Got my iOS model today, pretty cool. Works well, minor annoyance though. Can't use volume controls as a trigger to snap a pic. Also would like to remove the Flir logo from the pictures.
Thanks I uploaded one more. The close ups are definitely problematic, due to lack of parallax compensation of the two cameras. Hopefully it's something they can update in software.
Are any resellers (with paypal payment support) already selling it (flir one, ios version)?
Edit: With paypal - found none. Anyway rs-components solds cheaper than flir.eu.
Ok so I have found that you can adjust the parallax error manually. By just touching and holding on the image a slider will show up which lets you adjust how the two images stitch. Not automatic but it works.
I can now get closeups to align perfectly.
Can MSX be turned off? It would be interesting to see how the thermal images actually look like - closeups too.
Doesn't look like you can disable MSX.
Can MSX be turned off? It would be interesting to see how the thermal images actually look like - closeups too.
You can put a label over the camera, but if totally opaque, you get camera noise, a translucent label can work. Not pretty but does the job. An option in the software (especially with the higher res of the new model) would be nice though.
Or you cold take photos at night in complete darkness.
Can MSX be turned off? It would be interesting to see how the thermal images actually look like - closeups too.
You can turn off MSX on the final images using FLIR Tools software. I took some of the images posted here and turned off MSX on them. I've also used FLIR Tools to add some random measurements and changed some colour pallets.
Finally, you can use it to enable Thermal Fusion or PIP (normally only available on more expensive cameras) or even turn down the MSX intensity (which is what I've done in the last image)
Seems like the lens is a big limiting factor, or maybe the thermobolometer is small enough it doesn't resolve much more detail at 160x120.
Hello,
can somebody provide a long range comparison between Seek XR and FLIR One 2?
The lens of the 2nd Gen FLIR ONE will be a limitation due to its diminutive size. I have not worked with silicon lenses so do not know if they affect the clarity of the images produced. The new FLIR ONE is also using a 12um microbolometer , the same size as the SEEK unit.
IMHO, neither the SEEK nor the FLIR ONE are designed for long range observation and I do not expect them to perform well in that application. Cameras with larger lenses and microbolometers can achieve human detection at 300m+ but I suspect the new FLIR ONE will be limited to less than 50m. The design brief apaesr to be for a short range GP thermal imager that can be used by the public for fun and non demanding technical observation at close range. The wide angle lens says its all
There are many people who want to use thermal imagers as weapons sights for hunting. Such applications really require one of the security type observation thermal imagers that FLIR sell, such as the PS24 or PS32.
Aurora
i am agree with your comment about the Lens, Fraser.
A guy contacted me to ask about a comparison about this cameras (he has trouble while register here and cannot ask himself
).
From normal seek and Flir One exist some pictures.
But for a Seek XR (just better Lens with focus) and a Flir One 2 (better resolution), a side by side comparison would help him to choose between this both types (5/10/50/100 m).
I suggest the Flir One 2. The resolution is lower and the focus fixed, but they has good digital filters and do the most calculation work by Hardware.
i trust a temperature from flir more than seek... but this is just my opinion.
@Joe-c,
It will certainly be interesting to see images produced by the two cameras in a side by side comparison.
Sadly the number of owners of the new FLIR ONE present on this forum appears limited at the moment. I am awaiting delivery of my Android version of due at the end of this month or early August. Once it is released we should see more sample images here. For distance work, it is usual to specify detection of a human adult. In the thermal domain that is often detection of hands and face as clothes will reduce the thermal signature somewhat. Ambient temperature is also a factor that needs to be considered as that provides the thermal contrast.
In the hunting scenario, the target is a very different to a human adult in terms of size and heat distribution.
It would be helpful to know the scenario in which your friend intends to use the thermal camera as this will influence the test. I am the guardian of three cats, but achieving a 100m observation of them is not possible as they are house cats. I may be able to do some 'spotting' of neighbours cats at such ranges though. A cat is actually a pretty tough target for a 'simple' thermal camera at range. They are well insulated and the hot spots are normally limited to eyes, ears, nose, mouth, and paw pads. All are quite small compared to pixel size at long range. On the positive side, they are similar to some hunting targets in terms of thermal signature and they are common so someone with a SEEK could also produce such images for comparison.
Aurora
Ok so I have found that you can adjust the parallax error manually. By just touching and holding on the image a slider will show up which lets you adjust how the two images stitch. Not automatic but it works.
I can now get closeups to align perfectly.
Notice something interesting about these pics. When I export a CSV file from FLIR tools, I get one that is 320x240. I know that according to FLIR, the new version of the FLIR One, takes 640x480 images using MSX to combine a visible light image with the 160x120 thermal image (an improvement over the older thermal image size of 80x60). However, when exporting a thermal CSV file, the output is a 320x240 image. This suggests that the thermal core in the new FLIR One is in fact 320x240, rather than 160x120. Or it might be that FLIR Tools simply upscales the thermal image by a factor of 2 when exporting the CSV file. Can anybody here confirm whether the new FLIR One cameras have a true thermal image size of 160x120, or 320x240?
160x120 pixels confirmed. Thermal image is upscaled.
Aurora
160x120 pixels confirmed. Thermal image is upscaled.
Aurora
Do you know of any FREE software that can extract thermal image raw data from FLIR radiometric images?
160x120 pixels confirmed. Thermal image is upscaled.
Aurora
Do you know of any FREE software that can extract thermal image raw data from FLIR radiometric images?
ExifTool by Phil Harvey
http://www.sno.phy.queensu.ca/~phil/exiftool/ is what has been used to extract data in the past. It's command line, very powerful but be ready to do some reading!
160x120 pixels confirmed. Thermal image is upscaled.
Aurora
Do you know of any FREE software that can extract thermal image raw data from FLIR radiometric images?
ExifTool by Phil Harvey http://www.sno.phy.queensu.ca/~phil/exiftool/ is what has been used to extract data in the past. It's command line, very powerful but be ready to do some reading!
I was hoping you could point me to a dedicated FFF reader (not something like ExifTool, which has all kinds of uses). Preferably a GUI based software created by a 3rd party programmer, who had previously reverse engineered Flir's FFF file format.
160x120 pixels confirmed. Thermal image is upscaled.
Aurora
Do you know of any FREE software that can extract thermal image raw data from FLIR radiometric images?
ExifTool by Phil Harvey http://www.sno.phy.queensu.ca/~phil/exiftool/ is what has been used to extract data in the past. It's command line, very powerful but be ready to do some reading!
I was hoping you could point me to a dedicated FFF reader (not something like ExifTool, which has all kinds of uses). Preferably a GUI based software created by a 3rd party programmer, who had previously reverse engineered Flir's FFF file format.
Perhaps try this?
I saw it mentioned in the FLIR E4 thread.
A cat is actually a pretty tough target for a 'simple' thermal camera at range. They are well insulated and the hot spots are normally limited to eyes, ears, nose, mouth, and paw pads.
Right, I have attached an image of a cat on a cool night, the body does not stand out of the background much.