App Designer 2021a - Adafruit AHT20 Temperature Sensor (I2C) - Data Acquisition

I am trying to acquire temperature data from the latest Adafruit's AHT20 sensor which has I2C communication. My plan was to make a GUI using the App Designer and with the push of a button to plot the data. I am not sure as how to begin the communication with the sensor as the datasheet is not very helpful. I have also attached the particular page of the datasheet for further reference. I saw an example : https://www.mathworks.com/help/supportpkg/arduinoio/examples/measure-temperature-from-i2c-device-on-arduino-hardware.html

But the address and read write is only specific to that particular sensor (Or is it ?). Bottomline is I want to acquire data but I am unable to do so. My initial code for attempting to do so is.

            %% Startup Function
            clear a;
            delete(instrfind);
            clear all; %#ok<CLALL> 
            clc;
            global a temp;
            a = arduino('COM5',"Uno",'Libraries','I2C'); 
            scanI2CBus(a);
            temp = device(a,'I2CAddress',0x38);
            write(temp,0xBE,'uint8'); % initialization as per the data sheet
            write(temp,0xAC,'uint8'); % beginning measurement (I guess)
            app.StatusLamp.Color = [0.90,0.90,0.90];
            
            
            %% Start Button Function 
            
            global  temp;
            app.flag = 0;
            app.done = 0;   
            app.h = animatedline;
            app.stop = false;
            startTime = datetime('now');
           
            while ~app.stop
%            v = readVoltage(a,'A0');
             v = read(temp, 2, 'uint8');
             temperature = (double(bitshift(int16(v(1)), 4)) + double(bitshift(int16(v(2)), -4))) * 0.0625;
             t = datetime('now') - startTime;
 
             if v >= 0.5 && v <= 0.65
                 app.StatusLamp.Color = 'g';
             else
                 app.StatusLamp.Color = [0.90,0.90,0.90];
             end
             %add point to animation         

             plot(app.UIAxes,datenum(t),temperature,'-mo',...
                 'LineWidth',2,...
                 'MarkerEdgeColor','k',...
                 'MarkerFaceColor',[.49 1 .63],...
                 'MarkerSize',5);
                
             addpoints(app.h,datenum(t),temperature);             
             app.UIAxes.XLim = datenum([t-seconds(15) t]);
             datetick('x','keeplimits')
             
             drawnow
             hold(app.UIAxes,'on');
%            fprintf(app.fileID,'%f %f \n','Time','Voltage');                          

             app.stop = app.flag;             
             app.TemperatureCEditField.Value = v;      
            
            end
                

Answer 1

[Das Siddharth]

To whomsoever it might help, I was able to solve this on my own. The key is to tailor the write commands as per the app designer. For e.g. in the startupFcn(app) :

temp = device(a,'I2CAddress',0x38);
write(temp,0x70,'uint8'); % telling the sensor to write 

function startButtonPushed (app,event)
write(temp,0xAC,'uint8'); %writing this hex code to initiate measurement
write(temp,0x71,'uint8'); %telling the sensor that now you're ready to read
pause(0.80);
v = read(temp,2,'uint32');
.
.
.
end

Then afterwards as per some bitshifting and stuff you'll be ready to acquire data in real-time.