Grading Criteria: $15$ points

a$.$ Lists all groups members $($or identifies a group of $1$ individual$)$

b$.$ Demonstrates the ability to construct a clear problem statement with evidence of many relevant contextual factors as it relates to real world scenarios. $($Contextual Factors: Constraints $($such as limits on cost$),$ resources, attitudes $($such as biases$)$ and desired additional knowledge which affect how the problem can be best solved in the real world or simulated setting.$)$

c$.$ Identifies multiple possible strategies to the problem that apply within a specific context

d$.$ Identifies advantages and disadvantages for each possible strategy

e$.$ Identifies the chosen strategy that the team will implement $($and why it was chosen$)$

f$.$ Identifies the input$($s$)$ and output$($s$)$ of solution

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$2)$ Code & Supporting Files: Write a script using Python $3$ that solves one problem to help someone solve a problem that they may face with greenhouse emissions. Utilize all the coding elements listed above. Use only relative file names $($so that they will work on another computer$).$ Also submit any files needed to run your script. Submit in CougarVIEW by Sunday, November $24$th at $11$:$59$ PM$.$

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Grading Criteria: $85$ points

a$.$ Addresses the problem selected and provide a solution

b$.$ Uses all of the Python code elements listed above

c$.$ Runs without errors $($syntax$,$ runtime, and logic$)[$so use input validation, etc.$]$

d$.$ Provides a usable interface. $($Does the user know what is expected of them in terms of input? Can the user understand the output?$)$

e$.$ Code is properly documented with comments at the top of each code file and with explanations throughout the code where necessary. All methods have a comment indicating description, parameters, and return value $($when applicable$).$