Posts: 4
Threads: 1
Joined: Jan 2014
I'm new to the forum (not a new reader but fresh member) so an excited
HEY to everyone!
I'm using LRTimelapse for quite a satisfied while now. Today I took a step forward and started my first tests of timelapsing via TL-MR3040 and DSLRDashboard.
So first: Huge thanks to the great installing guide written by Gunther and the fantastic video tutorial by saw0. With this combination I just managed to set up everything on the first try!
I'm using my Samsung Galaxy S III mini to connect to a Canon EOS 7D.
Questions showed up when I started a test shooting...
On my first try I ran into one of these dreaded Error messages where the camera freezes. Lucky me, I just removed the battery and after some seconds I could restart the 7D normally. Maybe that was because I'm using Magic Lantern and the applications just didn't work together too well. Might be a warning to all the Magic Lantern users! Has anyone already experience with that? However, next tests were done without ML.
Two big issues for me:
1. With my 7D the check on "Display JPG for next capture" won't remove after showing me the first JPG. Instead it results in constantly refreshing previews on my smartphone for maybe 10 pictures. After that I don't get any more JPG previews at all. No matter if I check "Display JPG for next capture" on or off. No more JPGs. Some other times I couldn't even get one JPG.
So I thought: Well, that's not too bad. It's all work in progress and stuff. At least I can navigate to the camera's folder system with DDB and view the pitures manually to get a histogram. But there I found issue #2...
2. DDB gives me a different histogram than the camera does! All pictures that I transfer to my smartphone and view within DDB show a clearly darker appearance. It's also visible in the histograms. Where does that come from? I mean in the end the pictures are taken like my camera shows them. If I can't rely on the picture's histogram from DDB then the whole construction is useless.
I give you two screenshots. One is from DDB with histograms and the other one is a picture from my Canon 7D display with histograms. Both should show the same values for the same picture.
Did anyone come along the same problem? Is there a solution?
Hopefully I could explain everything understandable.
Best, Alex
I'm using LRTimelapse for quite a satisfied while now. Today I took a step forward and started my first tests of timelapsing via TL-MR3040 and DSLRDashboard.
So first: Huge thanks to the great installing guide written by Gunther and the fantastic video tutorial by saw0. With this combination I just managed to set up everything on the first try!
I'm using my Samsung Galaxy S III mini to connect to a Canon EOS 7D.
Questions showed up when I started a test shooting...
On my first try I ran into one of these dreaded Error messages where the camera freezes. Lucky me, I just removed the battery and after some seconds I could restart the 7D normally. Maybe that was because I'm using Magic Lantern and the applications just didn't work together too well. Might be a warning to all the Magic Lantern users! Has anyone already experience with that? However, next tests were done without ML.
Two big issues for me:
1. With my 7D the check on "Display JPG for next capture" won't remove after showing me the first JPG. Instead it results in constantly refreshing previews on my smartphone for maybe 10 pictures. After that I don't get any more JPG previews at all. No matter if I check "Display JPG for next capture" on or off. No more JPGs. Some other times I couldn't even get one JPG.
So I thought: Well, that's not too bad. It's all work in progress and stuff. At least I can navigate to the camera's folder system with DDB and view the pitures manually to get a histogram. But there I found issue #2...
2. DDB gives me a different histogram than the camera does! All pictures that I transfer to my smartphone and view within DDB show a clearly darker appearance. It's also visible in the histograms. Where does that come from? I mean in the end the pictures are taken like my camera shows them. If I can't rely on the picture's histogram from DDB then the whole construction is useless.
I give you two screenshots. One is from DDB with histograms and the other one is a picture from my Canon 7D display with histograms. Both should show the same values for the same picture.
Did anyone come along the same problem? Is there a solution?
Hopefully I could explain everything understandable.
Best, Alex