Astro Touch

[Jeanett Fite]

wouldthis work?

3DaGoGo Printable Design Marketplace 5" Touchscreen Case for Raspberry PiThis model is designed to house a Raspberry Pi 3 with a WaveShare 5" touchscreen. Requires 4 screws (we use DIN 7981 2.2 x 9.5 (mm) screws) for assembly.

Hey guys as anybody who owns an astro van knows the paint on the hood and the roof always wears off and that's my project. I looked in all the part stores for touch-up paint and could not find anything even close. When I received your product in the mail I took the gas cap off to test the color and painted half of it, when it dried I could not see any differences between the two sides, the match was perfect . I got the sand paper kit and clear coat to go with the paint for the hood and roof and can't wait to get started on it. Will let you know how it turns out but after seeing how well it matched on the cap I know it's going to be great. THANKS

Installed junkyard replacement bumper on older GM (1998), and it needed re-paint to match vehicle. Instructions to locate trim paint id (instead of base paint) on vehicle label was very helpful. AutomotiveTouchup paint arrived quickly (about 1 week total) and applied well. We literally could not be more pleased with the results.

Rugged and easy-to-use, the TMX all-in-one data acquisition system is a complete solution with everything you need to acquire, visualize, and analyze data quickly. All TMX models offer a modular and scalable architecture allowing systems to be set for your specific application. The operation of the TMX is quick and effortless with its intuitive user interface, 17-inch multi-touch display and variety of input modules.

The TMX and its user-friendly software have proven itself year after year, becoming a trusted and reliable solution for critical applications around the world. It is ideal for a variety of uses including maintenance and troubleshooting, R&D, verification and validation. Tested to MIL-STD-810F standards, it will withstand the rigors of field testing, production environments and lab work.

TMX offers a variety of changeable input modules for acquiring high-voltage, temperature, pressure, strain, digital input, and more at rates up to 800 kS/s/ch synchronized with the optional video and audio inputs.

Built-in signal conditioning simplifies signal connections and eliminates the need for additional hardware. The optional CAN interface also allows you to display and record CAN data along with analog and digital signals.

The utility/DIO port provides an alarm output line that can be used to trigger an external process when user-defined alarm conditions occur. With the DIOC-16 module, you can control up to 8 analogs and 32 digital outputs.

For data review, the TMX allows you to review or transfer previously acquired data without interrupting the current acquisition. Our QuickLook data compression technology allows you to scroll through GB of data in seconds.

Place cursors to automatically determine the time between events and calculate average, Min/Max, RMS, Sum, Std. Deviation, and many other common statistics. You can also apply advanced filtering options or count user-defined events.

The derived channel feature minimizes the need for post-processing by allowing for custom channel creation using advanced real-time math functions and built-in digital signal processing (DSP) technologies. These channels can be stored along with sensor data and are available for post-processing modification.

TMX makes transferring data easy through built-in Ethernet and USB 3.0. For sharing data with colleagues, each TMX includes free AstroView X software, which allows reviewing and converting data into common formats.

All TMX systems feature a dedicated 1 TB removable drive (solid-state drive optional available) to record data. Removable drives provide enhanced security by allowing you to exchange drives for recording classified and non-classified data easily. Additional drivers can be purchased for archiving data.

The TMX software supports Python scripting for automating common tasks and increasing productivity. Available LabVIEW drivers make it easy to communicate with and control TMX systems for integrated test procedures and test cell applications.

We offer you your exact color matching, high quality and easy to apply for Volkswagen touch up paint that we produced thanks to vigorous and persistent r&d efforts. PAINT2FIX is a highly durable base coat touch up paint for your car. To waste your money in expensive body shops may annoy you. However, our exclusively produced retouching paint will allow you to come up with impressing outcomes. You can apply it on your car by following basic steps.

Content of the small size pack:

25 ml (0.85 Fl Oz) PAINT2FIX custom made touch up paint. 60 ml patented blending solution. 30 ml carnauba based wax. 7 micro paint brushes. Application gloves. Microfiber cloth. Polytex Cloth. Detailed Instructions. There is one bottle paint in the small size package because 25 Milliliters of paint fits in one jar.

Content of the medium size pack:

40 ml (1.35 Fl Oz) PAINT2FIX custom made touch up paint. 60 ml patented blending solution. 30 ml carnauba based wax. 7 micro paint brushes. Application gloves. Microfiber cloth. Polytex Cloth. Detailed Instructions. There is one bottle paint in the small size package because 40 Milliliters of paint fits in one jar.

Content of the large size pack:

75 ml (2.5 Fl Oz )PAINT2FIX custom made touch up paint. 60 ml patented blending solution. 30 ml carnauba based wax. 12 micro paint brushes. Application Gloves. Microfiber Cloth. Polytex Cloth. Detailed Instructions. There is two bottle paint in the small size package because 75 Milliliters of paint fits in two jar.

Let me say that this is probably a noob question but this is exactly what I am. I am slowly but surely getting to understand APP up to the integration part. Where my inexperience and knowledge is failing, is to figure out what can be done with the RGB mixing tool. Especially with narrowband images. When I look at some of Sara Wager's images it is astonishing what she is doing. e.g. this one -carousel-1081. She states that she used Photoshop for post processing, My question how much of this was done, especially the amazing colours, in APP vs Photoshop?

For some feedback, I have APP, PS and LR that I use. After APP, there is very little to do. I first take the integration into lightroom for Clarity, Dehaze and any residual vignetting (the vignetting tool in APP only works if you dont use flats). Then into photoshop to calm levels a bit. You could probably get by with APP and free GIMP (though I'm not Gimp savy).

Thank you for your response. If I may ask, where do you do your RGB and narowband channel combining? I think this is where I am stuck as I do not understand how to get the narrowband colours to appear in the colours I would like them to appear. e.g. the colours (browns/sand and blues) that Sara and others are getting. Are they getting this right in APP and then do final touches (sharpening, calming, contrasts etc) in LR and PS or are they mixing channels outside of APP after integration and registering channels? I fully acknowledge that this could be because I really have no clue how to do colour mixing other what than was taught at primary school. So to sum up my question. With what APP, excuse the pun, should I learn how to do colour mixing? APP or PS?

Before you combine them load up the rgb and the narrow band in the regular lights list under 1) load. Then calibrate them with each, other register them with each other, and save the registered frames. These are what you use when you combine RGB.

If you mean to comine hydrogen Alpha, O3, etc..and RGB, that is under 9) tools RGB combine. First load up your RGB image assigning it to R,G,B as you are prompted. Then load your NB frame, it will recognize it as custom and you'll have the option to select hydrogen Alpha.Beta, etc.. The NB integration will show up at the bottom of the list and you need to sign it 100% to red (which actually gives it 50) that's where to get started. Maybe tweak the upper slider to 2x, then 3x. and calculating.

I have been using APP for just about a month and came to the realization that it covers mostly the calibration and integration side of processing, with a bit of post-integration. It could be my limited experience, but I am unable to take the processing further in APP, and steps like noise reduction, local enhancements and some levels of color enhancements may be handled outside APP. I tried making enhancements using saturation/contrast/sharpness or HSL selective color tool only to wish I had a better understanding of pixel values in various parts of the image. Using tools like Nebulosity, FitsLiberator (and lately, PI) for inspection of pixel values or stats across the image did not make me feel I'm using the right tool for these steps. Nothing wrong with using multiple tools, but this made me rethink the process and tools to use.

He is loading registered and normalized channels into the RGB combine tool. The normalization will help greatly in getting a good start with colors in the RGB combine tool. For narrowband data especially, the normalization helps greatly.

The initial focus in development was in the basics as you can understand. First get everything top notch with regards to calibration to integration.... then expand on post-processing, which now will get more focus.

Thank you for your response Mabula. Let me first say , as a software developer myself, it is amazing how much APP has "grown" in less than a year and secondly, as being very new, also less than a year, in Astro photography, how easy it is to use APP to produce amazing results without all the technical "know how". So there is only appreciation for what you are doing from my side.

I am currently only using Rawtherapee for final touches and also really only very basic exposure functions ( ) Including black, lightness, contrast etc. It may also be good to see/ask what other people are using 3rd party apps for to tweak APP results as this should be a good indication what needs to be included "to make APP as complete as possible"

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