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# Banana Cake
## Instructions
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1. Assume an action set of {add \<ingredient>, stir, bake, cool}. Draw a flowchart, using the paradigm discussed in class, to show the process of baking a banana cake. Use Google to find a typical list of ingredients.
2. Represent the flowchart from problem 1 as pseudocode.
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## Flowchart
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```d2
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vars: {
d2-config: {
dark-theme-id: 200
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layout-engine: elk
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}
}
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grid-columns: 3
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begin: {
shape: oval
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# near: top-left
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}
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begin -> add 3c flour\
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-> add 1 1/2 tsp baking soda\
-> add 1/2 tsp cinnamon\
-> add 1/2 tsp salt\
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-> stir\
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-> add 3 mashed bananas\
-> add 1 tsp lemon juice\
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-> stir again\
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-> add 3 eggs\
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-> add 2tsp vanilla extract\
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-> stir a final time\
-> bake @ 350f for 50 min\
-> let cool for 1 hour\
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-> end
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end: {
shape: oval
# near: bottom-right
}
```
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## Pseudocode
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```c
/**************************************
* Function Title: BakeBananaCake
*
* Summary: Bake a banana cake
*
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* Inputs: none
* Outputs: none
**************************************
* Pseudocode
*
* Begin
* Add 3c flour
* Add 1 1/2 tps baking soda
* Add 1/2 tsp cinnamon
* Add 1/2 tsp salt
* Stir
* Add 3 mashed bananas
* Add 1 tsp lemon juice
* Stir
* Add 3 eggs
* Add 2tsp vanilla extract
* Stir a final time
* Bake @ 350F for 50 min
* Cool for 1 hour
* End
**************************************/
```
# Walking
## Instructions
3. Assume an action set of {walk \<value> steps, turn to \<value> degrees}. Draw a flowchart showing a shady path and a sunny path to get from the west doors of the Engineering Building to the south-east doors of the TSC. Pick a meaningful “if” condition to select one of the two paths. Use real-world data in your design.
4. Represent the flowchart from problem 3 as pseudocode.
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%%
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Assuming a step distance of 2.5 feet.
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Sunny path:
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Total distance: 1922.59ft
Shady path:
1710.76FT
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%%
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## Flowchart
```d2
classes: {
}
beginning: {shape: oval}
end: {shape: oval}
```