I don’t know how to Solve this problem. There is no hint and solution.I don’t know how to Solve this problem. There is no hint and solution. I don’t know how to Solve this problem. There is no hint and solution. simscape MATLAB Answers — New Questions

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draw the centered data on the same axes as the raw data given 12 samples of the raw data
WireLength DieHeight
1 125
4 110
5 287
6 200
8 350
10 280
12 400
14 370
13 480
18 420
19 540
22 518
where WireLength is the x axis and Die Height is the y axisdraw the centered data on the same axes as the raw data given 12 samples of the raw data
WireLength DieHeight
1 125
4 110
5 287
6 200
8 350
10 280
12 400
14 370
13 480
18 420
19 540
22 518
where WireLength is the x axis and Die Height is the y axis draw the centered data on the same axes as the raw data given 12 samples of the raw data
WireLength DieHeight
1 125
4 110
5 287
6 200
8 350
10 280
12 400
14 370
13 480
18 420
19 540
22 518
where WireLength is the x axis and Die Height is the y axis scatter, centered d MATLAB Answers — New Questions

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I am trying to generate the plot from Keysight N9320 Spectrum analyzer .trc file from https://www.mathworks.com/matlabcentral/fileexchange/22908-read-spectrum-analyzer-trace-file but MATLAB can’t read it and error is
Unrecognized field name "XStart".

Error in readsatf (line 139)
freq(index) = struct.XStart + (index-1)*struct.XScale/struct.XNum;
because file don’t contain "#" headers and all the data is unreadable is there any other way to access these results from the .trc file.I am trying to generate the plot from Keysight N9320 Spectrum analyzer .trc file from https://www.mathworks.com/matlabcentral/fileexchange/22908-read-spectrum-analyzer-trace-file but MATLAB can’t read it and error is
Unrecognized field name "XStart".

Error in readsatf (line 139)
freq(index) = struct.XStart + (index-1)*struct.XScale/struct.XNum;
because file don’t contain "#" headers and all the data is unreadable is there any other way to access these results from the .trc file. I am trying to generate the plot from Keysight N9320 Spectrum analyzer .trc file from https://www.mathworks.com/matlabcentral/fileexchange/22908-read-spectrum-analyzer-trace-file but MATLAB can’t read it and error is
Unrecognized field name "XStart".

Error in readsatf (line 139)
freq(index) = struct.XStart + (index-1)*struct.XScale/struct.XNum;
because file don’t contain "#" headers and all the data is unreadable is there any other way to access these results from the .trc file. keysight, n8320b spectrum analyzer MATLAB Answers — New Questions

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Hello MATLAB Community,
I’m working on implementing a custom plot function for the particleswarm function in the Global Optimization Toolbox. However, I’m encountering an issue where an extra empty subplot is being generated along with the intended plots. I would like to know how to remove this extra subplot.
Here is my full code:
fun = @(x) 3*(1-x(1)).^2.*exp(-(x(1).^2)-(x(2)+1).^2)…
– 10*(x(1)/5 – x(1).^3 – x(2).^5).*exp(-x(1).^2-x(2).^2)…
– 1/3*exp(-(x(1)+1).^2 – x(2).^2);
xbounds = [-3, 3, -3, 3]; % [xmin xmax ymin ymax]
fconvert = @(x1, x2) fun([x1, x2]); % for fsurf, fun should be defined as fun = @(x1,x2,…,xn) but for PSO, fun = @(x)
myfig = fsurf(fconvert, xbounds,’ShowContours’,’on’, ‘FaceAlpha’, 0.7);
xlabel(‘x1’);
ylabel(‘x2’);
zlabel(‘f(x1, x2)’);
box on
plotFcnWithHandle = @(optimValues, state) myplot(optimValues, state, myfig);
rng default % For reproducibility
nvars = 2;
lb = [xbounds(1), xbounds(3)];
ub = [xbounds(2), xbounds(4)];
options = optimoptions(‘particleswarm’, …
‘SwarmSize’, 50,…
‘Display’,’iter’,…
‘DisplayInterval’, 1,…
‘FunctionTolerance’, 0.01,…
‘MaxIterations’, 500,…
‘MaxStallIterations’, 20,…
‘PlotFcn’, {‘pswplotbestf’,plotFcnWithHandle});
[x,fval] = particleswarm(fun,nvars,lb,ub,options);

function stop = myplot(optimValues, state, myfig)
stop = false;
ax = get(myfig,’Parent’);
positions = optimValues.swarm;
hold(ax, ‘on’);
delete(findall(ax, ‘Tag’, ‘particles’));
scatter3(ax, positions(:,1), positions(:,2), optimValues.swarmfvals, …
‘r’, ‘filled’, ‘MarkerEdgeColor’,’k’, ‘Tag’, ‘particles’);
% Update the figure
drawnow;
pause(1); % Pause for 1 second
end

In the code above, an extra empty subplot is generated in addition to the intended plot in the figure titled as "particleswarm". I would like to know how to prevent or remove this extra subplot. Thank you for your help!Hello MATLAB Community,
I’m working on implementing a custom plot function for the particleswarm function in the Global Optimization Toolbox. However, I’m encountering an issue where an extra empty subplot is being generated along with the intended plots. I would like to know how to remove this extra subplot.
Here is my full code:
fun = @(x) 3*(1-x(1)).^2.*exp(-(x(1).^2)-(x(2)+1).^2)…
– 10*(x(1)/5 – x(1).^3 – x(2).^5).*exp(-x(1).^2-x(2).^2)…
– 1/3*exp(-(x(1)+1).^2 – x(2).^2);
xbounds = [-3, 3, -3, 3]; % [xmin xmax ymin ymax]
fconvert = @(x1, x2) fun([x1, x2]); % for fsurf, fun should be defined as fun = @(x1,x2,…,xn) but for PSO, fun = @(x)
myfig = fsurf(fconvert, xbounds,’ShowContours’,’on’, ‘FaceAlpha’, 0.7);
xlabel(‘x1’);
ylabel(‘x2’);
zlabel(‘f(x1, x2)’);
box on
plotFcnWithHandle = @(optimValues, state) myplot(optimValues, state, myfig);
rng default % For reproducibility
nvars = 2;
lb = [xbounds(1), xbounds(3)];
ub = [xbounds(2), xbounds(4)];
options = optimoptions(‘particleswarm’, …
‘SwarmSize’, 50,…
‘Display’,’iter’,…
‘DisplayInterval’, 1,…
‘FunctionTolerance’, 0.01,…
‘MaxIterations’, 500,…
‘MaxStallIterations’, 20,…
‘PlotFcn’, {‘pswplotbestf’,plotFcnWithHandle});
[x,fval] = particleswarm(fun,nvars,lb,ub,options);

function stop = myplot(optimValues, state, myfig)
stop = false;
ax = get(myfig,’Parent’);
positions = optimValues.swarm;
hold(ax, ‘on’);
delete(findall(ax, ‘Tag’, ‘particles’));
scatter3(ax, positions(:,1), positions(:,2), optimValues.swarmfvals, …
‘r’, ‘filled’, ‘MarkerEdgeColor’,’k’, ‘Tag’, ‘particles’);
% Update the figure
drawnow;
pause(1); % Pause for 1 second
end

In the code above, an extra empty subplot is generated in addition to the intended plot in the figure titled as "particleswarm". I would like to know how to prevent or remove this extra subplot. Thank you for your help! Hello MATLAB Community,
I’m working on implementing a custom plot function for the particleswarm function in the Global Optimization Toolbox. However, I’m encountering an issue where an extra empty subplot is being generated along with the intended plots. I would like to know how to remove this extra subplot.
Here is my full code:
fun = @(x) 3*(1-x(1)).^2.*exp(-(x(1).^2)-(x(2)+1).^2)…
– 10*(x(1)/5 – x(1).^3 – x(2).^5).*exp(-x(1).^2-x(2).^2)…
– 1/3*exp(-(x(1)+1).^2 – x(2).^2);
xbounds = [-3, 3, -3, 3]; % [xmin xmax ymin ymax]
fconvert = @(x1, x2) fun([x1, x2]); % for fsurf, fun should be defined as fun = @(x1,x2,…,xn) but for PSO, fun = @(x)
myfig = fsurf(fconvert, xbounds,’ShowContours’,’on’, ‘FaceAlpha’, 0.7);
xlabel(‘x1’);
ylabel(‘x2’);
zlabel(‘f(x1, x2)’);
box on
plotFcnWithHandle = @(optimValues, state) myplot(optimValues, state, myfig);
rng default % For reproducibility
nvars = 2;
lb = [xbounds(1), xbounds(3)];
ub = [xbounds(2), xbounds(4)];
options = optimoptions(‘particleswarm’, …
‘SwarmSize’, 50,…
‘Display’,’iter’,…
‘DisplayInterval’, 1,…
‘FunctionTolerance’, 0.01,…
‘MaxIterations’, 500,…
‘MaxStallIterations’, 20,…
‘PlotFcn’, {‘pswplotbestf’,plotFcnWithHandle});
[x,fval] = particleswarm(fun,nvars,lb,ub,options);

function stop = myplot(optimValues, state, myfig)
stop = false;
ax = get(myfig,’Parent’);
positions = optimValues.swarm;
hold(ax, ‘on’);
delete(findall(ax, ‘Tag’, ‘particles’));
scatter3(ax, positions(:,1), positions(:,2), optimValues.swarmfvals, …
‘r’, ‘filled’, ‘MarkerEdgeColor’,’k’, ‘Tag’, ‘particles’);
% Update the figure
drawnow;
pause(1); % Pause for 1 second
end

In the code above, an extra empty subplot is generated in addition to the intended plot in the figure titled as "particleswarm". I would like to know how to prevent or remove this extra subplot. Thank you for your help! particle swarm optimization, global optimization toolbox MATLAB Answers — New Questions

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Hello!
I’ve run into a tricky situation when trying to work with a .NET library inside MATLAB. Normally, it appears that when a .NET method has a parameter with the out keyword, MATLAB makes it a parameter that is returned instead.
However, I have run into an unusual scenario where a function requires me to input a value for a parameter with the out keyword. I cannot find a public repository for the library in question; However, I’ve included below an example of how the .NET function in question, ZernikeLSF, is called in a C# script:

After going through the MATLAB documentation on its .NET integration, I have been unable to find a way to input a value for this parameter, zernike_order — I can only seem to have it be returned. Is there a method of inputting a value here with MATLAB? If not, are there any good workarounds?Hello!
I’ve run into a tricky situation when trying to work with a .NET library inside MATLAB. Normally, it appears that when a .NET method has a parameter with the out keyword, MATLAB makes it a parameter that is returned instead.
However, I have run into an unusual scenario where a function requires me to input a value for a parameter with the out keyword. I cannot find a public repository for the library in question; However, I’ve included below an example of how the .NET function in question, ZernikeLSF, is called in a C# script:

After going through the MATLAB documentation on its .NET integration, I have been unable to find a way to input a value for this parameter, zernike_order — I can only seem to have it be returned. Is there a method of inputting a value here with MATLAB? If not, are there any good workarounds? Hello!
I’ve run into a tricky situation when trying to work with a .NET library inside MATLAB. Normally, it appears that when a .NET method has a parameter with the out keyword, MATLAB makes it a parameter that is returned instead.
However, I have run into an unusual scenario where a function requires me to input a value for a parameter with the out keyword. I cannot find a public repository for the library in question; However, I’ve included below an example of how the .NET function in question, ZernikeLSF, is called in a C# script:

After going through the MATLAB documentation on its .NET integration, I have been unable to find a way to input a value for this parameter, zernike_order — I can only seem to have it be returned. Is there a method of inputting a value here with MATLAB? If not, are there any good workarounds? .net, handles MATLAB Answers — New Questions

​

Below is code that produces the steady state temperature field in a square with consatnt temperature bounday conditions. I want to add code that would define the temperature at any location x,y of interest and display it in the command window. For example, what is the temperature at x= -10, y= 0?

thermalmodel = createpde("thermal","steadystate");

R2= [3,4,-15,15,15,-15,-15,-15,15,15]’;
geom=[R2]
g=decsg(geom)
model= createpde
geometryFromEdges(thermalmodel,g);
pdegplot(thermalmodel,"EdgeLabels","on")
xlim([-20 20])
axis equal

thermalProperties(thermalmodel,"ThermalConductivity",1);

thermalBC(thermalmodel,"Edge",1,"Temperature",100);
thermalBC(thermalmodel,"Edge",2,"Temperature",100);
thermalBC(thermalmodel,"Edge",3,"Temperature",100);
thermalBC(thermalmodel,"Edge",4,"Temperature",400);

generateMesh(thermalmodel);
figure
pdemesh(thermalmodel)
title("Mesh with Quadratic Triangular Elements")

thermalresults = solve(thermalmodel)

pdeplot(thermalresults.Mesh,XYData=thermalresults.Temperature,ColorMap="jet")

title("Temperature In The Plate, Steady State Solution")
xlabel("X-coordinate, meters")
ylabel("Y-coordinate, meters")
axis equalBelow is code that produces the steady state temperature field in a square with consatnt temperature bounday conditions. I want to add code that would define the temperature at any location x,y of interest and display it in the command window. For example, what is the temperature at x= -10, y= 0?

thermalmodel = createpde("thermal","steadystate");

R2= [3,4,-15,15,15,-15,-15,-15,15,15]’;
geom=[R2]
g=decsg(geom)
model= createpde
geometryFromEdges(thermalmodel,g);
pdegplot(thermalmodel,"EdgeLabels","on")
xlim([-20 20])
axis equal

thermalProperties(thermalmodel,"ThermalConductivity",1);

thermalBC(thermalmodel,"Edge",1,"Temperature",100);
thermalBC(thermalmodel,"Edge",2,"Temperature",100);
thermalBC(thermalmodel,"Edge",3,"Temperature",100);
thermalBC(thermalmodel,"Edge",4,"Temperature",400);

generateMesh(thermalmodel);
figure
pdemesh(thermalmodel)
title("Mesh with Quadratic Triangular Elements")

thermalresults = solve(thermalmodel)

pdeplot(thermalresults.Mesh,XYData=thermalresults.Temperature,ColorMap="jet")

title("Temperature In The Plate, Steady State Solution")
xlabel("X-coordinate, meters")
ylabel("Y-coordinate, meters")
axis equal Below is code that produces the steady state temperature field in a square with consatnt temperature bounday conditions. I want to add code that would define the temperature at any location x,y of interest and display it in the command window. For example, what is the temperature at x= -10, y= 0?

thermalmodel = createpde("thermal","steadystate");

R2= [3,4,-15,15,15,-15,-15,-15,15,15]’;
geom=[R2]
g=decsg(geom)
model= createpde
geometryFromEdges(thermalmodel,g);
pdegplot(thermalmodel,"EdgeLabels","on")
xlim([-20 20])
axis equal

thermalProperties(thermalmodel,"ThermalConductivity",1);

thermalBC(thermalmodel,"Edge",1,"Temperature",100);
thermalBC(thermalmodel,"Edge",2,"Temperature",100);
thermalBC(thermalmodel,"Edge",3,"Temperature",100);
thermalBC(thermalmodel,"Edge",4,"Temperature",400);

generateMesh(thermalmodel);
figure
pdemesh(thermalmodel)
title("Mesh with Quadratic Triangular Elements")

thermalresults = solve(thermalmodel)

pdeplot(thermalresults.Mesh,XYData=thermalresults.Temperature,ColorMap="jet")

title("Temperature In The Plate, Steady State Solution")
xlabel("X-coordinate, meters")
ylabel("Y-coordinate, meters")
axis equal temperature, location x y MATLAB Answers — New Questions

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Dear Matlab Experts, I am currently modelling a reinforcement learning agent integrated into a simevents system. My model is able to run, however there is supposed to be a random number generator in the entity server block "mission". If I unplug the RL agent and run the simevents model only, the random numbers are generated randomly as intended, however if I run the complete model with the RL agent, the results always gives the same values and not random at all. I understand stand that matlab rng is deterministic and depends on a predefined seed, how do you think should I proceed to gain actual random numbers for my model? Thank you in advance. Attached is my model.Dear Matlab Experts, I am currently modelling a reinforcement learning agent integrated into a simevents system. My model is able to run, however there is supposed to be a random number generator in the entity server block "mission". If I unplug the RL agent and run the simevents model only, the random numbers are generated randomly as intended, however if I run the complete model with the RL agent, the results always gives the same values and not random at all. I understand stand that matlab rng is deterministic and depends on a predefined seed, how do you think should I proceed to gain actual random numbers for my model? Thank you in advance. Attached is my model. Dear Matlab Experts, I am currently modelling a reinforcement learning agent integrated into a simevents system. My model is able to run, however there is supposed to be a random number generator in the entity server block "mission". If I unplug the RL agent and run the simevents model only, the random numbers are generated randomly as intended, however if I run the complete model with the RL agent, the results always gives the same values and not random at all. I understand stand that matlab rng is deterministic and depends on a predefined seed, how do you think should I proceed to gain actual random numbers for my model? Thank you in advance. Attached is my model. random number generator, reinforcement learning, simulink MATLAB Answers — New Questions

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Please help me to run surf plot with bvp4c.The surfce digram consists of (constant Prf [2 :1:6] represents y-axis & vector>> sol.x [0 4] represents x-axis (m = linspace(0,4);) & second solution only sol.y(6,:) represents z-axis).The following is the code for 2D (sol.x [0 4] and only sol.y(6,:)). How to give command for making surf plot in bvp4c.

proj()
function sol= proj
clc;clf;clear;
%Relation of base fluid
rhof=1;kf=0.613*10^5;cpf=4179*10^4;muf=10^-3*10;sigf=0.05*10^-8;alfaf=kf/(rhof*cpf);
%FE3O4
ph1=0.01;rho1=5180*10^-3;cp1=670*10^4;k1=9.7*10^5;sig1=0.74*10^-2;

%copper
ph2=0.01;rho2=8933*10^-3;cp2=385*10^4;k2=401*10^5;sig2=5.96*10^-1;

%Relation of hyprid
m=5.7;
kh=kf*((k1+(m-1)*kf-(m-1)*ph1*(kf-k1))/((k1+(m-1)*kf+ph1*(kf-k1))))*((k2+(m-1)*kf-(m-1)*ph2*(kf-k2))/((k2+(m-1)*kf+ph2*(kf-k2))));
muh= muf/((1-ph1)^2.5*(1-ph2)^2.5);
rhoh=rhof*(1-ph2)*((1-ph1)+ph1*(rho1/rhof))+ph2*rho2;
v1 =rhof*cpf*(1-ph2)*((1-ph1)+ph1*((rho1*cp1)/(rho2*cp2)))+ph2*(rho2*cp2);
sigh=sigf+(3*((ph1*sig1+ph2*sig2)-sigf*(ph1+ph2))/(((ph1*sig1+ph2*sig2)/(sigf*(ph1+ph2)))+2-((ph1*sig1+ph2*sig2)/sigf)+(ph1+ph2)));
alfah=kh/v1;
myLegend1 = {};
rr = [4 5 6 7]
for i =1:numel(rr)
Prf = rr(i);
Nr=0.1;
gamma=pi/3;
a=1;b=0.1;v=1;u=1;
M=3;
Nt=1;Nb=1; sc=0.6;s1=1;s2=1;
p=-0.5; L=(muf/rhof);L1=L^(p);

Tw=273+50;Ti=273+27;deltaT=Tw-Ti;
Lf=rhof*kf;

y0 = [1,0,1,0,0,1,0,1,0];
options =bvpset(‘stats’,’on’,’RelTol’,1e-4);
m = linspace(0,4);
solinit = bvpinit(m,y0);
sol= bvp4c(@projfun,@projbc,solinit,options);
disp((sol.y(1,20)))
figure(1)
plot(sol.x,(sol.y(6,:)))
% axis([0 4 0 1])
grid on,hold on
myLegend1{i}=[‘Pr = ‘,num2str(rr(i))];

i=i+1;
end
figure(1)
legend(myLegend1)
hold on

function dy= projfun(~,y)
dy= zeros(9,1);
% alignComments
E = y(1);
dE = y(2);
F = y(3);
dF= y(4);
W = y(5);
t = y(6);
dt = y(7);
phi = y(8);
dphi = y(9);

dy(1) = dE;
dy(2) = (rhoh/muh)*((((a*u)/L1^(2)))*E^2+(1/L1)*W*dE+((sigh/sigf)/(rhoh/rhof))*(1/L1^2)*M*E*sin(gamma)*sin(gamma));
dy(3) = dF;
dy(4) = (rhoh/muh)*((((b*v)/L1^(2)))*F^2+(1/L1)*W*dF+((sigh/sigf)/(rhoh/rhof))*(1/L1^2)*M*F*sin(gamma)*sin(gamma));

dy(5) = -(1/L1)*(u*a*E+b*v*F);
dy(6) = dt;
dy(7) =(Prf*(rhof/muf))*(1/(Nr+(kh/kf)))*(((v1)/(rhof*cpf))*(1/L1)*W*dt-(muh/(rhof*cpf))*(L1/s1)*(1/deltaT)*(-(1/L1)*(u*a*E+b*v*F))^2);
dy(8)= dphi;
dy(9)=(sc/L^(p+1))*W*dphi-(s1/s2)*(Nt/Nb)*(((Prf*(rhof/muf)))*(1/(Nr+(kh/kf)))*(((v1)/(rhof*cpf))*(1/L1)*W*dt-(muh/(rhof*cpf))*(L1/s1)*(1/deltaT)*(-(1/L1)*(u*a*E+b*v*F))^2));

end
end
function res= projbc(ya,yb)
res= [ya(1)-1;
ya(3)-1;
ya(5)-0;
ya(6)-1;
ya(8)-1;
yb(1);
yb(3);
yb(6);
yb(8)];
endPlease help me to run surf plot with bvp4c.The surfce digram consists of (constant Prf [2 :1:6] represents y-axis & vector>> sol.x [0 4] represents x-axis (m = linspace(0,4);) & second solution only sol.y(6,:) represents z-axis).The following is the code for 2D (sol.x [0 4] and only sol.y(6,:)). How to give command for making surf plot in bvp4c.

proj()
function sol= proj
clc;clf;clear;
%Relation of base fluid
rhof=1;kf=0.613*10^5;cpf=4179*10^4;muf=10^-3*10;sigf=0.05*10^-8;alfaf=kf/(rhof*cpf);
%FE3O4
ph1=0.01;rho1=5180*10^-3;cp1=670*10^4;k1=9.7*10^5;sig1=0.74*10^-2;

%copper
ph2=0.01;rho2=8933*10^-3;cp2=385*10^4;k2=401*10^5;sig2=5.96*10^-1;

%Relation of hyprid
m=5.7;
kh=kf*((k1+(m-1)*kf-(m-1)*ph1*(kf-k1))/((k1+(m-1)*kf+ph1*(kf-k1))))*((k2+(m-1)*kf-(m-1)*ph2*(kf-k2))/((k2+(m-1)*kf+ph2*(kf-k2))));
muh= muf/((1-ph1)^2.5*(1-ph2)^2.5);
rhoh=rhof*(1-ph2)*((1-ph1)+ph1*(rho1/rhof))+ph2*rho2;
v1 =rhof*cpf*(1-ph2)*((1-ph1)+ph1*((rho1*cp1)/(rho2*cp2)))+ph2*(rho2*cp2);
sigh=sigf+(3*((ph1*sig1+ph2*sig2)-sigf*(ph1+ph2))/(((ph1*sig1+ph2*sig2)/(sigf*(ph1+ph2)))+2-((ph1*sig1+ph2*sig2)/sigf)+(ph1+ph2)));
alfah=kh/v1;
myLegend1 = {};
rr = [4 5 6 7]
for i =1:numel(rr)
Prf = rr(i);
Nr=0.1;
gamma=pi/3;
a=1;b=0.1;v=1;u=1;
M=3;
Nt=1;Nb=1; sc=0.6;s1=1;s2=1;
p=-0.5; L=(muf/rhof);L1=L^(p);

Tw=273+50;Ti=273+27;deltaT=Tw-Ti;
Lf=rhof*kf;

y0 = [1,0,1,0,0,1,0,1,0];
options =bvpset(‘stats’,’on’,’RelTol’,1e-4);
m = linspace(0,4);
solinit = bvpinit(m,y0);
sol= bvp4c(@projfun,@projbc,solinit,options);
disp((sol.y(1,20)))
figure(1)
plot(sol.x,(sol.y(6,:)))
% axis([0 4 0 1])
grid on,hold on
myLegend1{i}=[‘Pr = ‘,num2str(rr(i))];

i=i+1;
end
figure(1)
legend(myLegend1)
hold on

function dy= projfun(~,y)
dy= zeros(9,1);
% alignComments
E = y(1);
dE = y(2);
F = y(3);
dF= y(4);
W = y(5);
t = y(6);
dt = y(7);
phi = y(8);
dphi = y(9);

dy(1) = dE;
dy(2) = (rhoh/muh)*((((a*u)/L1^(2)))*E^2+(1/L1)*W*dE+((sigh/sigf)/(rhoh/rhof))*(1/L1^2)*M*E*sin(gamma)*sin(gamma));
dy(3) = dF;
dy(4) = (rhoh/muh)*((((b*v)/L1^(2)))*F^2+(1/L1)*W*dF+((sigh/sigf)/(rhoh/rhof))*(1/L1^2)*M*F*sin(gamma)*sin(gamma));

dy(5) = -(1/L1)*(u*a*E+b*v*F);
dy(6) = dt;
dy(7) =(Prf*(rhof/muf))*(1/(Nr+(kh/kf)))*(((v1)/(rhof*cpf))*(1/L1)*W*dt-(muh/(rhof*cpf))*(L1/s1)*(1/deltaT)*(-(1/L1)*(u*a*E+b*v*F))^2);
dy(8)= dphi;
dy(9)=(sc/L^(p+1))*W*dphi-(s1/s2)*(Nt/Nb)*(((Prf*(rhof/muf)))*(1/(Nr+(kh/kf)))*(((v1)/(rhof*cpf))*(1/L1)*W*dt-(muh/(rhof*cpf))*(L1/s1)*(1/deltaT)*(-(1/L1)*(u*a*E+b*v*F))^2));

end
end
function res= projbc(ya,yb)
res= [ya(1)-1;
ya(3)-1;
ya(5)-0;
ya(6)-1;
ya(8)-1;
yb(1);
yb(3);
yb(6);
yb(8)];
end Please help me to run surf plot with bvp4c.The surfce digram consists of (constant Prf [2 :1:6] represents y-axis & vector>> sol.x [0 4] represents x-axis (m = linspace(0,4);) & second solution only sol.y(6,:) represents z-axis).The following is the code for 2D (sol.x [0 4] and only sol.y(6,:)). How to give command for making surf plot in bvp4c.

proj()
function sol= proj
clc;clf;clear;
%Relation of base fluid
rhof=1;kf=0.613*10^5;cpf=4179*10^4;muf=10^-3*10;sigf=0.05*10^-8;alfaf=kf/(rhof*cpf);
%FE3O4
ph1=0.01;rho1=5180*10^-3;cp1=670*10^4;k1=9.7*10^5;sig1=0.74*10^-2;

%copper
ph2=0.01;rho2=8933*10^-3;cp2=385*10^4;k2=401*10^5;sig2=5.96*10^-1;

%Relation of hyprid
m=5.7;
kh=kf*((k1+(m-1)*kf-(m-1)*ph1*(kf-k1))/((k1+(m-1)*kf+ph1*(kf-k1))))*((k2+(m-1)*kf-(m-1)*ph2*(kf-k2))/((k2+(m-1)*kf+ph2*(kf-k2))));
muh= muf/((1-ph1)^2.5*(1-ph2)^2.5);
rhoh=rhof*(1-ph2)*((1-ph1)+ph1*(rho1/rhof))+ph2*rho2;
v1 =rhof*cpf*(1-ph2)*((1-ph1)+ph1*((rho1*cp1)/(rho2*cp2)))+ph2*(rho2*cp2);
sigh=sigf+(3*((ph1*sig1+ph2*sig2)-sigf*(ph1+ph2))/(((ph1*sig1+ph2*sig2)/(sigf*(ph1+ph2)))+2-((ph1*sig1+ph2*sig2)/sigf)+(ph1+ph2)));
alfah=kh/v1;
myLegend1 = {};
rr = [4 5 6 7]
for i =1:numel(rr)
Prf = rr(i);
Nr=0.1;
gamma=pi/3;
a=1;b=0.1;v=1;u=1;
M=3;
Nt=1;Nb=1; sc=0.6;s1=1;s2=1;
p=-0.5; L=(muf/rhof);L1=L^(p);

Tw=273+50;Ti=273+27;deltaT=Tw-Ti;
Lf=rhof*kf;

y0 = [1,0,1,0,0,1,0,1,0];
options =bvpset(‘stats’,’on’,’RelTol’,1e-4);
m = linspace(0,4);
solinit = bvpinit(m,y0);
sol= bvp4c(@projfun,@projbc,solinit,options);
disp((sol.y(1,20)))
figure(1)
plot(sol.x,(sol.y(6,:)))
% axis([0 4 0 1])
grid on,hold on
myLegend1{i}=[‘Pr = ‘,num2str(rr(i))];

i=i+1;
end
figure(1)
legend(myLegend1)
hold on

function dy= projfun(~,y)
dy= zeros(9,1);
% alignComments
E = y(1);
dE = y(2);
F = y(3);
dF= y(4);
W = y(5);
t = y(6);
dt = y(7);
phi = y(8);
dphi = y(9);

dy(1) = dE;
dy(2) = (rhoh/muh)*((((a*u)/L1^(2)))*E^2+(1/L1)*W*dE+((sigh/sigf)/(rhoh/rhof))*(1/L1^2)*M*E*sin(gamma)*sin(gamma));
dy(3) = dF;
dy(4) = (rhoh/muh)*((((b*v)/L1^(2)))*F^2+(1/L1)*W*dF+((sigh/sigf)/(rhoh/rhof))*(1/L1^2)*M*F*sin(gamma)*sin(gamma));

dy(5) = -(1/L1)*(u*a*E+b*v*F);
dy(6) = dt;
dy(7) =(Prf*(rhof/muf))*(1/(Nr+(kh/kf)))*(((v1)/(rhof*cpf))*(1/L1)*W*dt-(muh/(rhof*cpf))*(L1/s1)*(1/deltaT)*(-(1/L1)*(u*a*E+b*v*F))^2);
dy(8)= dphi;
dy(9)=(sc/L^(p+1))*W*dphi-(s1/s2)*(Nt/Nb)*(((Prf*(rhof/muf)))*(1/(Nr+(kh/kf)))*(((v1)/(rhof*cpf))*(1/L1)*W*dt-(muh/(rhof*cpf))*(L1/s1)*(1/deltaT)*(-(1/L1)*(u*a*E+b*v*F))^2));

end
end
function res= projbc(ya,yb)
res= [ya(1)-1;
ya(3)-1;
ya(5)-0;
ya(6)-1;
ya(8)-1;
yb(1);
yb(3);
yb(6);
yb(8)];
end surf, surface, bvp4c MATLAB Answers — New Questions

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Hi All… I have been attempting to connect a Rigol DM3068 DMM to Matlab. The driver from the manufacturer has been installed. I have spent many hours going down a rabbit hole of pages that links to more links, along with processes that leads to depreciated functions and errors. Below shows the current state of my attempts.
I’m now rather confused on the actual process. It would be ideal to find an example of how to generate the wrapper and link the driver to Matlab with current functions.

>> instrhwinfo
ans =
HardwareInfo with properties:
MATLABVersion: ‘9.14 (R2023a)’
SupportedInterfaces: {‘gpib’ ‘serial’ ‘serialport’ ‘tcpip’ ‘udp’ ‘visa’ ‘Bluetooth’ ‘i2c’ ‘spi’}
SupportedDrivers: {‘matlab’ ‘ivi’ ‘vxipnp’}
ToolboxName: ‘Instrument Control Toolbox’
ToolboxVersion: ‘4.8 (R2023a)’

>> ividriverlist
ans =
1×4 table
VendorDriver MATLABDriver IVIClass SupportedModels
____________ ____________ ________ _______________
1 "rgdm3068" "" "IVIDmm" {["DM3068"]}

>> configStore = iviconfigurationstore;
>> add(configStore,"HardwareAsset","myDMMHWAsset2","TCPIP0::192.168.1.120::INSTR");
>> add(configStore,"DriverSession","myDMMSession2","rgdm3068","myDMMHWAsset2");
>> add(configStore,"LogicalName","myDMM2","myDMMSession2");
>> commit(configStore);
>> dev = ividev("IviDMM2","myDMM2");
No ividev MATLAB drivers found for your hardware.

>> instrhwinfo(‘ivi’)
ans =
HardwareInfo with properties:
LogicalNames: {‘myDMM’ ‘myDMM2’}
Modules: {1×13 cell}
ConfigurationServerVersion: ‘1.7.0.12115’
ConfigurationStoreLocation: ‘C:ProgramDataIVI FoundationIVIIviConfigurationStore.xml’
IVIRootPath: ‘C:Program FilesIVI FoundationIVI’Hi All… I have been attempting to connect a Rigol DM3068 DMM to Matlab. The driver from the manufacturer has been installed. I have spent many hours going down a rabbit hole of pages that links to more links, along with processes that leads to depreciated functions and errors. Below shows the current state of my attempts.
I’m now rather confused on the actual process. It would be ideal to find an example of how to generate the wrapper and link the driver to Matlab with current functions.

>> instrhwinfo
ans =
HardwareInfo with properties:
MATLABVersion: ‘9.14 (R2023a)’
SupportedInterfaces: {‘gpib’ ‘serial’ ‘serialport’ ‘tcpip’ ‘udp’ ‘visa’ ‘Bluetooth’ ‘i2c’ ‘spi’}
SupportedDrivers: {‘matlab’ ‘ivi’ ‘vxipnp’}
ToolboxName: ‘Instrument Control Toolbox’
ToolboxVersion: ‘4.8 (R2023a)’

>> ividriverlist
ans =
1×4 table
VendorDriver MATLABDriver IVIClass SupportedModels
____________ ____________ ________ _______________
1 "rgdm3068" "" "IVIDmm" {["DM3068"]}

>> configStore = iviconfigurationstore;
>> add(configStore,"HardwareAsset","myDMMHWAsset2","TCPIP0::192.168.1.120::INSTR");
>> add(configStore,"DriverSession","myDMMSession2","rgdm3068","myDMMHWAsset2");
>> add(configStore,"LogicalName","myDMM2","myDMMSession2");
>> commit(configStore);
>> dev = ividev("IviDMM2","myDMM2");
No ividev MATLAB drivers found for your hardware.

>> instrhwinfo(‘ivi’)
ans =
HardwareInfo with properties:
LogicalNames: {‘myDMM’ ‘myDMM2’}
Modules: {1×13 cell}
ConfigurationServerVersion: ‘1.7.0.12115’
ConfigurationStoreLocation: ‘C:ProgramDataIVI FoundationIVIIviConfigurationStore.xml’
IVIRootPath: ‘C:Program FilesIVI FoundationIVI’ Hi All… I have been attempting to connect a Rigol DM3068 DMM to Matlab. The driver from the manufacturer has been installed. I have spent many hours going down a rabbit hole of pages that links to more links, along with processes that leads to depreciated functions and errors. Below shows the current state of my attempts.
I’m now rather confused on the actual process. It would be ideal to find an example of how to generate the wrapper and link the driver to Matlab with current functions.

>> instrhwinfo
ans =
HardwareInfo with properties:
MATLABVersion: ‘9.14 (R2023a)’
SupportedInterfaces: {‘gpib’ ‘serial’ ‘serialport’ ‘tcpip’ ‘udp’ ‘visa’ ‘Bluetooth’ ‘i2c’ ‘spi’}
SupportedDrivers: {‘matlab’ ‘ivi’ ‘vxipnp’}
ToolboxName: ‘Instrument Control Toolbox’
ToolboxVersion: ‘4.8 (R2023a)’

>> ividriverlist
ans =
1×4 table
VendorDriver MATLABDriver IVIClass SupportedModels
____________ ____________ ________ _______________
1 "rgdm3068" "" "IVIDmm" {["DM3068"]}

>> configStore = iviconfigurationstore;
>> add(configStore,"HardwareAsset","myDMMHWAsset2","TCPIP0::192.168.1.120::INSTR");
>> add(configStore,"DriverSession","myDMMSession2","rgdm3068","myDMMHWAsset2");
>> add(configStore,"LogicalName","myDMM2","myDMMSession2");
>> commit(configStore);
>> dev = ividev("IviDMM2","myDMM2");
No ividev MATLAB drivers found for your hardware.

>> instrhwinfo(‘ivi’)
ans =
HardwareInfo with properties:
LogicalNames: {‘myDMM’ ‘myDMM2’}
Modules: {1×13 cell}
ConfigurationServerVersion: ‘1.7.0.12115’
ConfigurationStoreLocation: ‘C:ProgramDataIVI FoundationIVIIviConfigurationStore.xml’
IVIRootPath: ‘C:Program FilesIVI FoundationIVI’ ivi, rigol, instrument toolbox MATLAB Answers — New Questions

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Does MathWorks offer Support Packages for generating code using Embedded Coder for STM32H7 Boards?Does MathWorks offer Support Packages for generating code using Embedded Coder for STM32H7 Boards? Does MathWorks offer Support Packages for generating code using Embedded Coder for STM32H7 Boards? embedded, coder, stm32h7, stm32, stmicroelectronics MATLAB Answers — New Questions

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