I$\text{'}$m writing a C$++$ recursion practice problem where there can't exist loops. Please help me rewrite all the for loops that appear in this call function, so that there are no loops in this call function.

$```$

void exploreMapUsingRecursion$($const char realMap$[$MAX$\_$ROWS$][$MAX$\_$COLS$],$

char currentMap$[$MAX$\_$ROWS$][$MAX$\_$COLS$],$

int numRows, int numCols, int row, int col$)$

$\{$

$//$ Base case: check if out of bounds

if $($row $<mtext></mtext><mn>0</mn><mtext></mtext><mi>|</mi><mi>|</mi>$ row $>=$ numRows $||$ col $<mtext></mtext><mn>0</mn><mtext></mtext><mi>|</mi><mi>|</mi>$ col $>=$ numCols$)\{$

return;

$\}$

$//$ Check if the cell is already explored

if $($currentMap$[$row$][$col$]!=\text{'}.\text{'})\{$

return;

$\}$

$//$ Count surrounding mines

int mineCount $=0$;

for $($int dr $=-1$; dr ; $++$dr$)\{$

for $($int dc $=-1$; dc ; $++$dc$)\{$

if $($dr $==0$ && dc $==0)$ continue; $//$ skip the current cell itself

int newRow $=$ row $+$ dr;

int newCol $=$ col $+$ dc;

$//$ Check bounds for surrounding cells

if $($newRow $>=0$ && newRow $$ numRows && newCol $>=0$ && newCol $$ numCols$)\{$

if $($realMap$[$newRow$][$newCol$]==\text{'}*\text{'})\{$

$++$mineCount;

$\}$

$\}$

$\}$

$\}$

$``````$

$//$ Update current map based on mine count

if $($mineCount $>0)\{$

currentMap$[$row$][$col$]=\text{'}0\text{'}+$ mineCount; $//$ Convert mine count to character

$\}$ else $\{$

currentMap$[$row$][$col$]=\text{'}\text{'}$; $//$ No mines around, mark as empty space

$//$ Recursively explore all adjacent cells

for $($int dr $=-1$; dr ; $++$dr$)\{$

for $($int dc $=-1$; dc ; $++$dc$)\{$

if $($dr $==0$ && dc $==0)$ continue; $//$ skip the current cell itself

int newRow $=$ row $+$ dr;

int newCol $=$ col $+$ dc;

$//$ Recursive call for adjacent unexplored cells

if $($newRow $>=0$ && newRow $$ numRows && newCol $>=0$ && newCol $$ numCols$)\{$

if $($currentMap$[$newRow$][$newCol$]==\text{'}.\text{'})\{$

exploreMapUsingRecursion$($realMap$,$ currentMap, numRows, numCols, newRow, newCol$)$;

$\}$

$\}$

$\}$

$\}$

$\}$

$\}$

$```$