Hello there, I am trying to build a TCN model to predict a continuous variable. I have time series data in which I am using 3 input features (accelrometer measuments in x,y,z directions) to estimate/predict a continuous variable. I have acceleromter data from 10 different trials stored in a 10×1 cell and each cell has the three accelerometer measurments over time stored in a 500×3 table for that trial. The target continous varable I am trying to predict is simialrly stored in a 10×1 cell array with each cell contaning a the a 500×1 table which is the true value of the predicted variable over time named "Taget". If I am trying to build a TCN model with this data what is the best way to partition the data for training, testing (10%), and validation (10%)? I think I need to use the tspartition function but am not sure how to use it for this type of data. Do I need to combine the data from all 10 trials into one large table and then partition? Or should I partition each trial seprately, train the model on a singluar trial, and then retrain the model on the next trial and so on. Any help would be greatly appreciated!Hello there, I am trying to build a TCN model to predict a continuous variable. I have time series data in which I am using 3 input features (accelrometer measuments in x,y,z directions) to estimate/predict a continuous variable. I have acceleromter data from 10 different trials stored in a 10×1 cell and each cell has the three accelerometer measurments over time stored in a 500×3 table for that trial. The target continous varable I am trying to predict is simialrly stored in a 10×1 cell array with each cell contaning a the a 500×1 table which is the true value of the predicted variable over time named "Taget". If I am trying to build a TCN model with this data what is the best way to partition the data for training, testing (10%), and validation (10%)? I think I need to use the tspartition function but am not sure how to use it for this type of data. Do I need to combine the data from all 10 trials into one large table and then partition? Or should I partition each trial seprately, train the model on a singluar trial, and then retrain the model on the next trial and so on. Any help would be greatly appreciated! Hello there, I am trying to build a TCN model to predict a continuous variable. I have time series data in which I am using 3 input features (accelrometer measuments in x,y,z directions) to estimate/predict a continuous variable. I have acceleromter data from 10 different trials stored in a 10×1 cell and each cell has the three accelerometer measurments over time stored in a 500×3 table for that trial. The target continous varable I am trying to predict is simialrly stored in a 10×1 cell array with each cell contaning a the a 500×1 table which is the true value of the predicted variable over time named "Taget". If I am trying to build a TCN model with this data what is the best way to partition the data for training, testing (10%), and validation (10%)? I think I need to use the tspartition function but am not sure how to use it for this type of data. Do I need to combine the data from all 10 trials into one large table and then partition? Or should I partition each trial seprately, train the model on a singluar trial, and then retrain the model on the next trial and so on. Any help would be greatly appreciated! model, machine learning MATLAB Answers — New Questions

​

Hi guys I have a double matrix as shown in the attached picture that I am trying to replace all NaN values with Empty spaces so that the over all matrix dimension will be maintained. However, when I looked through the function and suggested solutions non of them is actully working what possible code can be used.

Thanks in advanceHi guys I have a double matrix as shown in the attached picture that I am trying to replace all NaN values with Empty spaces so that the over all matrix dimension will be maintained. However, when I looked through the function and suggested solutions non of them is actully working what possible code can be used.

Thanks in advance Hi guys I have a double matrix as shown in the attached picture that I am trying to replace all NaN values with Empty spaces so that the over all matrix dimension will be maintained. However, when I looked through the function and suggested solutions non of them is actully working what possible code can be used.

Thanks in advance nan, blank, empty, matrix MATLAB Answers — New Questions

​

Hello,
This is my first implementation of a problem using the PDE Toolbox. My 3D time-dependent thermal model is the following : a sphere (radius equals to 1) with radiative flux on the outside surface, with cell at inital temperature . I would like to use a temperature dependent thermal diffusivity where . I have then an analytical expression for it given by : , which I know from documentation for my material.
The parameters used in my simulations are the following :
lambda = @(location,state) 0.46+0.95*exp(-2.3e-3*state.u); % (W/m/K) Thermal conductivity
rho=1000; % (kg/m**3) Density
cp=1000; % (J/kg/K) Specific heat
T0=2000; % (K) Initial temperature
T_out=300; % (K) outer space temperature
eps=1; % Emissivity
dt=20; % (s) time-step
day=3600*24;
tmax=2*day;
tlist = [0:dt:tmax]; % time list
I then implement my model using Matlab PDE Toolbox :
thermalModel = createpde(‘thermal’,’transient’);
gm = multisphere(1);
thermalModel.Geometry=gm;
generateMesh(thermalModel,’Hmax’,0.2,"GeometricOrder","quadratic");
thermalModel.StefanBoltzmannConstant = 5.670373E-8;
thermalProperties(thermalModel,’ThermalConductivity’,lambda,’MassDensity’,rho,’SpecificHeat’,cp);

% Initial Temperature
thermalIC(thermalModel,T0);

% Radiative Flux :
thermalBC(thermalModel,"Face",1,"Emissivity",@(region,state) eps,"AmbientTemperature",T_out, "Vectorized","on");

% Solver
thermalResults = solve(thermalModel,tlist);
Does anyone know whether the implementation is correct ?
Many thanks for any help you can give me !
Regards,
TomHello,
This is my first implementation of a problem using the PDE Toolbox. My 3D time-dependent thermal model is the following : a sphere (radius equals to 1) with radiative flux on the outside surface, with cell at inital temperature . I would like to use a temperature dependent thermal diffusivity where . I have then an analytical expression for it given by : , which I know from documentation for my material.
The parameters used in my simulations are the following :
lambda = @(location,state) 0.46+0.95*exp(-2.3e-3*state.u); % (W/m/K) Thermal conductivity
rho=1000; % (kg/m**3) Density
cp=1000; % (J/kg/K) Specific heat
T0=2000; % (K) Initial temperature
T_out=300; % (K) outer space temperature
eps=1; % Emissivity
dt=20; % (s) time-step
day=3600*24;
tmax=2*day;
tlist = [0:dt:tmax]; % time list
I then implement my model using Matlab PDE Toolbox :
thermalModel = createpde(‘thermal’,’transient’);
gm = multisphere(1);
thermalModel.Geometry=gm;
generateMesh(thermalModel,’Hmax’,0.2,"GeometricOrder","quadratic");
thermalModel.StefanBoltzmannConstant = 5.670373E-8;
thermalProperties(thermalModel,’ThermalConductivity’,lambda,’MassDensity’,rho,’SpecificHeat’,cp);

% Initial Temperature
thermalIC(thermalModel,T0);

% Radiative Flux :
thermalBC(thermalModel,"Face",1,"Emissivity",@(region,state) eps,"AmbientTemperature",T_out, "Vectorized","on");

% Solver
thermalResults = solve(thermalModel,tlist);
Does anyone know whether the implementation is correct ?
Many thanks for any help you can give me !
Regards,
Tom Hello,
This is my first implementation of a problem using the PDE Toolbox. My 3D time-dependent thermal model is the following : a sphere (radius equals to 1) with radiative flux on the outside surface, with cell at inital temperature . I would like to use a temperature dependent thermal diffusivity where . I have then an analytical expression for it given by : , which I know from documentation for my material.
The parameters used in my simulations are the following :
lambda = @(location,state) 0.46+0.95*exp(-2.3e-3*state.u); % (W/m/K) Thermal conductivity
rho=1000; % (kg/m**3) Density
cp=1000; % (J/kg/K) Specific heat
T0=2000; % (K) Initial temperature
T_out=300; % (K) outer space temperature
eps=1; % Emissivity
dt=20; % (s) time-step
day=3600*24;
tmax=2*day;
tlist = [0:dt:tmax]; % time list
I then implement my model using Matlab PDE Toolbox :
thermalModel = createpde(‘thermal’,’transient’);
gm = multisphere(1);
thermalModel.Geometry=gm;
generateMesh(thermalModel,’Hmax’,0.2,"GeometricOrder","quadratic");
thermalModel.StefanBoltzmannConstant = 5.670373E-8;
thermalProperties(thermalModel,’ThermalConductivity’,lambda,’MassDensity’,rho,’SpecificHeat’,cp);

% Initial Temperature
thermalIC(thermalModel,T0);

% Radiative Flux :
thermalBC(thermalModel,"Face",1,"Emissivity",@(region,state) eps,"AmbientTemperature",T_out, "Vectorized","on");

% Solver
thermalResults = solve(thermalModel,tlist);
Does anyone know whether the implementation is correct ?
Many thanks for any help you can give me !
Regards,
Tom pde, diffusivity, toolbox, thermal, temperature, dependent MATLAB Answers — New Questions

​

Hello All,
TLDR at bottom
This question applies more broadly to the new Matlab images.roi objects, but I realized that the ROI’s are ideally set up to create selection bit-masks in an image. I can throw some arbitrary graphic into a figure, put an ROI below it, and use the ROI interface to determine when I mouse-over and click on that region. Depending on my needs I could also make my inset area draggable and stretchable depending on how I link in my ROI’s callbacks for movingROI and roiMoved. If I wanted to rebuild Myst in Matlab, this is how I would do it.
However, the sticky wicket is that you cannot as far as I can tell make an invisible ROI; the current format insists on drawing a border, and for some ROI objects it forces the appearence of drag points. Here is an example:
I = imread(‘cameraman.tif’);
imshow(I);
ax = gca;
circ = images.roi.Circle(ax,’Position’,[114 60],’Radius’,30);
Ok, so I have a nice circle ROI centered on the camerman’s head. I can make the center invisible via
set(circ,’FaceAlpha’,0)
However, both the border and the drag points are still visible: I cannot find a property or method to disable them!
Well, I can always set the circle to be invisible
set(circ,’visible’,’off’);
BUT this not only makes the circle visibly vanish, but also means that all of the interactions it came with are not accessible; I can only translate/etc the ROI programattically, not through the UI. Thus it makes a really poor selection mask.
I hoped that another option would be to limit us to translation:
set(circ,’InteractionsAllowed’,’translate’);
Thus, the drag points are no longer necessary…but they are still visible!
Ok, so I do know that it is possible to hide the drag markers, using
set(circ,’InteractionsAllowed’,’none’);
BUT, again this makes my ROI useless, as I cannot interact with it in any way.
I thought I had a genius moment, and added a listener that would only enable interactions when the ROI was selected:
addlistener(circ, ‘ROIClicked’, @(s,evtData) selectListener(s,evtData));

function selectListener(s,evtData)
selectedPart = evtData.SelectedPart
prevselected = evtData.PreviousSelected
if selectedPart && ~prevselected
set(circ,’InteractionsAllowed’,’Translation’);
else
set(circ,’InteractionsAllowed’,’none’);
end
Once again…failure. I cannot select an ROI with no interactions allowed; the istener is never called. I have to allow translations, stretching, or both.
This causes other potential issues, if I want to programattically draw an ROI and have some callback when selected but not allow moving the ROI, I have to lock the ROI in place using the movingROI callback rather than simply disabling the two movements; there should be a "no movement, but allow selection" setting, but I digress.
One kludge does let me at least get rid of the hideous drag buttons, but still leaves the outline (and is just plain dumb):
msk = images.roi.Freehand(ax,’Position’,circ.Vertices,’Waypoints’,false(size(circ.Vertices,1),1),’FaceAlpha’,0,’LineWidth’,.1);

delete(circ);

———————————————-
TLDR – I want to create an invisible but still interactable ROI using the images.roi toolbox. This requires hiding the outline and the drag points. I cannot do this and retain interactability. Is there a workaround?

Cheers,
-Dan
———————————————
P.S. I really dislike p-code. I understand the reason for it, but not being able to change simple properties and behaviors (such as making the drag points invisible) and not being able to figure out why is infuriating.Hello All,
TLDR at bottom
This question applies more broadly to the new Matlab images.roi objects, but I realized that the ROI’s are ideally set up to create selection bit-masks in an image. I can throw some arbitrary graphic into a figure, put an ROI below it, and use the ROI interface to determine when I mouse-over and click on that region. Depending on my needs I could also make my inset area draggable and stretchable depending on how I link in my ROI’s callbacks for movingROI and roiMoved. If I wanted to rebuild Myst in Matlab, this is how I would do it.
However, the sticky wicket is that you cannot as far as I can tell make an invisible ROI; the current format insists on drawing a border, and for some ROI objects it forces the appearence of drag points. Here is an example:
I = imread(‘cameraman.tif’);
imshow(I);
ax = gca;
circ = images.roi.Circle(ax,’Position’,[114 60],’Radius’,30);
Ok, so I have a nice circle ROI centered on the camerman’s head. I can make the center invisible via
set(circ,’FaceAlpha’,0)
However, both the border and the drag points are still visible: I cannot find a property or method to disable them!
Well, I can always set the circle to be invisible
set(circ,’visible’,’off’);
BUT this not only makes the circle visibly vanish, but also means that all of the interactions it came with are not accessible; I can only translate/etc the ROI programattically, not through the UI. Thus it makes a really poor selection mask.
I hoped that another option would be to limit us to translation:
set(circ,’InteractionsAllowed’,’translate’);
Thus, the drag points are no longer necessary…but they are still visible!
Ok, so I do know that it is possible to hide the drag markers, using
set(circ,’InteractionsAllowed’,’none’);
BUT, again this makes my ROI useless, as I cannot interact with it in any way.
I thought I had a genius moment, and added a listener that would only enable interactions when the ROI was selected:
addlistener(circ, ‘ROIClicked’, @(s,evtData) selectListener(s,evtData));

function selectListener(s,evtData)
selectedPart = evtData.SelectedPart
prevselected = evtData.PreviousSelected
if selectedPart && ~prevselected
set(circ,’InteractionsAllowed’,’Translation’);
else
set(circ,’InteractionsAllowed’,’none’);
end
Once again…failure. I cannot select an ROI with no interactions allowed; the istener is never called. I have to allow translations, stretching, or both.
This causes other potential issues, if I want to programattically draw an ROI and have some callback when selected but not allow moving the ROI, I have to lock the ROI in place using the movingROI callback rather than simply disabling the two movements; there should be a "no movement, but allow selection" setting, but I digress.
One kludge does let me at least get rid of the hideous drag buttons, but still leaves the outline (and is just plain dumb):
msk = images.roi.Freehand(ax,’Position’,circ.Vertices,’Waypoints’,false(size(circ.Vertices,1),1),’FaceAlpha’,0,’LineWidth’,.1);

delete(circ);

———————————————-
TLDR – I want to create an invisible but still interactable ROI using the images.roi toolbox. This requires hiding the outline and the drag points. I cannot do this and retain interactability. Is there a workaround?

Cheers,
-Dan
———————————————
P.S. I really dislike p-code. I understand the reason for it, but not being able to change simple properties and behaviors (such as making the drag points invisible) and not being able to figure out why is infuriating. Hello All,
TLDR at bottom
This question applies more broadly to the new Matlab images.roi objects, but I realized that the ROI’s are ideally set up to create selection bit-masks in an image. I can throw some arbitrary graphic into a figure, put an ROI below it, and use the ROI interface to determine when I mouse-over and click on that region. Depending on my needs I could also make my inset area draggable and stretchable depending on how I link in my ROI’s callbacks for movingROI and roiMoved. If I wanted to rebuild Myst in Matlab, this is how I would do it.
However, the sticky wicket is that you cannot as far as I can tell make an invisible ROI; the current format insists on drawing a border, and for some ROI objects it forces the appearence of drag points. Here is an example:
I = imread(‘cameraman.tif’);
imshow(I);
ax = gca;
circ = images.roi.Circle(ax,’Position’,[114 60],’Radius’,30);
Ok, so I have a nice circle ROI centered on the camerman’s head. I can make the center invisible via
set(circ,’FaceAlpha’,0)
However, both the border and the drag points are still visible: I cannot find a property or method to disable them!
Well, I can always set the circle to be invisible
set(circ,’visible’,’off’);
BUT this not only makes the circle visibly vanish, but also means that all of the interactions it came with are not accessible; I can only translate/etc the ROI programattically, not through the UI. Thus it makes a really poor selection mask.
I hoped that another option would be to limit us to translation:
set(circ,’InteractionsAllowed’,’translate’);
Thus, the drag points are no longer necessary…but they are still visible!
Ok, so I do know that it is possible to hide the drag markers, using
set(circ,’InteractionsAllowed’,’none’);
BUT, again this makes my ROI useless, as I cannot interact with it in any way.
I thought I had a genius moment, and added a listener that would only enable interactions when the ROI was selected:
addlistener(circ, ‘ROIClicked’, @(s,evtData) selectListener(s,evtData));

function selectListener(s,evtData)
selectedPart = evtData.SelectedPart
prevselected = evtData.PreviousSelected
if selectedPart && ~prevselected
set(circ,’InteractionsAllowed’,’Translation’);
else
set(circ,’InteractionsAllowed’,’none’);
end
Once again…failure. I cannot select an ROI with no interactions allowed; the istener is never called. I have to allow translations, stretching, or both.
This causes other potential issues, if I want to programattically draw an ROI and have some callback when selected but not allow moving the ROI, I have to lock the ROI in place using the movingROI callback rather than simply disabling the two movements; there should be a "no movement, but allow selection" setting, but I digress.
One kludge does let me at least get rid of the hideous drag buttons, but still leaves the outline (and is just plain dumb):
msk = images.roi.Freehand(ax,’Position’,circ.Vertices,’Waypoints’,false(size(circ.Vertices,1),1),’FaceAlpha’,0,’LineWidth’,.1);

delete(circ);

———————————————-
TLDR – I want to create an invisible but still interactable ROI using the images.roi toolbox. This requires hiding the outline and the drag points. I cannot do this and retain interactability. Is there a workaround?

Cheers,
-Dan
———————————————
P.S. I really dislike p-code. I understand the reason for it, but not being able to change simple properties and behaviors (such as making the drag points invisible) and not being able to figure out why is infuriating. image processing, rois, uix, p-code, images.roi.circle, get that drag point off my circle! MATLAB Answers — New Questions

​

I’m using MATALAB R2020A with the Antenna toolbox to generate 2-D Plots of the measured Radiation Pattern (power in dBi) of an antenna, saved in an excel file. I wish to plot the Z-X Plane, and Z-Y Plane slice of the RP, but can’t seem to understand how to combine the "right side" and "left side" pattern to create one plot. As I understand it has to do with using the polarpattern class, but I cant seem to use it correctly. It would also be great to know how to fix the legend, and add a plot title.
clearvars; %clear all worskspace variables
close all; %Close all figures
%% ——Get data from excel sheet———
% %Get Anttena Powerb(dBi) data 13x17array
% filename=’RawAntennaData.xlsx’;
% H = table2array(readtable(filename,’Sheet’,’Horizontal’,’Range’,’B2:R14′));%
% %Get Theta (Elevation) and Phi (Azimuth) data, respectively a 13×1 and 1×17 array
% El= table2array(readtable(filename,’Sheet’,’Sheet1′,’Range’,’A2:A14′));%Elevation, "Vertical" Angle from 0 to pi
% Az = table2array(readtable(filename,’Sheet’,’Sheet1′,’Range’,’B1:R1′));%Azismuth, "Horizontal" angle -pi to pi
%% — Get data for Helix type antenna Radiation pattern—-
h = helix;
[H,Az,El] = pattern(h,2e9);
theta = El;
phi = Az’;
MagE = H’;
%% 3-D Plot of Antenna Radiation pattern
figure;
patternCustom(MAgE, theta, phi);% 3D plot in Polar cordinates
%% —– 2-D Plot of Z-X Plane (Theta) Cut with phi/Azimuth=90, in Polar coordinates ——-
figure; % Plot Z-X RP data points (for Y=0, phi=0°) at +X axis (right side)
A= patternCustom(MagE, theta, phi,’CoordinateSystem’,’polar’,’Slice’,’phi’,’SliceValue’,0);
%p = polarpattern(‘gco’);
%P = polarpattern(p,’TitleTop’,’Polar Pattern of Monopole’);
hold on
%figure; % Plot Z-X RP data points (for Y=0, phi=180°) at -X axis (left side)
B=patternCustom(MagE, theta, phi,’CoordinateSystem’,’polar’,’Slice’,’phi’,’SliceValue’,180);
hold off
legend(‘A’, ‘B’);I’m using MATALAB R2020A with the Antenna toolbox to generate 2-D Plots of the measured Radiation Pattern (power in dBi) of an antenna, saved in an excel file. I wish to plot the Z-X Plane, and Z-Y Plane slice of the RP, but can’t seem to understand how to combine the "right side" and "left side" pattern to create one plot. As I understand it has to do with using the polarpattern class, but I cant seem to use it correctly. It would also be great to know how to fix the legend, and add a plot title.
clearvars; %clear all worskspace variables
close all; %Close all figures
%% ——Get data from excel sheet———
% %Get Anttena Powerb(dBi) data 13x17array
% filename=’RawAntennaData.xlsx’;
% H = table2array(readtable(filename,’Sheet’,’Horizontal’,’Range’,’B2:R14′));%
% %Get Theta (Elevation) and Phi (Azimuth) data, respectively a 13×1 and 1×17 array
% El= table2array(readtable(filename,’Sheet’,’Sheet1′,’Range’,’A2:A14′));%Elevation, "Vertical" Angle from 0 to pi
% Az = table2array(readtable(filename,’Sheet’,’Sheet1′,’Range’,’B1:R1′));%Azismuth, "Horizontal" angle -pi to pi
%% — Get data for Helix type antenna Radiation pattern—-
h = helix;
[H,Az,El] = pattern(h,2e9);
theta = El;
phi = Az’;
MagE = H’;
%% 3-D Plot of Antenna Radiation pattern
figure;
patternCustom(MAgE, theta, phi);% 3D plot in Polar cordinates
%% —– 2-D Plot of Z-X Plane (Theta) Cut with phi/Azimuth=90, in Polar coordinates ——-
figure; % Plot Z-X RP data points (for Y=0, phi=0°) at +X axis (right side)
A= patternCustom(MagE, theta, phi,’CoordinateSystem’,’polar’,’Slice’,’phi’,’SliceValue’,0);
%p = polarpattern(‘gco’);
%P = polarpattern(p,’TitleTop’,’Polar Pattern of Monopole’);
hold on
%figure; % Plot Z-X RP data points (for Y=0, phi=180°) at -X axis (left side)
B=patternCustom(MagE, theta, phi,’CoordinateSystem’,’polar’,’Slice’,’phi’,’SliceValue’,180);
hold off
legend(‘A’, ‘B’); I’m using MATALAB R2020A with the Antenna toolbox to generate 2-D Plots of the measured Radiation Pattern (power in dBi) of an antenna, saved in an excel file. I wish to plot the Z-X Plane, and Z-Y Plane slice of the RP, but can’t seem to understand how to combine the "right side" and "left side" pattern to create one plot. As I understand it has to do with using the polarpattern class, but I cant seem to use it correctly. It would also be great to know how to fix the legend, and add a plot title.
clearvars; %clear all worskspace variables
close all; %Close all figures
%% ——Get data from excel sheet———
% %Get Anttena Powerb(dBi) data 13x17array
% filename=’RawAntennaData.xlsx’;
% H = table2array(readtable(filename,’Sheet’,’Horizontal’,’Range’,’B2:R14′));%
% %Get Theta (Elevation) and Phi (Azimuth) data, respectively a 13×1 and 1×17 array
% El= table2array(readtable(filename,’Sheet’,’Sheet1′,’Range’,’A2:A14′));%Elevation, "Vertical" Angle from 0 to pi
% Az = table2array(readtable(filename,’Sheet’,’Sheet1′,’Range’,’B1:R1′));%Azismuth, "Horizontal" angle -pi to pi
%% — Get data for Helix type antenna Radiation pattern—-
h = helix;
[H,Az,El] = pattern(h,2e9);
theta = El;
phi = Az’;
MagE = H’;
%% 3-D Plot of Antenna Radiation pattern
figure;
patternCustom(MAgE, theta, phi);% 3D plot in Polar cordinates
%% —– 2-D Plot of Z-X Plane (Theta) Cut with phi/Azimuth=90, in Polar coordinates ——-
figure; % Plot Z-X RP data points (for Y=0, phi=0°) at +X axis (right side)
A= patternCustom(MagE, theta, phi,’CoordinateSystem’,’polar’,’Slice’,’phi’,’SliceValue’,0);
%p = polarpattern(‘gco’);
%P = polarpattern(p,’TitleTop’,’Polar Pattern of Monopole’);
hold on
%figure; % Plot Z-X RP data points (for Y=0, phi=180°) at -X axis (left side)
B=patternCustom(MagE, theta, phi,’CoordinateSystem’,’polar’,’Slice’,’phi’,’SliceValue’,180);
hold off
legend(‘A’, ‘B’); patterncustom, antenna toolbox, polarpattern class, 2d polar plots MATLAB Answers — New Questions

​

Hey All
The summary is it all. Basically I have an image and a code that draws two "axes" lines a red and blue line. I basically want to form a grid using lines parellel to those in order to find their intersects and plot other circles where they intersect.

I have provided an image for clarification!Hey All
The summary is it all. Basically I have an image and a code that draws two "axes" lines a red and blue line. I basically want to form a grid using lines parellel to those in order to find their intersects and plot other circles where they intersect.

I have provided an image for clarification! Hey All
The summary is it all. Basically I have an image and a code that draws two "axes" lines a red and blue line. I basically want to form a grid using lines parellel to those in order to find their intersects and plot other circles where they intersect.

I have provided an image for clarification! image analysis, image processing, image analyst MATLAB Answers — New Questions

​

Hi,
I’m building my project with Arduino Uno and Matlab Simulink using IR sensor and LCD I2C display only. In my project, My concept is that I want the IR sensor to detect the object and the I2c display to start the counting in seconds. If the sensor detects another object, the counting should stop immediately.

if any could help, thnks in advancedHi,
I’m building my project with Arduino Uno and Matlab Simulink using IR sensor and LCD I2C display only. In my project, My concept is that I want the IR sensor to detect the object and the I2c display to start the counting in seconds. If the sensor detects another object, the counting should stop immediately.

if any could help, thnks in advanced Hi,
I’m building my project with Arduino Uno and Matlab Simulink using IR sensor and LCD I2C display only. In my project, My concept is that I want the IR sensor to detect the object and the I2c display to start the counting in seconds. If the sensor detects another object, the counting should stop immediately.

if any could help, thnks in advanced ir_sensor, simulink MATLAB Answers — New Questions

​

Hello Matlab,

I have taken the help of last advise given by Matlab. I found out navigation etc. My issue currently is:

I have uploaded one file to Matlab Drive.
In the Simulink, I tried to import data. It did not work but there in the drive.
Then I clicked on New Script, pasted script and Saved it. But nothings happening when I clicked on RUN button.

My need is, I have a mathematical model, non linear, in the excel. The script defines Objective functions, Variable cells and Constraints. This was AI generated. I wanted to optimise that. Is there an alternative to script and if not, can I have tutorials on how to write a Matlab code for : Objective functions, Variable cells and Constraints?

Regards.Hello Matlab,

I have taken the help of last advise given by Matlab. I found out navigation etc. My issue currently is:

I have uploaded one file to Matlab Drive.
In the Simulink, I tried to import data. It did not work but there in the drive.
Then I clicked on New Script, pasted script and Saved it. But nothings happening when I clicked on RUN button.

My need is, I have a mathematical model, non linear, in the excel. The script defines Objective functions, Variable cells and Constraints. This was AI generated. I wanted to optimise that. Is there an alternative to script and if not, can I have tutorials on how to write a Matlab code for : Objective functions, Variable cells and Constraints?

Regards. Hello Matlab,

I have taken the help of last advise given by Matlab. I found out navigation etc. My issue currently is:

I have uploaded one file to Matlab Drive.
In the Simulink, I tried to import data. It did not work but there in the drive.
Then I clicked on New Script, pasted script and Saved it. But nothings happening when I clicked on RUN button.

My need is, I have a mathematical model, non linear, in the excel. The script defines Objective functions, Variable cells and Constraints. This was AI generated. I wanted to optimise that. Is there an alternative to script and if not, can I have tutorials on how to write a Matlab code for : Objective functions, Variable cells and Constraints?

Regards. solver MATLAB Answers — New Questions

​

syms x t%a g d l1 m1
%%%%%%%%%%%%%%%% Fractional Order%
alpha=2;
beta=1;
%%%%%%%%%%%% initilization of variable%%%%%%
U=zeros(1,2,’sym’);
V=zeros(1,2,’sym’);
A=zeros(1,2,’sym’);
B=zeros(1,2,’sym’);
C=zeros(1,2,’sym’);
D=zeros(1,2,’sym’);
E=zeros(1,2,’sym’);
F=zeros(1,2,’sym’);
G=zeros(1,2,’sym’);
series1(x,t)=sym(zeros(1,1));
series2(x,t)=sym(zeros(1,1));
a=1;
g=0.01;
d=0.01;
l1=-(4/9)*g^4*d+(16/27)*g^6-(5/9)*g^2*d^2-(5/54)*d^3;
m1=20*g^4*d-16*g^6+5*g^2*d^2;
U(1)=a-2*g*cot(g*x);
U(2)=-2*g^2*d*csc(g*x)*csc(g*x);
V(1)=l1-(1/9)*m1*cot(g*x)*cot(g*x);
for k=1:3
A(1)=0;
B(1)=0;
C(1)=0;
D(1)=0;
E(1)=0;
F(1)=0;
G(1)=0;
for r=1:k
A(1)=A(1)+diff(U(r),x,2)*diff(U(k-r+1),x,3);
B(1)=B(1)+diff(U(r),x,1)*diff(U(k-r+1),x,4);
D(1)=D(1)+diff(U(r),x,2)*(k-r+1)*U(k-r+1);
E(1)=E(1)+diff(U(r),x,1)*(k-r+1)*diff(U(k-r+1),x,1);
F(1)=F(1)+diff(V(r),x,1)*diff(U(k-r+1),x,1);
G(1)=G(1)+V(r)*diff(U(k-r+1),x,2);
for l=1:r
C(1)=C(1)+diff(U(l),x,1)*diff(U(r-l+1),x,1)*diff(U(k-r+1),x,2);% 4th term
end
end
U(k+2)=gamma(((k-1)*alpha)+1)/gamma((alpha*(k+1-1))+1)*((1/5)*diff(U(k),x,6)+3*A(1)+3*B(1)+9*C(1)-(k)*diff(U(k+1),x,2)-3*D(1)-3*E(1)+(18/5)*diff(V(k),x,1))
V(k+1)=gamma(((k-1)*beta)+1)/gamma((beta*(k+1-1))+1)*(diff(V(k),x,3)+3*F(1)+3*G(1));
end
for k=1:2
series1(x,t)=simplify(series1(x,t)+U(k)*power(t,k-1));
series2(x,t)=simplify(series2(x,t)+V(k)*power(t,k-1));
end
series1
series2
row=0
for r=1:10:110
row=row+1;
col=0;
e=r-1
for t=1
col=col+1;
f=t+19
C1(row,col)=series1(e,f);
C2(row,col)=series2(e,f);
end
end
vpa(C1,15)
vpa(C2,15)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
x=10:10:100
t=20
row=0
for i=1:length(x)
row=row+1
col=col+1
for j=1:length(t)
C1(row, col) =series1(x(i), t(i))
C2(row,col) =series2(x(i),t(i))
end
end
This two for loop shows thw different value of C1 and C2 . The first for loop gives the correct value for C1 but not C2. But the second loop give both wrong
.
I want know the value of x anf t are same then why for loop show two different valuesyms x t%a g d l1 m1
%%%%%%%%%%%%%%%% Fractional Order%
alpha=2;
beta=1;
%%%%%%%%%%%% initilization of variable%%%%%%
U=zeros(1,2,’sym’);
V=zeros(1,2,’sym’);
A=zeros(1,2,’sym’);
B=zeros(1,2,’sym’);
C=zeros(1,2,’sym’);
D=zeros(1,2,’sym’);
E=zeros(1,2,’sym’);
F=zeros(1,2,’sym’);
G=zeros(1,2,’sym’);
series1(x,t)=sym(zeros(1,1));
series2(x,t)=sym(zeros(1,1));
a=1;
g=0.01;
d=0.01;
l1=-(4/9)*g^4*d+(16/27)*g^6-(5/9)*g^2*d^2-(5/54)*d^3;
m1=20*g^4*d-16*g^6+5*g^2*d^2;
U(1)=a-2*g*cot(g*x);
U(2)=-2*g^2*d*csc(g*x)*csc(g*x);
V(1)=l1-(1/9)*m1*cot(g*x)*cot(g*x);
for k=1:3
A(1)=0;
B(1)=0;
C(1)=0;
D(1)=0;
E(1)=0;
F(1)=0;
G(1)=0;
for r=1:k
A(1)=A(1)+diff(U(r),x,2)*diff(U(k-r+1),x,3);
B(1)=B(1)+diff(U(r),x,1)*diff(U(k-r+1),x,4);
D(1)=D(1)+diff(U(r),x,2)*(k-r+1)*U(k-r+1);
E(1)=E(1)+diff(U(r),x,1)*(k-r+1)*diff(U(k-r+1),x,1);
F(1)=F(1)+diff(V(r),x,1)*diff(U(k-r+1),x,1);
G(1)=G(1)+V(r)*diff(U(k-r+1),x,2);
for l=1:r
C(1)=C(1)+diff(U(l),x,1)*diff(U(r-l+1),x,1)*diff(U(k-r+1),x,2);% 4th term
end
end
U(k+2)=gamma(((k-1)*alpha)+1)/gamma((alpha*(k+1-1))+1)*((1/5)*diff(U(k),x,6)+3*A(1)+3*B(1)+9*C(1)-(k)*diff(U(k+1),x,2)-3*D(1)-3*E(1)+(18/5)*diff(V(k),x,1))
V(k+1)=gamma(((k-1)*beta)+1)/gamma((beta*(k+1-1))+1)*(diff(V(k),x,3)+3*F(1)+3*G(1));
end
for k=1:2
series1(x,t)=simplify(series1(x,t)+U(k)*power(t,k-1));
series2(x,t)=simplify(series2(x,t)+V(k)*power(t,k-1));
end
series1
series2
row=0
for r=1:10:110
row=row+1;
col=0;
e=r-1
for t=1
col=col+1;
f=t+19
C1(row,col)=series1(e,f);
C2(row,col)=series2(e,f);
end
end
vpa(C1,15)
vpa(C2,15)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
x=10:10:100
t=20
row=0
for i=1:length(x)
row=row+1
col=col+1
for j=1:length(t)
C1(row, col) =series1(x(i), t(i))
C2(row,col) =series2(x(i),t(i))
end
end
This two for loop shows thw different value of C1 and C2 . The first for loop gives the correct value for C1 but not C2. But the second loop give both wrong
.
I want know the value of x anf t are same then why for loop show two different value syms x t%a g d l1 m1
%%%%%%%%%%%%%%%% Fractional Order%
alpha=2;
beta=1;
%%%%%%%%%%%% initilization of variable%%%%%%
U=zeros(1,2,’sym’);
V=zeros(1,2,’sym’);
A=zeros(1,2,’sym’);
B=zeros(1,2,’sym’);
C=zeros(1,2,’sym’);
D=zeros(1,2,’sym’);
E=zeros(1,2,’sym’);
F=zeros(1,2,’sym’);
G=zeros(1,2,’sym’);
series1(x,t)=sym(zeros(1,1));
series2(x,t)=sym(zeros(1,1));
a=1;
g=0.01;
d=0.01;
l1=-(4/9)*g^4*d+(16/27)*g^6-(5/9)*g^2*d^2-(5/54)*d^3;
m1=20*g^4*d-16*g^6+5*g^2*d^2;
U(1)=a-2*g*cot(g*x);
U(2)=-2*g^2*d*csc(g*x)*csc(g*x);
V(1)=l1-(1/9)*m1*cot(g*x)*cot(g*x);
for k=1:3
A(1)=0;
B(1)=0;
C(1)=0;
D(1)=0;
E(1)=0;
F(1)=0;
G(1)=0;
for r=1:k
A(1)=A(1)+diff(U(r),x,2)*diff(U(k-r+1),x,3);
B(1)=B(1)+diff(U(r),x,1)*diff(U(k-r+1),x,4);
D(1)=D(1)+diff(U(r),x,2)*(k-r+1)*U(k-r+1);
E(1)=E(1)+diff(U(r),x,1)*(k-r+1)*diff(U(k-r+1),x,1);
F(1)=F(1)+diff(V(r),x,1)*diff(U(k-r+1),x,1);
G(1)=G(1)+V(r)*diff(U(k-r+1),x,2);
for l=1:r
C(1)=C(1)+diff(U(l),x,1)*diff(U(r-l+1),x,1)*diff(U(k-r+1),x,2);% 4th term
end
end
U(k+2)=gamma(((k-1)*alpha)+1)/gamma((alpha*(k+1-1))+1)*((1/5)*diff(U(k),x,6)+3*A(1)+3*B(1)+9*C(1)-(k)*diff(U(k+1),x,2)-3*D(1)-3*E(1)+(18/5)*diff(V(k),x,1))
V(k+1)=gamma(((k-1)*beta)+1)/gamma((beta*(k+1-1))+1)*(diff(V(k),x,3)+3*F(1)+3*G(1));
end
for k=1:2
series1(x,t)=simplify(series1(x,t)+U(k)*power(t,k-1));
series2(x,t)=simplify(series2(x,t)+V(k)*power(t,k-1));
end
series1
series2
row=0
for r=1:10:110
row=row+1;
col=0;
e=r-1
for t=1
col=col+1;
f=t+19
C1(row,col)=series1(e,f);
C2(row,col)=series2(e,f);
end
end
vpa(C1,15)
vpa(C2,15)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
x=10:10:100
t=20
row=0
for i=1:length(x)
row=row+1
col=col+1
for j=1:length(t)
C1(row, col) =series1(x(i), t(i))
C2(row,col) =series2(x(i),t(i))
end
end
This two for loop shows thw different value of C1 and C2 . The first for loop gives the correct value for C1 but not C2. But the second loop give both wrong
.
I want know the value of x anf t are same then why for loop show two different value for loop error MATLAB Answers — New Questions

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I am trying to build a standalone application using MATLAB App Designer. In that, I want to play videos according to the given instructions or keywords. Those videos are saved on my desktop. How should I proceed in building the standalone application so that to play these videos after installing the application on any other target desktop system (without having/saving the videos on the target system)?
Can anyone suggest some way out?
Feel free to comment if my query is not clearI am trying to build a standalone application using MATLAB App Designer. In that, I want to play videos according to the given instructions or keywords. Those videos are saved on my desktop. How should I proceed in building the standalone application so that to play these videos after installing the application on any other target desktop system (without having/saving the videos on the target system)?
Can anyone suggest some way out?
Feel free to comment if my query is not clear I am trying to build a standalone application using MATLAB App Designer. In that, I want to play videos according to the given instructions or keywords. Those videos are saved on my desktop. How should I proceed in building the standalone application so that to play these videos after installing the application on any other target desktop system (without having/saving the videos on the target system)?
Can anyone suggest some way out?
Feel free to comment if my query is not clear appdesigner, matlab, app designer, matlab gui MATLAB Answers — New Questions

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