Please convert the code Python code given below into a code MATLAB can run. I believe MATLAB uses a C$/$C$++$ style of code.

# Data for specific modulus $($in MPa m$3/$kg$)$

materials $=[\text{'}$Nickel$\text{'},$ 'Titanium', 'Aluminum', 'Iron', $\text{'}$Ti$-6$Al$-4$V$\text{'},\text{'}$Al $2024\text{'},$

'Tungsten Carbide $($WC$)\text{'},$ 'Aluminum Oxide $($Al$2$O$3)\text{'}]$

specific$\_$modulus $=[22\mathrm{.}47,25\mathrm{.}72,25\mathrm{.}56,26\mathrm{.}81,25\mathrm{.}51,26\mathrm{.}26,44\mathrm{.}30,95\mathrm{.}00]$

# Group colors: Metals $($blue$),$ Alloys $($orange$),$ Ceramics $($green$)$

colors $=[\text{'}$blue$\text{'},$ 'blue', 'blue', 'blue', 'orange', 'orange', 'green', 'green'$]$

# Create the bar chart

plt$.$figure$($figsize$=(10,6))$

bars $=$ plt$.$bar$($materials$,$ specific$\_$modulus, color$=$colors$)$

# Add labels and title

plt$.$ylabel$(\text{'}$Specific Modulus $($MPa m$3/$kg$)\text{'},$ fontsize$=12)$

plt$.$xlabel$(\text{'}$Material$\text{'},$ fontsize$=12)$

plt$.$title$(\text{'}$Specific Modulus Comparison of Metals, Alloys, and Ceramics', fontsize$=14)$

# Add value labels on bars

for bar in bars:

height $=$ bar.get$\_$height$()$

plt$.$text$($bar$.$get$\_$x$()+$ bar.get$\_$width$()/2,$ height $-5,$

f$\text{'}\{$height:$\mathrm{.}2$f$\}\text{'},$ ha$=$'center', va$=$'bottom', fontsize$=10)$

# Display the chart

plt$.$xticks$($rotation$=45,$ ha$=$'right'$)$ # Rotate x$-$axis labels for readability

plt$.$tight$\_$layout$()$

plt$.$show$()$