View allAll Photos Tagged multipleexposure
Photograph an image which exemplifies the essence of altruistic behavior.
— Steve McCurry
From Wikipedia...
"In public worship, intercession is offered as prayer for the world beyond the immediate vicinity and friendship networks of the church community. As such, intercession constitutes part of the worshipping community's engagement with otherness, as it expresses Christians' solidarity with those who are 'other' than themselves. In so doing, a church both appeals to, and seeks to embody, God's own love for the world."
The corridor in the basement of the palace where was my old apartment.
Camera on the floor, two shots (each one with 15 seconds of exposure), me moving and stopping for a while, no flash at all.
Finally two shots was blended in Photoshop.
I really love this photo and the green tone of fluorescent lamps!
Rome
Winter 2003
(Multiple exposure achieved accidentally, with a long exposure and second flash from another person's camera, with a little, ahem, unsteadiness by me in between.)
The quite incredible succession of very warm days here came to a full stop last evening with strong winds and heavy rain.
my first holga roll. it came out as one continuous multiple exposure. er, why did I turn the square format camera on its side?
I recently bought a wireless transmitter ST-E2 for controlling multiple off-camera flashes. I currently only have the Canon 580EX, but I'll probably be getting another one. I generally like it except that I can't control flash exposure compensation without going to the flash to set it. I was also hoping I could use 2nd Curtain Sync with a slaved flash, but no luck.
This effect was done by setting the flash to a very slow 2-shot burst and then moving positions in the middle of the 1 second exposure. The flash was in my hand. It would have looked better with a black background, but I was just experimenting.
Favorite Photo
It is always hard to pick a favorite image. I went through all of my challenge photos and put them in a Flickr album:
You can see the original piece I did for multiple exposure week in the Flickr Album. I used Kevin's arm and a photo of roots that I took at the Historic Oakwood Park. I went to get my first COVID shot and stopped at the park after I was done.
This is another multiple exposure composite done with Kevin's arm, one of the trees at Oakview Park and a red texture file. I added a border using ON1 2020. It is one of my favorites for the year.
I have already started on my yearly photo book and am almost finished with my big translation project!
Happy 2022 and looking forward to creating more art in the coming year.
Day 3: Blending in. This was a single 20 second exposure where I walked into the frame in the last moment to while holding a remote flash off to my right (left side of the frame) with a chartreuse diffuser. The camera was set to fire rear sync flash so when I got into position the flash went off right before the shutter ended to give me a more solid look on my right side and a more faded look on my left.
It took me a while to get a shot where my eyes were positioned in the knot on the tree painting to give me a eye mask look. No photoshop adjustments, just a few level adjustments in Lightroom.
jacinthes des bois
(multiple exposures at different zoom positions and camera rotation assembled in the camera body)
Please don't use this image on websites, blogs or other media without my explicit permission. © All rights reserved
jacinthes des bois
(multiple exposures at different zoom positions assembled in the camera body)
Please don't use this image on websites, blogs or other media without my explicit permission. © All rights reserved
FILM
A synthetic crystal developed by the KRELL that can manipulate or be sensitized to respond to specific wavelengths of black and white light.
Essentially, photonic crystals contain regularly repeating internal regions of high and low dielectric constant. Photons (behaving as waves) propagate through this structure - or not - depending on their wavelength. Wavelengths of light that are allowed to travel are known as modes, and groups of allowed modes form bands. Disallowed bands of wavelengths are called photonic band gaps. This gives rise to distinct optical phenomena such as inhibition of spontaneous emission, high-reflecting omni-directional mirroring and low-loss-waveguiding, amongst others.