HOME | DD
ilona-lab β The Saints Are Coming
Published: 2013-05-30 19:49:03 +0000 UTC; Views: 19204; Favourites: 141; Downloads: 240
Redirect to original
Description
Series: Hitman: Absolution.Character: Saint
Cosplayer: Blast
Photographer: Eva
Teaser of my Saint-photoset. Eva was trying to do the colorgrading like in the famous Hitman: Absolution Attack of the Saints-trailer.
Related content
Comments: 13
Hi, Ilona:
I'm very interested to use this photograph, or something very similar, as a cover for my novel.
Please let me know, asap.
Caesar Voghan
cvoghan@yahoo.com
www.facebook.com/caesar.voghan
π: 0 β©: 1
Hi, it's not a problem. Could you, please, tell me what's this novel of yours about?Β
π: 0 β©: 2
OK. At this point in time I'm trying to decide between your picture and another one. I will definitely let you know. Regardless if your picture gets chosen or not, I will create a post with your work on my facebook and personal website, and give you credit as artwork that illustrates the novel. And I will definitely send you the novel.
π: 0 β©: 1
Okay.
Waiting for your reply.Β
π: 0 β©: 1
Hi, Ilona:
Can you please email me at cvoghan@yahoo.com to discuss the use of some of your pictures?
Thanks.
Csr
π: 0 β©: 0
The title of the novel is MISBEGOTTEN (you can find a presentation of both the novel and the graphic novel on Facebook under www.facebook.com/MisbegottenTheNovel). It is a SciFi dystopic novel made out of 7 novella-like parts. The first one, "Runaway Nun" is already available as a Kindle book on Amazon. Just type "Runaway Nun" and you will find it. Unfortunately, the cover doesn't reach the demographics the novel is intended for, so I'm looking for a replacement. Your photograph has many elements that would make it a perfect cover, with maybe a few digital tweaks. Once you check the Facebook page for the novel, and you are comfortable with the subject matter, let me know how you want to proceed.Β
π: 0 β©: 1
Okay, you can use it. But then...please, send me the copy of the novel to my email, like a little bonus
π: 0 β©: 0
