### _Should a modern mathematician be a coder?_
number_of_drops_in_circle = len(drops_in_circle)
number_of_drops_out_of_circle = len(drops_out_of_circle)
number_of_drops = number_of_drops_in_circle + number_of_drops_out_of_circle
plt.figure()
plt.xlim(-length_of_field / 2, length_of_field / 2)
plt.ylim(-length_of_field / 2, length_of_field / 2)
plt.scatter([e[0] for e in drops_in_circle], [e[1] for e in drops_in_circle], color='blue', label="Drops in circle")
plt.scatter([e[0] for e in drops_out_of_circle], [e[1] for e in drops_out_of_circle], color='black', label="Drops out of circle")
plt.legend(loc="center")
plt.title("%s drops: %s landed in circle, estimating $\pi$ as %.4f." % (number_of_drops, number_of_drops_in_circle, 4 * number_of_drops_in_circle / number_of_drops))
plt.savefig("%s_drops.%s" % (number_of_drops, format))
Dear Vince,
I have nothing to put on my CV!
Please send help and food,
Sincerely,
3rd Year Tutee
Enterprise
Week 1: Introductory Lecture
Week 2: Idea to Market
Week 3: Research Skills
Week 4: Strategic Project Management
Week 5: Pitching
### Week 7-10: Seminars
Companies
Assessment
### Week 3: Project Report
_2 pages: 30 % of total mark_
### Week 6: Lightning Talks
### Week 11: Final Presentations
_25 minutes: 70 % of total mark_