For example, plot$\_$noon$\_$elevations$\_$over$\_$year$(-43\mathrm{.}52565)$ should display a graph like the one below:

Graph details $-$ get the window dressing right

Your plot should use the following settings:

a linestyle of $\text{'}-\text{'}$

a marker of None.

a color of 'orange'

The title of the graph should display the latitude to two decimal places. You should use the following string as a basis for generating the graph title:

Daily noon solar elevations at latitude $=-43\mathrm{.}53$

The $x$ and $y$ axis labels should be 'Day' and 'Noon solar elevation $($degrees$)\text{'}$ respectively.

The $x$ ticks should be integer values from $0$ to $360,$ inclusive, in steps of $30.$

The $x$ tick labels should be the nice date string for each $x$ tick. For example, axes.set$\_$xticklabels$($day$\_$strings, rotation$=90)$

Remember, you must set $x$ ticks before setting the $x$ tick labels.

The extra rotation value will mean the labels are printed vertically $($it$\text{'}$s optional but your graph will be ugly without it$).$

To get you axis labels to show fully you should call plt$.$tight$\_$layout$()$ just before your plt$.$show$()$

Alternatively, you can adjust the bottom margin of the graph window by clicking on the button in the view window and sliding$/$changing the bottom value.

The $y$ ticks should be integer values from $-90$ to $90,$ inclusive, in steps of $10.$

The $y$ tick labels should be set to be the same as the $y$ tick values.

The grid should be showing on the graph.