$-$I need this in Python!$-$

Your task is to create a program $($based on the provided flowchart and project description found in the separate document, PDF above$)$ that will pick the least$-$price bus combination. It should also calculate the final price for a tour group.

Your program should accept the number of tourists $($P$),$ the tour duration $($you can assume this will always be entered as an integer$),$ the base rates for each bus size, and the extra hourly percentage $($EHP$,$ assume this is entered in decimal form e$.$g $0\mathrm{.}25$ instead of $25\%)$ and then calculate the price components and total price for the most efficient tour bussing option per day. If there is a multi$-$day tour, the program will be run for each day of the multi$-$day tour. Thus, your program does not need to support calculations for more than one day at a time.

Your program should display the number of small buses $($NSB$)$ needed and the number of large buses $($NLB$)$ needed, including the small bus price extension $($SE $=$ NSB $*$ SBP$)$ and large bus price extension $($LE $=$ NLB $*$ LBP$).$ The program should also show the extra charged hours $($ECH$),$ if any, over five. It should also display the extra$-$ small$-$bus price $($SEHC$)$ and the extra$-$large$-$bus price $($LEHC$)$ based on the hours over five hours. It should also display the total small bus price $($TSBP$)$ and total large bus price $($TLBP$),$ and the total price of the tour $($TP$).$

The user should be prompted for inputs in the following order:

Number of tourists: $P$

Tour duration: $H$

Small bus price: SBP

Large bus price: LBP

Extra hours price: EHP

In your code, use the variable abbreviations defined above and shown on the user interface. For example, use TSBP and TLBP for total$-$small$-$bus price and total$-$large$-$ bus price respectively.