How do I smooth out my data that I am outputting?

I have some outputs that I am plotting and I am wondering how I can smooth out the curves.

My model is calculating the clutch torques in a transmission during a 1-2 upshift event. Attached are plots of one of my outputs where one of them look good, clutch E, but that is a function of that clutch during the shift as it is on during the shift. I am having issues with the off going clutch, on going clutch and my torque out of the transmission.

How do I apply a smoothing function to these? Please help quickly! :)

Here is my code for the torque calculations.

function [Tout,Tc,Te,Tf,WDOTin] = Transmission_System(Tin,WDOTout,GEAR,Vs)
%equation solve

%Assumptions for transmission inertia's
Iin=0.0025;
Is1=0.007;
Is3=0.006;
Ic1r2=0.034;
Ic2r3=0.006;
Iout=0.014;

%Iv=1927*(0.38^2)/(2.6^2);
%Rload=0.02*1927*9.8+0.5795*0.38*2.2*V^2;
%Tload=Rload*(0.38/2.6);
global Tflast;
global WDOTs1last;

%when V<=8.046
%Ta=0;Tb=0;Tc=0;Td=0;Te=1.3131*Tin;Tf=2.1707*Tin;
if (Vs<=8.046)
    WDOTin=4.4837*WDOTout;
    Tc=0;
    Te=-5.8875*Iin*WDOTout-0.5856*Ic2r3*WDOTout+1.3131*Tin;
    Tf=(0-9.7328*Iin-11.1891*Is1)*WDOTout+2.1707*Tin;
    Tout=(0-8.3082*Is1-Iout-20.1035*Iin-2*Ic2r3)*WDOTout+4.4837*Tin;

%when (V>=8.046)&&(V<=9.387)
%Ta=0;Tb=0;Tc=((0.5591-0)*Tin*Vs/9.387);Td=0;Te=1.3131*Tin;Tf=2.1707*Tin;
elseif (Vs>=8.046)&&(Vs<=9.387)
    WDOTin=4.4837*WDOTout;
    Tc=(0.5591-0)*Tin*(Vs/9.387);
    Te=-5.8875*Iin*WDOTout-0.5856*Ic2r3*WDOTout+1.3131*Tin;
    Tf=(0-9.7328*Iin-11.1891*Is1)*WDOTout+2.1707*Tin-3.8824*Tc;
    Tout=(0-8.3082*Is1-Iout-20.1035*Iin-2*Ic2r3)*WDOTout+4.4837*Tin-2.8824*Tc;
    Tflast=Tf;
    WDOTs1last=-2.8827*WDOTout;

%when (V>=9.387)&&(V<=10.728)
%Ta=0;Tb=0;Tc=((0.5591-0)*Tin*Vs/25);Td=0;Te=1.3131*Tin;Tf=2.1707*Tin*((10.728-V)/1.341);
elseif (Vs>=9.387)&&(Vs<=10.728)
    WDOTs1=WDOTs1last*((10.728-Vs)/1.341);
    WDOTin=2.8722*WDOTout-0.5592*WDOTs1;
    Tc=(0.5591-0)*Tin%*(Vs/15.728);
    Te=-5.8875*Iin*WDOTout-0.5856*Ic2r3*WDOTout+1.3131*Tin;
    Tf=Tflast*((10.728-Vs)/1.341);
    Tout=2.8824*Is1*WDOTs1-(Iout+20.1035*Iin+2*Ic2r3)*WDOTout-2.8824*Tc+4.4837*Tin;

%when V>10.728
%Ta=0;Tb=0;Tc=0.5591*Tin;Td=0;Te=1.3131*Tin;Tf=0;
elseif Vs>10.728
    WDOTin=2.8722*WDOTout;
    Tc=(-1.6059*Iin+0.1912*Ic1r2)*WDOTout+0.5591*Tin;
    Te=-3.771*Iin*WDOTout-1.4141*Ic2r3*WDOTout+1.3131*Tin;
    Tf=0;
    Tout=(0-Iout-8.2486*Iin-0.5511*Ic1r2-4.8286*Ic2r3)*WDOTout+2.8722*Tin;

%else
%Ta=0;Tb=0;Tc=0;Td=0;Te=0;Tf=0;
else
    WDOTin=0;
    Te=0;
    Tf=0;
    Tout=0;
    Tc=0;
end

[Jan]

Just a comment:

elseif (Vs>=8.046)&&(Vs<=9.387)
  ...
elseif (Vs>=9.387) ...

You have tested for Vs<=9.387 in the first elseif already. Then it cannot be == 9.387 in the 2nd elseif . You can even omit the complete test to Vs>=9.387 , because this must be true already after the former tests.

[Jason Grup]

Thank you for the catch on that Jan :)