eve project discovery guide This is a topic that many people are looking for. bluevelvetrestaurant.com is a channel providing useful information about learning, life, digital marketing and online courses …. it will help you have an overview and solid multi-faceted knowledge . Today, bluevelvetrestaurant.com would like to introduce to you Project Discovery: Exoplanets How-TO. Following along are instructions in the video below:
“Is a sun and this is a planet and this is called transit and that that s all you need to know in order to play the mini game which like this first of all we have the luminosity. Which is based around 100 up and down of course so dip in the luminosity might indicate the transit of a planet. The d trend feature is a useful one because it filters out the normal solar activity of the star so if you press it see that it aligns a bit more now in order to mark a transit. You look for the dip and for a second time.
There is a dip or how many times it let me distrusting. Then you look at these lines and try to get them a bit sharp by scrolling with the wheel like this you press. Confirm and submit. And that is the basic of project discovery in its new form first after that you get your rewards.
Which is based around your cursor. Which is just reset. The catchment similarity here you get your rank and based on your rank you can get goodies like apparel. Or the conquered chips or skins for it or the cruiser and even more apparel now let s do another sample here.
We have a single transit or so it looks like which is a bit longer than the previous one almost half a day. You can see that time scale here can i press. The trend in order to get the most accurate midpoint to transit. Now.
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I think there s only one transit here so i can set the marker anywhere else i just press another time at the same point you see that it adds in a visualization here a slow moving planet. Because we don t know what a transit time is let s see it s correct there we go. And if the d bar. Keeps moving here and get a high escape based on your accuracy rounded up.
I should say. And this is a bit more tricky. One as you can see again. It s definitely one here and there s something up in there and maybe there so let s dive into it and see what you can do i will stake the midpoint of the valley.
When classifying these now let s see if it s a. I think it s around here first fold. Okay. What you re looking for is a general pattern in the folded.
Luminosity and not you re not looking for spikes or anything like that so let s see it s bit of a valley here at this point. Let s get it to the decorate. The middle confirm now besides this normal transit. We also have a peak transit here which i m also going to mark let s see if we re right here.
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Okay. So the first one that i marked was correct and the other was an anomaly apparently a bit closer maybe. This is a bit too sharp. You re always looking for a general movement instead of spike in terms of luminosity.
It s important mind so here. We have a more difficult sample than the previous ones first one that is striking here spikes in terms of luminosity would go up over time to fill the desired. We use the d trend future as i mentioned before now this spike. What we see here doesn t necessarily have to be a transit even though we have d trended solar activity pattern there actually you have to look for light dips that are similar in the lead types so these two hikes in terms of luminosity can intersect with the transit.
But don t have to so. I m actually going for this one and this one because they are are more similar and overlap. It that one and that one let s see what happens if we overlapped in a bit. Okay you can see if i move it around in the middle.
There s a sort of a valley. Which we re trying to find right there that sort of and let s submit it there you go so this is a good example that shows that you don t have to go for their spikes. That you see as so much that you have to go for the valleys in terms of luminosity and pattern that when you overlay. It has a similar structure and not just the spikes.
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So that s a tip to keep in mind here. We have an even harder example of a luminosity pattern. Where it is quite difficult to make up the transit. So i m gonna zoom in a little bit this definitely here is a transit going on question is always how fast are the transits and this case.
I see a similar pattern right here. And if you look a bit more down the more zoomed out variant. You can see that the blue line sort of overlaps right a few other tips. So i have a feeling that this might be a transit.
So let s overlap them a bit as you can see there s a small pattern going on here s a dip here so now we all have to do is to align. It correctly in order to find the pattern and as you can see it s very vague here which you can see this valley. Going on around here that s centralized with driver good feeling that this is about the sharpest. I m going to get it yeah right there let s see if i was right actually and there we go yeah as you can see they can get quite tricky with it s all about getting this little sally sometimes the w type of form that you re looking for isn t always as clear as a simple spiky valley wide you can just press.
It and be done with it it s actually quite challenging this is way around so now that you have a bit of an understanding of what you should look for and this is an example. What you shouldn t do that this mark. These kind of spikes. As you see here this case.
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Let me zoom in on something three percent of the people are fan selected a single spike as a transit. But it s not that quick that a planet transits in front of the sun. It s one single data point such a valley. So it s almost always better an idea of trying to find a w.
Form or a u shaped. Form because a single spike is often not a transit. So be on the lookout for that and with that i wish you could look finding the samples. And it is up in the personal discovery channel and discuss the samples that you are struggling with it s not as hard as a previous iteration.
I think as long as you get the patterns down. But learning those patterns can be quite a challenge. I think ” ..
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