

Question

Ich habe so viele Daten, die aus numerischen Simulationen extrahiert werden. Die Daten werden in einer solchen Art und Weise angeordnet, dass jede Gruppe von Daten, die Daten darstellt, auf einer bestimmten X-Position bezogen, zum Beispiel:

Data1 = {{0.005, 0, 0.}, {0.005, 7/400, 0.}, {0.005, 7/200, 0.}, {0.005, 21/ 
    400, 0.}, {0.005, 7/100, 0.}, {0.005, 7/80, 0.}, {0.005, 21/200, 
    0.}, {0.005, 49/400, 0.}, {0.005, 7/50, 0.}, {0.005, 63/400, 
    0.}, {0.005, 7/40, 0.}, {0.005, 77/400, 0.}, {0.005, 21/100, 
    0.}, {0.005, 91/400, 0.}, {0.005, 49/200, 0.}, {0.005, 21/80, 
    0.}, {0.005, 7/25, 0.}, {0.005, 119/400, 0.}, {0.005, 63/200, 
    0.}, {0.005, 133/400, 0.}, {0.005, 7/20, 0.}, {0.005, 147/400, 
    0.}, {0.005, 77/200, 0.}, {0.005, 161/400, 0.}, {0.005, 21/50, 
    0.}, {0.005, 7/16, 0.}, {0.005, 91/200, 0.}, {0.005, 189/400, 
    0.}, {0.005, 49/100, 0.}, {0.005, 203/400, 0.}, {0.005, 21/40, 
    0.}, {0.005, 217/400, 0.}, {0.005, 14/25, 0.}, {0.005, 231/400, 
    0.}, {0.005, 119/200, 0.}, {0.005, 49/80, 0.}, {0.005, 63/100, 
    0.}, {0.005, 259/400, 0.}, {0.005, 133/200, 0.}, {0.005, 273/400, 
    0.}, {0.005, 7/10, 0.}, {0.005, 287/400, 0.}, {0.005, 147/200, 
    0.}, {0.005, 301/400, 0.}, {0.005, 77/100, 0.}, {0.005, 63/80, 
    0.}, {0.005, 161/200, 0.}, {0.005, 329/400, 0.}, {0.005, 21/25, 
    0.}, {0.005, 343/400, 0.}}; 


     Data2 = {{0.00725, 0, 1.}, {0.00725, 7/400, 1.}, {0.00725, 7/200, 
    1.}, {0.00725, 21/400, 0.999999}, {0.00725, 7/100, 
    0.999999}, {0.00725, 7/80, 0.999997}, {0.00725, 21/200, 
    0.999995}, {0.00725, 49/400, 0.999981}, {0.00725, 7/50, 
    0.999968}, {0.00725, 63/400, 0.999891}, {0.00725, 7/40, 
    0.999814}, {0.00725, 77/400, 0.999365}, {0.00725, 21/100, 
    0.998917}, {0.00725, 91/400, 0.996302}, {0.00725, 49/200, 
    0.993687}, {0.00725, 21/80, 0.978445}, {0.00725, 7/25, 
    0.963204}, {0.00725, 119/400, 0.899477}, {0.00725, 63/200, 
    0.835751}, {0.00725, 133/400, 0.736993}, {0.00725, 7/20, 
    0.638234}, {0.00725, 147/400, 0.525265}, {0.00725, 77/200, 
    0.412296}, {0.00725, 161/400, 0.308919}, {0.00725, 21/50, 
    0.205542}, {0.00725, 7/16, 0.133532}, {0.00725, 91/200, 
    0.0615207}, {0.00725, 189/400, 0.0360389}, {0.00725, 49/100, 
    0.0105571}, {0.00725, 203/400, 0.00618536}, {0.00725, 21/40, 
    0.00181365}, {0.00725, 217/400, 0.00106379}, {0.00725, 14/25, 
    0.000313931}, {0.00725, 231/400, 0.000185401}, {0.00725, 119/200, 
    0.0000568705}, {0.00725, 49/80, 0.0000348786}, {0.00725, 63/100, 
    0.0000128867}, {0.00725, 259/400, 9.12786*10^-6}, {0.00725, 133/200, 
    5.36902*10^-6}, {0.00725, 273/400, 4.71136*10^-6}, {0.00725, 7/10, 
    4.0537*10^-6}, {0.00725, 287/400, 3.91609*10^-6}, {0.00725, 147/200, 
    3.77848*10^-6}, {0.00725, 301/400, 3.72831*10^-6}, {0.00725, 77/ 
    100, 3.67815*10^-6}, {0.00725, 63/80, 3.64697*10^-6}, {0.00725, 161/ 
    200, 3.61579*10^-6}, {0.00725, 329/400, 3.59416*10^-6}, {0.00725, 
    21/25, 3.57253*10^-6}, {0.00725, 343/400, 3.55889*10^-6}}; 



     Data3 = {{0.0095, 0, 1.}, {0.0095, 7/400, 1.}, {0.0095, 7/200, 1.}, {0.0095, 
    21/400, 1.}, {0.0095, 7/100, 1.}, {0.0095, 7/80, 1.}, {0.0095, 21/ 
    200, 1.}, {0.0095, 49/400, 1.}, {0.0095, 7/50, 1.}, {0.0095, 63/400, 
    1.}, {0.0095, 7/40, 1.}, {0.0095, 77/400, 1.}, {0.0095, 21/100, 
    1.}, {0.0095, 91/400, 1.}, {0.0095, 49/200, 1.}, {0.0095, 21/80, 
    1.}, {0.0095, 7/25, 1.}, {0.0095, 119/400, 1.}, {0.0095, 63/200, 
    1.}, {0.0095, 133/400, 1.}, {0.0095, 7/20, 1.}, {0.0095, 147/400, 
    1.}, {0.0095, 77/200, 1.}, {0.0095, 161/400, 1.}, {0.0095, 21/50, 
    1.}, {0.0095, 7/16, 1.}, {0.0095, 91/200, 0.999999}, {0.0095, 189/ 
    400, 0.999998}, {0.0095, 49/100, 0.999997}, {0.0095, 203/400, 
    0.999989}, {0.0095, 21/40, 0.999981}, {0.0095, 217/400, 
    0.999935}, {0.0095, 14/25, 0.999889}, {0.0095, 231/400, 
    0.99962}, {0.0095, 119/200, 0.999351}, {0.0095, 49/80, 
    0.997785}, {0.0095, 63/100, 0.99622}, {0.0095, 259/400, 
    0.987093}, {0.0095, 133/200, 0.977966}, {0.0095, 273/400, 
    0.924772}, {0.0095, 7/10, 0.871577}, {0.0095, 287/400, 
    0.779607}, {0.0095, 147/200, 0.687637}, {0.0095, 301/400, 
    0.576285}, {0.0095, 77/100, 0.464932}, {0.0095, 63/80, 
    0.357661}, {0.0095, 161/200, 0.250389}, {0.0095, 329/400, 
    0.169795}, {0.0095, 21/25, 0.0892001}, {0.0095, 343/400, 0.0522537}}; 

Data4 = {{0.01175, 0, 1.}, {0.01175, 7/400, 1.}, {0.01175, 7/200, 
    1.}, {0.01175, 21/400, 1.}, {0.01175, 7/100, 1.}, {0.01175, 7/80, 
    1.}, {0.01175, 21/200, 1.}, {0.01175, 49/400, 1.}, {0.01175, 7/50, 
    1.}, {0.01175, 63/400, 1.}, {0.01175, 7/40, 1.}, {0.01175, 77/400, 
    1.}, {0.01175, 21/100, 1.}, {0.01175, 91/400, 1.}, {0.01175, 49/200, 
    1.}, {0.01175, 21/80, 1.}, {0.01175, 7/25, 1.}, {0.01175, 119/400, 
    1.}, {0.01175, 63/200, 1.}, {0.01175, 133/400, 1.}, {0.01175, 7/20, 
    1.}, {0.01175, 147/400, 1.}, {0.01175, 77/200, 1.}, {0.01175, 161/ 
    400, 1.}, {0.01175, 21/50, 1.}, {0.01175, 7/16, 1.}, {0.01175, 91/ 
    200, 1.}, {0.01175, 189/400, 1.}, {0.01175, 49/100, 1.}, {0.01175, 
    203/400, 1.}, {0.01175, 21/40, 1.}, {0.01175, 217/400, 
    1.}, {0.01175, 14/25, 1.}, {0.01175, 231/400, 1.}, {0.01175, 119/ 
    200, 1.}, {0.01175, 49/80, 1.}, {0.01175, 63/100, 1.}, {0.01175, 
    259/400, 1.}, {0.01175, 133/200, 1.}, {0.01175, 273/400, 
    1.}, {0.01175, 7/10, 1.}, {0.01175, 287/400, 1.}, {0.01175, 147/200, 
    1.}, {0.01175, 301/400, 1.}, {0.01175, 77/100, 1.}, {0.01175, 63/ 
    80, 1.}, {0.01175, 161/200, 1.}, {0.01175, 329/400, 1.}, {0.01175, 
    21/25, 1.}, {0.01175, 343/400, 0.999999}}; 

In jeden Datensatz Jede Zeile enthält 3 Werte, die X-Position, Y-Position und der Temperatur beziehungsweise. Wie Sie sehen können, repräsentiert jeder Datensatz die Temperaturwerte in einer bestimmten x-Position und für verschiedene Werte der y-Position. Was ich tun möchte ist, alle Datensätze in eine Liste zu setzen und sie dann dicht zu plotten. Aber wenn ich den ListDensityPlot ausführe, tut er nichts und zeigt nur den Rahmen des Plots an.

Answer 1

Sie können den Befehl union verwenden.

DataAll = Union[Data1, Data2, Data3, Data4]; 
ListDensityPlot[DataAll, Mesh -> All] 

alternativ join Werke richtig zu:

DataAll = Join[Data1, Data2, Data3, Data4]; 

oder catenate

DataAll = Catenate[{Data1, Data2, Data3, Data4}]; 

oder flatten

DataAll = Flatten[{Data1, Data2, Data3, Data4}, 1];