MATLAB: How to create a surface object from the input of complex numbers

complex numberssurface

Dear all, I will appreciate any ideas how to create a surface object from a complex data as follows:
    x=0:10:200;
    t=0:0.2:2;
u=[0.090211+0.0026537i,-0.0052867+0.090095i,-0.089902-0.0079152i,0.010537-0.089633i,0.089287+0.01315i,-0.015751+0.088865i,-0.088367-0.018339i,0.020912-0.087794i,0.087146+0.023466i,-0.026001+0.086424i,-0.085628-0.028513i
  0.086298-0.026523i,0.023992+0.087035i,-0.087699+0.021441i,-0.018871-0.088288i,0.088801-0.016285i,0.013685+0.089239i,-0.0896+0.011073i,-0.0084522-0.089885i,0.090094-0.0058239i,0.0031908+0.090225i,-0.09028+0.00055487i
  0.074834-0.053638i,0.05143+0.076368i,-0.077837+0.049178i,-0.046884-0.07924i,0.080575-0.04455i,0.042179+0.081842i,-0.083039+0.039771i,-0.037329-0.084164i,0.085219-0.034856i,0.032353+0.0862i,-0.087108+0.029822i
  0.05663-0.076773i,0.075087+0.058848i,-0.061015+0.073336i,-0.071523-0.063131i,0.065192-0.069649i,0.067716+0.067198i,-0.069147+0.065725i,-0.063678-0.071036i,0.072865-0.061577i,0.059423+0.074632i,-0.076336+0.057218i
  0.032973-0.094293i,0.09329+0.035713i,-0.038421+0.092208i,-0.091047-0.041097i,0.043738-0.089808i,0.088492+0.046342i,-0.048906+0.087101i,-0.085636-0.051429i,0.053907-0.084098i,0.082488+0.05634i,-0.058725+0.080808i
  0.0055358-0.10496i,0.10475+0.0085982i,-0.011653+0.10446i,-0.10407-0.014698i,0.017731-0.1036i,0.10304+0.020749i,-0.023748+0.10239i,-0.10165-0.026728i,0.029685-0.10083i,0.099918+0.032616i,-0.03552+0.098923i
  -0.023743-0.10802i,0.10867-0.020579i,0.017397+0.10922i,-0.10968+0.0142i,-0.010992-0.11005i,0.11033-0.0077734i,0.0045486+0.11051i,-0.11059+0.00132i,0.0019098-0.11058i,0.11048+0.0051379i,-0.0083617+0.11028i
  -0.052793-0.10326i,0.10475-0.049756i,0.046676+0.10616i,-0.10748+0.043556i,-0.040399-0.10871i,0.10984-0.037208i,0.033985+0.11088i,-0.11182+0.030732i,-0.027454-0.11267i,0.11343-0.024152i,0.02083+0.11408i
  -0.079561-0.091006i,0.09329-0.07687i,0.074113+0.095495i,-0.097618+0.071293i,-0.068413-0.099659i,0.10161-0.065473i,0.062478+0.10348i,-0.10526+0.05943i,-0.056331-0.10695i,0.10855-0.053184i,0.049992+0.11006i
  -0.10216-0.072135i,0.075087-0.10001i,0.09777+0.077975i,-0.080796+0.095452i,-0.093052-0.083549i,0.08623-0.090572i,0.088016+0.088838i,-0.091371+0.085384i,-0.08268-0.093825i,0.096199-0.079905i,0.077062+0.098491i
  -0.11898-0.047976i,0.05143-0.11753i,0.11597+0.05484i,-0.058202+0.11432i,-0.11257-0.061516i,0.064777-0.11073i,0.10879+0.067982i,-0.07113+0.10676i,-0.10464-0.074217i,0.077241-0.10243i,0.10013+0.080199i
  -0.12884-0.020238i,0.023991-0.12819i,0.12744+0.027724i,-0.031434+0.12657i,-0.1256-0.035116i,0.038769-0.12452i,0.12334+0.042388i,-0.045971+0.12205i,-0.12065-0.049515i,0.053017-0.11916i,0.11756+0.056474i
  -0.13104+0.0091193i,-0.005289-0.13125i,0.13135-0.0014542i,-0.0023818+0.13134i,-0.13121-0.0062158i,0.010045-0.13098i,0.13063+0.013865i,-0.017673+0.13017i,-0.12959-0.021466i,0.025241-0.12891i,0.12812+0.028995i
  -0.12544+0.038016i,-0.034337-0.1265i,0.12745-0.030629i,0.026895+0.12829i,-0.12902+0.023137i,-0.01936-0.12964i,0.13015-0.015567i,0.01176+0.13055i,-0.13083+0.0079429i,-0.0041192-0.13101i,0.13107-0.00029207i
  -0.11242+0.064397i,-0.061087-0.11425i,0.11598-0.057725i,0.054314+0.11762i,-0.11916+0.050856i,-0.047355-0.12059i,0.12192-0.043814i,0.040235+0.12315i,-0.12427+0.036622i,-0.032978-0.12529i,0.1262-0.029305i
  -0.092856+0.086393i,-0.083645-0.095339i,0.097741-0.080825i,0.077937+0.10006i,-0.10229+0.074982i,-0.071963-0.10444i,0.10649-0.068883i,0.065744+0.10846i,-0.11033+0.062549i,-0.059301-0.11211i,0.1138-0.056002i
  -0.068072+0.10254i,-0.10051-0.071037i,0.073942-0.098395i,0.096194+0.076783i,-0.07956+0.093911i,-0.091548-0.082268i,0.084906-0.089107i,0.08659+0.087472i,-0.089963+0.083999i,-0.081336-0.092377i,0.094713-0.078604i
  -0.039954+0.112i,-0.11079-0.043207i,0.046424-0.10948i,0.10808+0.049601i,-0.052735+0.10658i,-0.105-0.055825i,0.058867-0.10332i,0.10156+0.061859i,-0.064798+0.099712i,-0.097778-0.067682i,0.070508-0.09576i
  -0.011411+0.11419i,-0.11381-0.014741i,0.018058-0.11333i,0.11276+0.021359i,-0.024643+0.11209i,-0.11132-0.027905i,0.031144-0.11046i,0.1095+0.034356i,-0.037538+0.10845i,-0.10731-0.040689i,0.043805-0.10607i
  0.014012+0.10682i,-0.10718+0.010887i,-0.0077524-0.10746i,0.10764-0.0046114i,0.0014665+0.10773i,-0.10772-0.0016797i,0.0048244-0.10763i,0.10744+0.0079651i,-0.011099+0.10716i,-0.10679-0.014223i,0.017336-0.10633i
  0.037596+0.083628i,-0.08469+0.035138i,-0.03265-0.08568i,0.086597-0.030134i,0.027593+0.08744i,-0.088208+0.025028i,-0.022442-0.088901i,0.089519-0.019836i,0.017214+0.09006i,-0.090524+0.014577i,-0.011927-0.090911i].
Thanks!

Best Answer

surf(x,t,real(u));
or
surf(x,t,imag(u));
or
surf(x,t,abs(u));
or
surf(x,t,real(u));
hold on
surf(x,t,imag(u));
There are other possibilities, but you need to describe your thinking about what you would like the display to be considering the 2D nature of complex values.
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