What's on your mind?
06-20-2015, 02:50 AM
The world can sometimes be a strange and small place...Especially on the internet.
One of my favourite games is Final Fantasy IX.
One of my favourite characters of that game is Kuja.
On of my favourite Kuja Fanarts was posted on Devantart a few years ago.
Looking back at the signature and the account itself of the artist now, I realized it was created by someone whose work I have come to grately respect as of late for creating what has quickly become an other of my favourite games.
...
I knew I had heard the name and seem the avatar/icon somewhere before when I started playing the game but I did not make the connection to somewhing which I had seen years ago. And certainly not with that context.
One of my favourite games is Final Fantasy IX.
One of my favourite characters of that game is Kuja.
On of my favourite Kuja Fanarts was posted on Devantart a few years ago.
Looking back at the signature and the account itself of the artist now, I realized it was created by someone whose work I have come to grately respect as of late for creating what has quickly become an other of my favourite games.
...
I knew I had heard the name and seem the avatar/icon somewhere before when I started playing the game but I did not make the connection to somewhing which I had seen years ago. And certainly not with that context.
Friendship is born at that moment when one person says to another: "What! You, too? Thought I was the only one." (C.S. Lewis)
For the time you're laughing, there's nothing wrong in the world. (Colin Mochrie)
If it's funny, make sure people laugh. If it's not funny, make it funny (unless it's actually really serious). (silvercheers)
Please don't spell my name "Yamina-chan". It's all small. Thank you =D
For the time you're laughing, there's nothing wrong in the world. (Colin Mochrie)
If it's funny, make sure people laugh. If it's not funny, make it funny (unless it's actually really serious). (silvercheers)
Please don't spell my name "Yamina-chan". It's all small. Thank you =D