2017 Kobe Challenger – Singles

Chung Hyeon was the defending champion but chose not to defend his title.

Singles
2017 Kobe Challenger
Champion Stéphane Robert
Runner-up Calvin Hemery
Final score7–6(7–1), 6–7(5–7), 6–1
Main article: 2017 Kobe Challenger

Stéphane Robert won the title after defeating Calvin Hemery 7–6(7–1), 6–7(5–7), 6–1 in the final.

Seeds
  1. Radu Albot (Second round)
  2. Taro Daniel (First round)
  3. Matthew Ebden (Second round)
  4. Peter Polansky (Second round)
  5. Tatsuma Ito (Second round)
  6. Akira Santillan (Semifinals)
  7. Go Soeda (Quarterfinals)
  8. John Millman (Quarterfinals)

Draw

Key

Finals
Semifinals Final
          
  Kwon Soon-woo 2 5
Calvin Hemery 6 7
  Calvin Hemery 61 77 1
Stéphane Robert 77 65 6
Stéphane Robert 77 6
6 Akira Santillan 61 2

Top half
First Round Second Round Quarterfinals Semifinals
1 R Albot 6 3
T Gabashvili 1 0r 1 R Albot 7 2 0
Y Takahashi 5 2 Q Yo Watanuki 5 6 6
Q Yo Watanuki 7 6 Q Yo Watanuki 7 3 5
Y Uchiyama 6 3 64 S-w Kwon 5 6 7
S-w Kwon 3 6 77 S-w Kwon 77 6
D-h Lee 2 1 5 T Ito 64 3
5 T Ito 6 6 S-w Kwon 2 5
3 M Ebden 4 6 7 C Hemery 6 7
H Moriya 6 4 5 3 M Ebden 4 3
C Hemery 79 6 C Hemery 6 6
A Krajicek 67 2 C Hemery 6 6
L Harris 6 3 0 8 J Millman 4 3
Q Sora Fukuda 4 6 6 Q S Fukuda 1 1
WC Yuya Kibi 3 4 8 J Millman 6 6
8 J Millman 6 6

Bottom half
First Round Second Round Quarterfinals Semifinals
7 G Soeda 6 6
WC Yuta Shimizu 2 0 7 G Soeda 6 6
J Jung 2 6 6 J Jung 3 4
O Jasika 6 4 4 7 G Soeda 5 3
S Robert 6 6 S Robert 7 6
Q M Matosevic 3 1 S Robert 6 7
WC Ken Onishi 1 4 4 P Polansky 4 5
4 P Polansky 6 6 S Robert 77 6
6 A Santillan 6 6 6 A Santillan 61 2
WC K Uesugi 1 3 6 A Santillan 6 77
SE H Hurkacz 6 6 SE H Hurkacz 3 65
Q L Miedler 4 4 6 A Santillan 6 6
E Leshem 3 4 A Bolt 3 2
A Bolt 6 6 A Bolt 7 2 6
Ze Zhang 7 6 Ze Zhang 5 6 2
2 T Daniel 5 1
gollark: So if you control all/the majority of GPS hosts on a server, you can selectively deny GPS service, or meddle with the returned coordinates and spoof positions!
gollark: Every GPS ping has the ID of its transmitting computer with it.
gollark: See, GPS on old (non-extremely-recent-CC:T) versions actually has a cool feature.
gollark: The arguably more correct way would be an actual arithmetic parser.
gollark: The easiest way to make what you want would just be to use `load`, provide an empty environment or one with only `math` and stuff in it, and not allow putting in control structures like `function` and `while` and whatever.

References
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.