INSTRUCTIONS

download observation data from BOM website $($one city per team$).$

Download all the weather data of the past $12$ months for your chosen city. Note: $$ Exclude the current month, i$.$e$.$ if it$$s May, download data from May $19$ to April $20.$ Rename each $.$csv file using $$year$-$month$,$ i$.$e$.19-04.$csv$.$ Include all the $.$csv files in the same folder and upload it to matlab

Team$3$: Melbourne

Present temperature information

Line plot daily maximum and minimum temperature on the same graph.

Note: use $34$ subplot to include monthly graphs on the same figure.

Calculate the total number of days with comfortable temperature $(10-30$ degrees Celsius$)$ and show the result on the Command Window.

Present daily rainfall information

Bar plot daily rainfall data of a year $(x-$axis: $365$ days, $y-$axis: daily rainfall $(mm)).$

Calculate the number of days with

a$)$ no rain;

b$)$ normal rain $)$;

c$)$ heavy rain $(>10mm).$

Plot the three categories on a pie chart.

Calculate

a$)$ The volume of annual rainwater collected from a rooftop based on the following floorplan $($see Fig $1)$;

b$)$ Total cost saving if using the rainwater collected from the above rooftop. $($Hint: check your household water bills for water cost $\frac{\text{\$}}{L}$ or $\frac{\text{\$}}{K}L.)$

Present the results at the title of the bar chart.

Figure $1$ Floor Plan of a House

Present Speed of Maximum Wind Gust and corresponding Power Generation Capability.

Line plot the annual "speed of maximum wind gust" on a daily basis.