How to connect dots on graph?
6 vues (au cours des 30 derniers jours)
Afficher commentaires plus anciens
I have a code that holds some energy values for some n states(n=1,2,3,4,5... etc) I want to connect these values for same n numbers. However, I have values by second variable which is E-field (=0.1 , 0.2 , 0.3... etc). I need to plot Energy values vs E-field. So i can only plot the values as dots. how can i connect them as i show in picture?
Here's my code that only plot dots:
E1=[0.229711113281264;0.244475859375016;0.261230097656256;0.283730156249987;0.311849589843713;0.344379609374935;0.379151660156155;0.412348945312377;0.440260371093603];
E2=[0.238093886718765;0.260254335937507;0.279635683593740;0.301875937499971;0.329453378906198;0.361535156249920;0.395869863281141;0.429274687499862;0.463113339843583];
E3=[0.244694238281266;0.273560273437496;0.297322089843725;0.320574257812455;0.347550292968682;0.378919335937405;0.412740058593626;0.447448828124847;0.488205761718562];
E4=[0.250286660156265;0.285135234374986;0.313481660156211;0.339145078124939;0.366044472656166;0.396619687499890;0.430194082031111;0.467239687499830;0.514716503906040];
E5=[0.255198222656261;0.295503046874977;0.328158457031199;0.356915859374924;0.384692636718650;0.414790078124875;0.448644785156096;0.488550234374812;0.542196972656016];
E6=[0.259605410156258;0.304969453124969;0.341621425781187;0.373596210937410;0.403165253906135;0.433584023437359;0.468303222656079;0.511142695312293;0.570388300780993];
E7=[0.263617441406254;0.313727578124961;0.354115136718677;0.389235234374897;0.421238613281119;0.453036093749842;0.489155683593561;0.534785976562273;0.599128183593469;0.830071523437023];
E8=[0.267308027343751;0.321910312499954;0.365831894531167;0.404029453124884;0.438887988281104;0.473031210937325;0.511045605468543;0.559290117187253;0.628306582030944;0.836473710937018];
E9=[0.270730136718748;0.329615156249948;0.376924863281157;0.418195195312372;0.456210761718590;0.493391718749808;0.533761933593524;0.584503828124731;0.657845332030919;0.842466445312013];
E10=[0.273923496093745;0.336917695312442;0.387519667968648;0.431917382812361;0.473320605468575;0.513964687499791;0.557098300781005;0.610304999999710;0.687685605468395;0.848114062499509;0.956153847655667];
x1=.1;
x2=.2;
x3=.3;
x4=.4;
x5=.5;
x6=.6;
x7=.7;
x8=.8;
x9=.9;
x10=1;
hold on
grid on
axis([0 1 0.2 1])
xlabel('E field (V/m)')
ylabel('Energy Values (eV)')
plot(x1,E1,'o')
plot(x2,E2,'o')
plot(x3,E3,'o')
plot(x4,E4,'o')
plot(x5,E5,'o')
plot(x6,E6,'o')
plot(x7,E7,'o')
plot(x8,E8,'o')
plot(x9,E9,'o')
plot(x10,E10,'o')
0 commentaires
Réponse acceptée
KSSV
le 22 Mai 2019
Modifié(e) : KSSV
le 22 Mai 2019
E1=[0.229711113281264;0.244475859375016;0.261230097656256;0.283730156249987;0.311849589843713;0.344379609374935;0.379151660156155;0.412348945312377;0.440260371093603];
E2=[0.238093886718765;0.260254335937507;0.279635683593740;0.301875937499971;0.329453378906198;0.361535156249920;0.395869863281141;0.429274687499862;0.463113339843583];
E3=[0.244694238281266;0.273560273437496;0.297322089843725;0.320574257812455;0.347550292968682;0.378919335937405;0.412740058593626;0.447448828124847;0.488205761718562];
E4=[0.250286660156265;0.285135234374986;0.313481660156211;0.339145078124939;0.366044472656166;0.396619687499890;0.430194082031111;0.467239687499830;0.514716503906040];
E5=[0.255198222656261;0.295503046874977;0.328158457031199;0.356915859374924;0.384692636718650;0.414790078124875;0.448644785156096;0.488550234374812;0.542196972656016];
E6=[0.259605410156258;0.304969453124969;0.341621425781187;0.373596210937410;0.403165253906135;0.433584023437359;0.468303222656079;0.511142695312293;0.570388300780993];
E7=[0.263617441406254;0.313727578124961;0.354115136718677;0.389235234374897;0.421238613281119;0.453036093749842;0.489155683593561;0.534785976562273;0.599128183593469;0.830071523437023];
E8=[0.267308027343751;0.321910312499954;0.365831894531167;0.404029453124884;0.438887988281104;0.473031210937325;0.511045605468543;0.559290117187253;0.628306582030944;0.836473710937018];
E9=[0.270730136718748;0.329615156249948;0.376924863281157;0.418195195312372;0.456210761718590;0.493391718749808;0.533761933593524;0.584503828124731;0.657845332030919;0.842466445312013];
E10=[0.273923496093745;0.336917695312442;0.387519667968648;0.431917382812361;0.473320605468575;0.513964687499791;0.557098300781005;0.610304999999710;0.687685605468395;0.848114062499509;0.956153847655667];
x1=.1;
x2=.2;
x3=.3;
x4=.4;
x5=.5;
x6=.6;
x7=.7;
x8=.8;
x9=.9;
x10=1;
hold on
grid on
axis([0 1 0.2 1])
xlabel('E field (V/m)')
ylabel('Energy Values (eV)')
plot(x1*ones(size(E1)),E1,'-o')
plot(x2*ones(size(E2)),E2,'-o')
plot(x3*ones(size(E3)),E3,'-o')
plot(x4*ones(size(E4)),E4,'-o')
plot(x5*ones(size(E5)),E5,'-o')
plot(x6*ones(size(E6)),E6,'-o')
plot(x7*ones(size(E7)),E7,'-o')
plot(x8*ones(size(E8)),E8,'-o')
plot(x9*ones(size(E9)),E9,'-o')
plot(x10*ones(size(E10)),E10,'-o')
5 commentaires
KSSV
le 22 Mai 2019
In that case the first code works......your E's all should be of same size....they were not.
Plus de réponses (0)
Voir également
Catégories
En savoir plus sur 2-D and 3-D Plots dans Help Center et File Exchange
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!