2018 Garden Open – Doubles

Doubles
	2018 Garden Open
Champions	Kevin Krawietz; Andreas Mies
Runners-up	Sander Gillé; Joran Vliegen
Final score	6–3, 2–6, [10–4]

Andreas Mies and Oscar Otte were the defending champions but only Mies chose to defend his title, partnering Kevin Krawietz. Mies successfully defended his title.

Krawietz and Mies won the title after defeating Sander Gillé and Joran Vliegen 6–3, 2–6, [10–4] in the final.

Seeds

Sander Gillé / Joran Vliegen (Final)
Denys Molchanov / Igor Zelenay (Quarterfinals)
Kevin Krawietz / Andreas Mies (Champions)
Marin Draganja / Tomislav Draganja (Quarterfinals)

Draw

Key

First Round					Quarterfinals				Semifinals				Final

1	S Gillé J Vliegen	7⁷	6
	A Arnaboldi M Viola	6²	3		1	S Gillé J Vliegen	6	6
WC	Enrico Dalla Valle Giovanni Fonio	4	5			A Giannessi A Motti	3	0
	A Giannessi A Motti	6	7						1	S Gillé J Vliegen	w/o
4	M Draganja T Draganja	6	2	[10]					WC	D Bracciali G Quinzi
	Z Kolář A Pavlásek	3	6	[4]	4	M Draganja T Draganja	5	4
WC	D Bracciali G Quinzi	6	6		WC	D Bracciali G Quinzi	7	6
	S Bolelli M Donati	4	4										1	S Gillé J Vliegen	3	6	[4]
	Í Cervantes R Olivo	4	5										3	K Krawietz A Mies	6	2	[10]
	JI Londero F Neis	6	7			JI Londero F Neis	4	5
	K Coppejans Q Halys	1	4		3	K Krawietz A Mies	6	7
3	K Krawietz A Mies	6	6						3	K Krawietz A Mies	6	6
	T Brkić Patricio Heras	2	4							A Martin H Podlipnik-Castillo	4	2
	A Martin H Podlipnik-Castillo	6	6			A Martin H Podlipnik-Castillo	6	6
WC	Riccardo Balzerani Corrado Summaria	1	3		2	D Molchanov I Zelenay	2	3
2	D Molchanov I Zelenay	6	6

gollark: You can use codegen to generate code for repetitive tasks of some sort if they don't need to generalize much or go outside your project, but it's much better to just... not have to do those repetitive tasks, or have the compiler/macros handle them.

gollark: Also, you end up with a mess of fragile infrastructure which operates on stringy representations of the code.

gollark: I can either:- use `interface{}` - lose type safety and performance- codegen a different `Tree` type for every use of it - now I can't really put it in its own library and it's generally inelegant and unpleasant

gollark: Consider what happens if I want to implement a generic `Tree` type.

gollark: For one thing, it doesn't really work in many cases.

References

Main Draw

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