Source: Harvest Moon And Earths Shadow In IR
Sunday, September 18, 2016
Harvest Moon And Earths Shadow In IR
Source: Harvest Moon And Earths Shadow In IR
Saturday, September 17, 2016
Wiring Light Blocking / Photo Interrupter Sensor
Another guide from 37 in 1 sensor, in this illustration we will going to wire the light interrupter sensor or photo interrupter. A photo Interrupter is transmission type photo sensor that integrates optical receiving and transmitting elements in a single package please see the diagram below. Since the method involves light blocking commonly named photo interrupter. A long life infrared photo diodes is applied for output while a single photo transistor and photo IC are integrated on the other side for light detection.
Required Components
Wiring Guide
Source Code
/* 14CORE Test Code for: Light Photo Interupter .:+osysso++:` `+yhs/-` `-+s+` `:/+++++++++` .:/++ooo++/-` .ooooooooooo+: :///////////- `odh/` `:y+` /ddhsooooooo+ /hddhsooooydddh sdddoooooosdddy` `////////////` -hds` `sy. +ddy` .ddd: sddy.dddo +ddd- .-----------` `hds :sssss/ -ossssso-yy` `hdd: oddy `ddd/oddd:......+dddo .++++++++++++ +dd` :sdddh` :ydddddddo +y/ .ddd+........ `hddy:.....:yddy.hdddddddddddy+. ```````````` ydy .hddd/+hdddhydddh/.+yo /hdddddddddd. :shddddddddhs/`+ddd:````-yddy- :ooooooooooo+ odh` sdddooyyyyyhddddyy.sy+ ` `......... ``.... ....` ```...` ` `` `` ` -dd+`::::` .:::- /yy. -oos+:-oos+--oos+: /o `+y o/: o:+/ h:`yos /+-`/+/+ s:y/y. /dd/ `+yy: +//+ +/:+ +/:+ -. `/ -:o.:/:`//+- + +:- :`-+:`://: +`o`+. -yds. `/yys- .`-.. .``` ```` .`` ` ` ``` ``-..` ` :ydy/.`````.-/oyhs: `+++oo+oo+:.+-++/-/ooo+o +:o/oo///:+/ .:oyhhhhhhhso:` `. ``` */ int LedOutput = 12;// Define as LED Output Pin 12 you can change this to 13 if you dont use pin 12 as output indicator int SensorPin = 2; // Define as Sensor Pin Input int Value;// Define as variable void setup() { pinMode(LedOutput,OUTPUT);//Set as LedOutput pinMode(SensorPin,INPUT);//Set as photo interrupter sensor output interface } void loop() { Value=digitalRead(SensorPin);// Set as sensor read SensorPin if(Value==HIGH) //If value is equal to HIGH estate then turn LED output = high { digitalWrite(LedOutput,HIGH); // Set LedOutPut to HIGH or ON } else { digitalWrite(LedOutput,LOW); // Set LedOutPut to LOW or OFF } } 14CORE Test Code for: Light Photo Interupter .:+osysso++:` `+yhs/-` `-+s+` `:/+++++++++` .:/++ooo++/-` .ooooooooooo+: :///////////- `odh/` `:y+` /ddhsooooooo+ /hddhsooooydddh sdddoooooosdddy` `////////////` -hds` `sy. +ddy` .ddd: sddy.dddo +ddd- .-----------` `hds :sssss/ -ossssso-yy` `hdd: oddy `ddd/oddd:......+dddo .++++++++++++ +dd` :sdddh` :ydddddddo +y/ .ddd+........ `hddy:.....:yddy.hdddddddddddy+. ```````````` ydy .hddd/+hdddhydddh/.+yo /hdddddddddd. :shddddddddhs/`+ddd:````-yddy- :ooooooooooo+ odh` sdddooyyyyyhddddyy.sy+ ` `......... ``.... ....` ```...` ` `` `` ` -dd+`::::` .:::- /yy. -oos+:-oos+--oos+: /o `+y o/: o:+/ h:`yos /+-`/+/+ s:y/y. /dd/ `+yy: +//+ +/:+ +/:+ -. `/ -:o.:/:`//+- + +:- :`-+:`://: +`o`+. -yds. `/yys- .`-.. .``` ```` .`` ` ` ``` ``-..` ` :ydy/.`````.-/oyhs: `+++oo+oo+:.+-++/-/ooo+o +:o/oo///:+/ .:oyhhhhhhhso:` `. ``` int LedOutput = 12;// Define as LED Output Pin 12 you can change this to 13 if you dont use pin 12 as output indicator int SensorPin = 2; // Define as Sensor Pin Input int Value;// Define as variable pinMode(LedOutput,OUTPUT);//Set as LedOutput pinMode(SensorPin,INPUT);//Set as photo interrupter sensor output interface Value=digitalRead(SensorPin);// Set as sensor read SensorPin if(Value==HIGH) //If value is equal to HIGH estate then turn LED output = high digitalWrite(LedOutput,HIGH); // Set LedOutPut to HIGH or ON digitalWrite(LedOutput,LOW); // Set LedOutPut to LOW or OFFSource: Wiring Light Blocking / Photo Interrupter Sensor
Thursday, September 15, 2016
Infrared Nature Photography
Infrared Nature Photography
Motion and digital creative director GMUNK unveils a series of infrared pictures, that turns the landscapes into a surreal world. I love the contrast between the blue skies and pink tree's in some of the photos.
Escape Kit / Instagram / Twitter / Minuscule / Subscribe
NotesSource: Infrared Nature Photography
Wednesday, September 14, 2016
Wordy Wednesday #227 âMary in Infraredâ
Posted on Sep 14, 2016
If your digital camera is not IR sensitive there are other options than using filters for shooting infrared, including converting your camera into an IR-only digicam.
After modification your camera becomes a dedicated infrared camera and you will not be able to shoot conventional images again. The cost to retrofit the camera is not inexpensive and the camera only records reflected IR radiation; so it's not a thermal camera in case you want to see how well your home's windows are sealed.
Once converted the camera will capture infrared images that look similar to images shot with Kodak's HSI film using a #89B filter (there's more about filters here) but without the grain/noise. There is no need to place an IR filter on the lens, leaving the viewfinder clear so the camera to be hand held something IR film photographers can only dream about.
Here's a typical daylight unprocessed (into black and white) exposure shot with my Canon DSLR that was converted for IR capture. I used an inexpensive EF 22-55mm zoom lens with an exposure of 1.125 sec at f/8 and ISO 200.
Interested in infrared photography? LifePixel does a great job with IR conversions. You can get $50 OFF with Priority Processing Upgrade by using coupon code: Farace-IR. Don't miss out on this soon to expire offer, order your conversion today!
My book The Complete Guide to Digital Infrared Photography is currently out of print but you can get an affordable used copy or not-so-affordable new copies of the book from Amazon.com.
Related
Source: Wordy Wednesday #227 "Mary in Infrared"
Tuesday, September 13, 2016
Expanding Your Creativity with Infrared by Bob Coates
Bob Coates is no stranger to SCU and Luminary Corner. In fact, he's become one of our most published guest post authors and it's always with strong helpful content. In this new post he's sharing some great images and suggestions to help you get into infrared photography, which is simply a kick to add to your skill set and expand your creative technique.
Bob's also a Panasonic Luminary and all of the images below were captured with a converted LUMIX G6 camera. You'll find more of Bob's work on his blog, and in the link he shared below about infrared. And, if you're interested in checking out the rest of the Luminary team, you'll find some incredibly talented and diverse artists in the Lumix Lounge. It's just a click away.
Conversion to infrared is a great way to expand your photography options throughout the day. Bright sunlight is not exactly prime time for wonderful images with visible light as the contrast can block up shadows and you end up with "blah" everyday images. Infrared and bright sun mixed with some clouds and green lawns, trees and water you end up with a recipe for striking photography! One way to put some older gear to use is to convert your camera to infrared. In the days of film cameras you had to buy extremely light sensitive film that was easy to fog if it was exposed to the least bit of stray light. And a filter had to be added to the front of your lens that made it almost impossible to see well enough to focus. And then, you had to back off the focus just a bit to make up for the fact you were exposing for a different light spectrum. Oh, and all that PIA stuff you had to go through in the film days? Done. Over. Finished. Once you have your camera converted to in frared you can see your focus right on the back of the camera with no fuss, no muss. If you set your camera to show you black and white you'll get a pretty close approximation of what the final photo will look like. There will be some post processing with your files to finish them off, but that can be a fun time exploring the possibilities.
I used LifePixel for the conversion of my Lumix G6 camera.
Just click here for some links to blog posts on infrared post-processing with which I've been experimenting. Lots of creative options there! Yours in Creative Photography,
Bob
Images copyright Bob Coates. All rights reserved.
Source: Expanding Your Creativity with Infrared by Bob Coates
Monday, September 12, 2016
Getting a good look at Jupiter's poles
Jupiter really is one of the coolest planets in the solar system.
Not only is it the biggest planet and has dozens and dozens of moons, it is one of the most colorful planets, too.
As we all know, the giant planet's red, yellow and white cloud bands race around the globe at great speed. We can see them in even the smallest telescopes: hints of milky white and bronze encircling the orb, kind of like the swirly bands on a marble.
Believe it or not, the one thing we haven't gotten to have a good look at is Jupiter's polar regions. However, thanks to NASA's Jupiter orbiter, Juno, we've finally gotten a good look at the very northern and southern regions of the King of Planets.
What Juno has revealed to us about Jupiter's north polar region is nothing short of startlingly beautiful and magnificent: A grand vista of swirling blue towers rising above lower portions of the planet's vast atmosphere.
The towers are thought to be elevated thunderstorms, rising high above the planet's gaseous plains. We know this because these clouds cast shadows on the ones below.
Story continues below video
And unlike Saturn, there is no mysterious hexagonal cloud pattern surrounding the pole. Why this is the case is unknown; perhaps Juno will reveal more information about this as the mission continues along.
Juno has also been able to take infrared photos at Jupiter's south pole. These photos show absolutely gigantic auroras that have been speculated about but had never actually been seen.
We have gleaned all this information from only one orbital fly-by of Jupiter. And the best part is, there are 35 more fly-bys to go.
This ride is just beginning. Soon we will know more about Jupiter than ever before.
Joe Malan attended Valparaiso University from 2004-08, where he conducted observatory and planetarium shows for the public. Email him at jmalan@enidnews.com.
Source: Getting a good look at Jupiter's poles
Saturday, September 10, 2016
How to Create an Infrared Effect in Photoshop
Note: For this tutorial I am using Photoshop CS6, however every version from CS2 up will work for this technique.
What is Infrared Photography?Infrared (IR) light lies just beyond the visible spectrum, so we can't actually see it with the naked eye. However, IR photography allows us to view this spectrum with a camera, to capture a whole new world of invisible light.
In basic terms, anything that reflects a lot of infrared light, will appear red in IR photography. As healthy vegetation absorbs blue and red-light energy to fuel photosynthesis and create chlorophyll, organic matter is the most popular subject for IR photography. The surrealistic effects that are created when IR comes into contact with plants and grass makes the method very popular for with landscape photographers, and is a great way to diversify your portfolio.
There are a few ways to capture IR photos in-cameraAs most digital cameras are somewhat sensitive to IR waves already, screw-in filters are a reasonably straightforward way to make IR photographs. They are, however, fairly expensive and significantly reduce the amount of light that reaches the sensor of your camera, thus also increasing exposure times. Infrared light also focuses at a slightly different point than visible light. Once the filter is on, you won't be able to see much at all, a combination that makes for a difficult time focusing. Autofocus is also rendered useless.
You can also use a film camera with special infrared film. This type of film is quite expensive and requires special handling, but shooting IR photos with it requires no modification to your camera.
Your third option is to pay for your digital camera to be altered to capture infrared light exclusively. But the procedure is expensive, and involves altering the internal layout of the camera, meaning it will never photograph light in the visible spectrum again.
This simple tutorial will show you how to mimic the distinct, surrealistic effect of in-camera IR photography, without the hassle or expense of buying an IR filter, IR film, or doing a camera-overhaul.
Open up your image with Adobe Photoshop. The image I've chosen for this tutorial has plenty of organic material in it, so the finished result will be pretty intense. However, if a subtler effect is what you are after, simply pick an image with less dense greenery. As demonstrated in the conclusion, sometimes less can be more with this effect.
Now, duplicate the image layer via Image > Duplicate Layer or by using the shortcut CMD/CTRL + J. Rename this layer "Infrared" via the command box or by double-clicking on the layer name.
Next, invert the colors of the layer you just named "Infrared" by using the Invert option in the Adjustments Layer Panel. We will be using a few tools in the Adjustment Layer Panel. This method adds layers over the original image rather than directly editing it, which reduces the overall image quality and its ability to be altered again later if you change your mind. This is called non-destructive editing.
Once the layer is inverted it will look like a color negative.
With the Invert Adjustment Layer selected, change the Blending Mode to Color, from the dropdown menu in the layers panel.
The image should now have a nice orange and blue tone.
Select Layer > New Adjustment Layer > Channel Mixer, or select the Channel Mixer icon in the adjustment layers panel.Now, in the Channel Mixer, first set the output channel to red, and move the red slider to 0. Move the blue slider to +100.
Then set the output channel to blue. Increase the red to +100 and move the blue slider to 0.
Leave the green output channel as it is, making sure that the green slider it is set to +100.
The image will now look a lot more saturated, color wise.
This step is going to vary depending on what photo you have selected, but the overall goal is the same: isolating the pink/red colors and converting them to whitish/yellow color.
Make a Hue and Saturation adjustment layer via the Adjustment Layer Panel. Select the red channel. Reduce the saturation down so the result is almost grey.
Following this, adjust the hue slider until you get a hint of yellow. Feel free to play around with the other channels slightly to get the best results.
My image now looks more faded and subtle:
To finish up, I adjusted the contrast of the image using the Curves Adjustment Layer on the Adjustment Layer Panel.
Here are some examples of other landscapes I've used this technique on:
The image below started with little or no blue tones. The final image takes on the appearance of a black and white, hand painted with a slight yellow tone.
Inorganic material isn't really affected by the IR treatment, so only the grass and plants in this image take on a surreal hue.
I hope this tutorial was useful as a quick trick to diversify your landscape work.
Enjoy playing around with this technique, because the results are often unpredictable and can lend a completely different perspective to an image. Please share your questions and IR image results in the comments section below.
Source: How to Create an Infrared Effect in Photoshop


