Use Matlab GUI in order to achive following requirements

Get $10$ number of students grade from the user for three different lessons $($Math$,$ Phsc$,$ Music$).$ Attach these grades to a matrice.

$$ Find and Show average grade of each lesson

$$ Find and Show max and min grade for each lesson

$$ Find and Show Standard Deviation of Each Lesson

$$ Find and Show the students id and grade whose grade is greater than average grade of each lesson.

$$ Find and Show the number of students whose grade is greater than average grade of each lesson.

$$ Plot the chart for the average grade of each lesson

$$ Plot the chart for the standard deviation of each lesson

$$ Plot the chart for the number of students whose grade is greater than the average

$$ Plot the chart for the max and min grades for each lesson

$$ Plot the grade values for the Math, Phys and Music lessons for each student and Show all these graphics in one figure.

$$ Plot the grade values of the students for the Math, Phys and Music lessons and Show all these graphics in one figure. $($there will be ten number graphics$)$

I have tried to modify the code but I still can not meet the requirements help please

function gradeAnalyzerGUI

screenSize $=$ get$(0,$ 'ScreenSize'$)$;

figWidth $=1200$;

figHeight $=800$;

fig $=$ figure$(\text{'}$Name$\text{'},$ 'Grade Analyzer', $...$

'Position', $[($screenSize$(3)-$figWidth$)/2,($screenSize$(4)-$figHeight$)/2,$ figWidth, figHeight$],...$

'NumberTitle', 'off', $...$

'MenuBar', 'none', $...$

'ToolBar', 'none'$)$;

controlHeight $=25$;

yOffset $=$ figHeight $-$ controlHeight $-10$;

yOffset $=$ figHeight $-30$;

textWidth $=140$;

editWidth $=200$;

spacing $=20$;

uicontrol$(\text{'}$Style$\text{'},$ 'text', 'String', 'Math Grades:$\text{'},$ 'Position', $[$spacing$,$ yOffset, textWidth, controlHeight$])$;

mathEdit $=$ uicontrol$(\text{'}$Style$\text{'},$ 'edit', 'Position', $[$spacing $+$ textWidth, yOffset, editWidth, controlHeight$])$;

uicontrol$(\text{'}$Style$\text{'},$ 'text', 'String', 'Physics Grades:$\text{'},$ 'Position', $[2*$spacing $+$ textWidth $+$ editWidth, yOffset, textWidth, controlHeight$])$;

physEdit $=$ uicontrol$(\text{'}$Style$\text{'},$ 'edit', 'Position', $[2*$spacing $+2*$textWidth $+$ editWidth, yOffset, editWidth, controlHeight$])$;

uicontrol$(\text{'}$Style$\text{'},$ 'text', 'String', 'Music Grades:$\text{'},$ 'Position', $[3*$spacing $+2*$textWidth $+2*$editWidth$,$ yOffset, textWidth, controlHeight$])$;

musicEdit $=$ uicontrol$(\text{'}$Style$\text{'},$ 'edit', 'Position', $[3*$spacing $+3*$textWidth $+2*$editWidth$,$ yOffset, editWidth, controlHeight$])$;

calculateButton $=$ uicontrol$(\text{'}$Style$\text{'},$ 'pushbutton', 'String', 'Calculate', $...$

'Position', $[4*$spacing $+3*$textWidth $+3*$editWidth$,$ yOffset, $100,$ controlHeight$],...$

'Callback', @calculateButtonCallback$)$;

ax $=$ zeros$(1,8)$;

for i $=1$:$8$

row $=$ ceil$($i $/4)$;

col $=$ i $-($row $-1)*4$;

ax$($i$)=$ subplot$(2,4,($row $-1)*4+$ col$)$;

pos $=$ get$($ax$($i$),$ 'Position'$)$;

set$($ax$($i$),$ 'Position', $[$pos$(1),$ pos$(2)+0\mathrm{.}1,$ pos$(3),$ pos$(4)-0\mathrm{.}1])$;

end

function calculateButtonCallback$($~$,$ ~$)$

mathGrades $=$ str$2$num$($get$($mathEdit$,$ 'String'$))$;

physGrades $=$ str$2$num$($get$($physEdit$,$ 'String'$))$;

musicGrades $=$ str$2$num$($get$($musicEdit$,$ 'String'$))$;

if length$($mathGrades$)$ ~$=10||$ length$($physGrades$)$ ~$=10||$ length$($musicGrades$)$ ~$=10$

errordlg$(\text{'}$Please enter $10$ grades for each subject.$\text{'},$ 'Input Error'$)$;

return;

end

gradesMatrix $=[$mathGrades; physGrades; musicGrades$]\text{'}$;

avgGrades $=$ mean$($gradesMatrix$)$;

maxGrades $=$ max$($gradesMatrix$)$;

minGrades $=$ min$($gradesMatrix$)$;

stdDeviations $=$ std$($gradesMatrix$)$;

studentsAboveAvg $=$ sum$($gradesMatrix $>$ mean$($gradesMatrix$))$;

for i $=1$:$8$

axes$($ax$($i$))$;

cla reset;

end

titles $=\{\text{'}$Average Grades', 'Max Grades', 'Min Grades', 'Standard Deviations', 'Students Above Avg', 'Math Grades', 'Physics Grades', 'Music Grades'$\}$;

subjects $=\{\text{'}$Math$\text{'},$ 'Physics', 'Music'$\}$;

data $=\{$avgGrades$,$ maxGrades, minGrades, stdDeviations, studentsAboveAvg, gradesMatrix$(1,$ :$),$ gradesMatrix$(2,$ :$),$ gradesMatrix$(3,$ :$)\}$;

for i $=1$:$5$

axes$($ax$($i$))$;

bar$($data$\{$i$\})$;

set$($ax$($i$),$ 'XTickLabel', subjects, 'XTick', $1$:length$($subjects$))$;

title$($titles$\{$i$\})$;

end

studentIDs $=1$:$10$;

for i $=6$:$8$

axes$($ax$($i$))$;

plot$($studentIDs$,$ data$\{$i$\},\text{'}$o$-\text{'})$;

xlim$([0\mathrm{.}5,10\mathrm{.}5])$;

ylim$([0,100])$;

set$($ax$($i$),$ 'XTick', studentIDs$)$;

xlabel$(\text{'}$Student ID$\text{'})$;

ylabel$(\text{'}$Grade$\text{'})$;

title$([$subjects$\{$i$-5\}\text{'}$ Grades'$])$;

legend$($subjects$\{$i$-5\})$;

end

end