Axilourous

August 11, 2018

On 7/21/2018 at 4:03 AM, Zaphod12 said:

Don't forget the exhaust particles when the rocket engines are firing, they need some Manleying too...

You can't forget to make the lights make a shape of Scott Manley's head with the part it lights up

September 2, 2017

On 7/24/2017 at 9:39 AM, xendelaar said:

I have to agree with NSEP on this one. The Eve and rock thingy win first prize!

You win, you were first reply

July 13, 2017

Very interested

July 13, 2017

So, for the mod I am making, I am trying to make a 2 stars, but I have noticed that it uses a lot of textures compared to planets, does anyone know how to make each of those textures?

July 13, 2017

Dude, I love your art! I just read thru all 4 pages and not one of them I didn't like! Currently, I have cyanide as my background, and I think my favorite is Quark. Can I use that as my YouTube profile picture? I know you said that it was okay to use(just say so) but I like to ask anyway in case you changed your mind or something.

July 4, 2017

1 minute ago, Kerbart said:

Aah, "triple quotes" are multi-line strings. If you put them right after a definition (of a string or class) they get picked up as a "docstring" and will show up when you generate documentation or invoke the help function on them.

Oh, okay

July 4, 2017

On 7/2/2017 at 11:19 PM, Kerbart said:

It's not a mistake; it's something that you can do in functions (the "def things"). In the main loop, for brevity, the vessel has been given a name tag "v". That is really just a name tag that points to a bunch of data and code, somewhere in the memory of your computer. Since "bunch of data and code" sounds vague and is quite the mouth full, programmers refer to that as an "object." Consider a real life object, a 1962 Chevrolet Corvette you found in an old barn. It's a piece of rust, but you're restoring it. You refer to it as "the dreamcar," while your girlfriend/wife refers to it as "the money pit," or sometimes "the rust bucket." Three names, yet it's all the same object.

What gets passed around to the functions is the object, and how it's called inside a function... is up to the programmer. In the main loop "v" is good enough as it's easy to see what it is, but for the functions that take care of specialized tasks it might not be immediately clear what "v" means and "vessel" is a clearer label.

I don't think you can control multiple vessels at once but perhaps @djungelorm can give the definitive answer on that?

Not sure I understand your comments about the comments; can you clarify?

Oh okay, that does make sense actually, thanks for answering.

What I meant with the comments was that the words were green, not red, comments are red usually...

#Comment
'''Comment thats not red'''
'Not a comment' 
#^ can be used like 
vessel.resources.amount('LiquidFuel')

^ They are different, I don't know if that's just just the forums, or if its actually not working...

@artwhaley, I don't need to control them at the same time, Just be able to switch and use the part that BurnTogether adds. BurnTogether adds 1 part, you put that part on all the ships you want to follow you(plus yourself), then if you right-click, there are options, like Set As Leader, or Set As Follower(There are others.) I want to know If you can

a.) Switch Vessels with a script, and

b.) access that part to make myself a Leader, and others as a Follower.

also, here is the link to BurnTogether if you want to know more, or I just failed at explaining:

July 3, 2017

On 6/27/2017 at 11:29 PM, Kerbart said:

I took the liberty—and with his permission—to clean up @artwhaley's code a little bit and make it conform to common Python coding practices a bit more. It's basically the same code, I tested it, but it's been refactored for increased readability, which makes it easier to adapt it later. Art suggested that we start looking in some repository for krpc code—github, perhaps? I'm all for it and I'll be more than happy to help out. But without further ado, here's the latest* version of Art's launch script:

*I'd almost say final, but that'd be a fallacy; code is never "done," after all.


import krpc
import time

# ----------------------------------------------------------------------------
# Launch parameters
# ----------------------------------------------------------------------------
MAX_AUTO_STAGE = 0  # last stage to separate automatically
REFRESH_FREQ = 5    # refresh rate
ALL_FUELS = ('LiquidFuel', 'SolidFuel')

# ----------------------------------------------------------------------------
# Main loop
# ----------------------------------------------------------------------------
def main():
    conn = krpc.connect()
    sc = conn.space_center
    v = sc.active_vessel

    # continue checking until user quits program
    while True:
        # check autostage 'REFRESH_FREQ' times per second
        for t in range(REFRESH_FREQ):
            autostage(v)
            time.sleep(1.0 / REFRESH_FREQ)
        show_stage_stats(v) # Every second, print the fuel data per stage!

# ----------------------------------------------------------------------------
# staging logic
# ----------------------------------------------------------------------------
def autostage(vessel):
    '''activate next stage when there is no fuel left in the current stage'''
    if out_of_stages(vessel):
        return
    res = get_resources(vessel)
    interstage = True   # flag to check if this is a fuel-less stage
    for fueltype in ALL_FUELS:
        if out_of_fuel(res, fueltype):
            next_stage(vessel)
            return
        if res.has_resource(fueltype):
            interstage = False
    if interstage:
        next_stage(vessel)

def show_stage_stats(vessel):
    '''for each available stage, bottom to top, show available fuel'''
    print('')
    # iterate from largest stage to final stage to be used
    for stage_num in stages_bottom_to_top(vessel):
        res = get_resources(vessel)
        for fueltype in ALL_FUELS:
            if res.max(fueltype) > 0:
                frac = res.amount(fueltype) / res.max(fueltype)
                print('Stage {}   - {} percentage: {:3.0%}'.format(
                   stage_num,
                   fueltype,
                   frac))

# ----------------------------------------------------------------------------
# Helper functions
# ----------------------------------------------------------------------------
def out_of_stages(vessel):
    '''True if no more stages left to activate'''
    return vessel.control.current_stage <= MAX_AUTO_STAGE

def get_resources(vessel):
    '''get resources of the vessel in the decouple stage'''
    return vessel.resources_in_decouple_stage(
       vessel.control.current_stage - 1,
       cumulative=False)

def out_of_fuel(resource, fueltype):
    '''return True if there is fuel capacity of the fueltype, but no fuel'''
    return resource.max(fueltype) > 0 and resource.amount(fueltype) == 0

def next_stage(vessel):
    '''activate the next stage'''
    vessel.control.activate_next_stage()

def stages_bottom_to_top(vessel):
    '''return an iterator that lists all available stage numbers, bottom to top'''
    return range(vessel.control.current_stage - 1, MAX_AUTO_STAGE - 1, -1)

# ----------------------------------------------------------------------------
# Activate main loop
# ----------------------------------------------------------------------------
main()

Changes made to the code:

"magic numbers" captured in constants
constants are listed in caps, to make them recognizable as constants
every function has a (simple) docstring, making code reuse easier
complex expressions are wrapped in functions, making the code "self documenting" as well as easier to maintain
cleaned up the fuel stats, by using the python formatting codes instead of concatenating the output together.

Thats really nice, I didn't even think about using def things, and its really cool how you guys kept cleaning up the same code, it looks really nice! Also can't wait to see that github thing!

But I do have a problem, I still can't connect, on this computer. The other works just fine, but this one keeps saying it actively refused it, and yeah, i did have my server started and all that.

Also, I think I found a mistake or two in that code, you set v = conn.sc.active_vessel, but later, you refer to v as vessel instead(I think that wouldn't work)...It starts at staging logic, and goes until the end.

And the other one is that you multi-line comments seem as if they are registering as if they are just in single thing(--> those 'Hi' ). That could fatally break the code and send your rocket to the kraken.

EDIT: Oh, and does this work with BurnTogether, like could I use code to set a ship as a leader, and the rest as a follower?

Also, I got connections working now!

June 29, 2017

2 minutes ago, The White Guardian said:

I have yet to update any of my mods, fine ladies and gentlemen. This is because I'm currently in the process of finishing my education for this schoolyear which leaves me with very little time to code at all. I hope you all understand, and I apologize for the delay.

Its perfectly fine, definitely finish school before updating the mods, I'm sure we could wait.

Also, Total Rebuild looks great! It does work on 1.3, and even though my computers are potato, its worth the lag to have EVE and all that!(not scatterer though, that would kill my computers...)

June 29, 2017

On 5/28/2017 at 3:40 PM, Derpistheword said:

1.1.3 compatibility?

Do you mean 1.3? or 1.1.3? I am wondering for 1.3 and am about to test it.

June 24, 2017

Okay, new problem... so I have a 3 stage rocket, it is simple, It go up, it come down. But to decouple a stage I have to restart the program... I figured it might have something to do with the fact that I have 2 while loops, doing the same thing. So I decided I should instead of

while (ves.resources.amount('LiquidFuel')>0.1):

I should try using the

while(ves.resources_in_decouple_stage(1[False])>0.1):

But I can't seem to get it working, it says it can't have subclasses, what are subclasses? Would this code work? and how do I use it correctly? The API isn't exactly helping much...

EDIT: Fixed! I did not use the stuff I said above, but instead, I used while(vs.thrust>1): and it worked out good, it will usually do that while loop, when its thrust is <1 It goes to the next loop, stages, and stops completely... I decided to try moving the second while loop into the first, so it looks like:

while(vs.thrust>1)

*stuffs*

while(vs.thrust<1)

*more stuffs*

It worked perfectely!

I even have it showing my velocity, speed, and LiquidFuel in my python shell thing, updated every 4-6 seconds!

But, I like to know when its about to decouple, from the shell thing, so my newest question is, how do I get it to show the LiquidFuel of a certain stage? I also trying to get solar panels to deploy, how do I activate action groups, or deploy the solar panels?Also, as I did not figure out my questions above, feel free to answer them! You don't have to tho

Jeez, after I completely loose fuel, It spams me Stage Separation every 2 seconds, lol.

EDIT2: Figured out solar panels, maybe...

June 24, 2017

2 minutes ago, Kerbart said:
It should be LiquidFuel; here's a line from one of my launch programs:
fuel = vessel.resources.amount('LiquidFuel')
I hope you solve the problem on your other computer. Getting things to work is a huge step forward though; now you have a working example of where it works, and getting the other one to work is merely a matter of figuring out where it differs.

I would highly recommend diving into the Python language as well; it's a great programming language. If you have experience with other languages I recommend this book:

https://www.amazon.com/Quick-Python-Book-Second/dp/193518220X

It works its ways through the various subjects very quickly without wasting a lot of time. Python is an exceptionally elegant language but you miss out on a lot of it if you're doing things the way you're used to in C or Java. Python will let you write constructs the way you're used to do in C (or Java, C#, etc) but it'll result in code that is 3× as wordy as "pure Python."

However, if you're new to programming it is very likely not the best choice (it assumes familiarity with lots of concepts), and an introductory book like this one is better:

https://www.amazon.com/Head-First-Python-Brain-Friendly-Guide/dp/1491919531

Finally, if you haven't done so, it's worth investing time in reading the kRPC documentation; it contains a lot of examples and it helps you to figure out how to do certain things. Make sure you understand the concept of reference frames, as getting information about your position/velocity/direction highly depends on the reference frame that you're using (the reference frame of the active vessel is great for measuring distance to other vessels, but not so great for your orbital velocity; your velocity in regards to the active vessel will be 0, after all).

Good luck in your endeavours, and don't hesitate to ask any questions!

Thanks, I'll check out that second book as I'm not to good with programming, and only know the basics of C#, HTML, and Java(I would've used C# or Java, but I couldn't get them working, and I found I like python better ) I figured out why it wasn't accepting LiquidFuel! It was supposed to be

while(ves.resources.amount('LiquidFuel')>0.1):
#Correct^
while(ves.resources.amount(LiquidFuel)>0.1):
#Incorect^

Lol, glad that you showed me that line of code of yours

June 24, 2017

Okay, so I am on a new computer, and it now works perfectly fine, almost. It says there isn't a resource called LiquidFuel(I was just basing it off of how SolidFuel was named.) Anyone know what its called?

Also, @artwhaley and @Kerbart, thank you for the help and encouragement. This is actually my first time using Python, so you guys helped a lot, despite the fact that on my other computer, I still have that connection problem, I can figure that out on Monday though.

June 23, 2017

Okay, so I have already done everything you said, and the one I haven't done, I just finished, but it still has the error, it looks a little different though.

Error:

============== RESTART: C:\Users\***\Desktop\launch_rocket.py ==============
Traceback (most recent call last):
  File "C:\Users\***\AppData\Local\Programs\Python\Python36-32\lib\site-packages\krpc\connection.py", line 21, in connect
    self._socket.connect((self._address, self._port))
ConnectionRefusedError: [WinError 10061] No connection could be made because the target machine actively refused it

During handling of the above exception, another exception occurred:

Traceback (most recent call last):
  File "C:\Users\***\Desktop\launch_rocket.py", line 3, in <module>
    conn = krpc.connect(name='launch_rocket')
  File "C:\Users\***\AppData\Local\Programs\Python\Python36-32\lib\site-packages\krpc\__init__.py", line 24, in connect
    rpc_connection.connect(retries=10, timeout=0.1)
  File "C:\Users\***\AppData\Local\Programs\Python\Python36-32\lib\site-packages\krpc\connection.py", line 25, in connect
    raise NetworkError(self._address, self._port, str(ex))
krpc.error.NetworkError: [WinError 10061] No connection could be made because the target machine actively refused it (address=127.0.0.1, port=50000)

So, from what I know, it looks like my KSP install is saying no to my code.

June 23, 2017

9 minutes ago, Kerbart said:

By naming your program krpc.py you cause Python to look at your program when it's searching for a connect method. Rename your script into something else, say "launch_rocket.py" and things should work just fine (assuming you did install the KRPC module. If you didn't install krpc you can install it with a simple pip install krpc from the command prompt.

Rename the file, or Rename the name='Rocketything' thing? What about the client, do I did install it before the problem happened, but where do I put that krpc 0.3.9 folder, Should it also go in GameData, or get deleted, or just leave it? I just know that conn = krpc.connect(name='Rocketythingy') is the problem...

June 23, 2017

I have a python code for a simple rocket, it is called krpc.py. When I try to run it, it says there is no such thing as the connect. I have code.

import time
import krpc
conn = krpc.connect(name='Rocketything')
vessel = conn.space_center.active_vessel
vessel.auto_pilot.engage()
vessel.auto_pilot.set_pitch_and_heading(90,90)
vessel.control.throttle=1
countdown=10
while(countdown>-0.1):
	print(countdown)
	countdown=countdown-1
vessel.control.activate_next_stage()
while(vessel.Resources.Amount(SolidFuel)>0.1):
	time.sleep(1)
print('Booster Separation')
vessel.control.activate_next_stage()
while(vessel.Resources.Amount(LiquidFuel)>0.1):
	time.sleep(1)
print('Parachutes Deployed')
vessel.control.activate_next_stage()
vessel.auto_pilot.disengage()
while vessel.flight().surface_altitude > 0:
	time.sleep(1)
print('Landed')

Error:

  File "C:\Users\***\AppData\Local\Programs\Python\Python36-32\lib\idlelib\run.py", line 460, in runcode
    exec(code, self.locals)
  File "C:\Users\***\Desktop\krpc.py", line 2, in <module>
    import krpc
  File "C:\Users\***\Desktop\krpc.py", line 3, in <module>
    conn = krpc.connect(name='RocketyThing')
AttributeError: module 'krpc' has no attribute 'connect'
>>>

anyone know why it is doing that? It is preventing me from launching my rocketything

EDIT: With the python client thingy that I installed, do I put that in GameData?

April 24, 2017

18 minutes ago, The White Guardian said:
Whoo, been a while since I've been on this thread.

The index is for when you use the same PQSMod twice, in which case you will have to give both different 'names' and assign a different index.

Like this:
VertexHeightNoise
{
	name = FirstHeightMod
	index = 0
}
VertexHeightNoise
{
	name = SecondHeightMod
	index = 1
}
Also, an announcement: as I am learning more and mode about C# I can now read the code of Kopernicus that loads the PQSMods. Therefore I can tell exactly what values it will look for and how each value should be entered.

Oh okay, pretty neat that you can look at the code and see what it looks for!

March 20, 2017

I know this is really old, but does this still work? I saw a review on youtube and it looked like something I need, but it doesn't seem as if it has been updated since 2015... so is this mod still useable?

Ima test it just in case.

March 18, 2017

On 3/14/2017 at 7:34 AM, JOHNMKNIGHT said:

@eberkain There is an alpha release but no final release. There are some issues with the camera and the latest code.

From what it looks like in the github link, it looks as if the new one is not alpha, but then again, you would know based on the fact you seem to be helping to update Telemachus... Well since I didn't say it earlier, good luck with updating these two! Oh, one more thing. If I installed these, would they still work anyway, even with those bugs, or would it just not work/murder everything?

March 14, 2017

9 hours ago, Benjamin Kerman said:

The green dust, lower left hand side.

can't find it...

9 hours ago, kerbiloid said:

"Hi!" underscored.

Took several seconds after opening by XnView Editor

lel nice!

March 14, 2017

On 3/12/2017 at 8:11 PM, Benjamin Kerman said:

Well I see a duck holding a pistol...

Dont know about you though...

ehmmm, I wish I could do that, but that isn't it... where do you see it?

March 13, 2017

1 minute ago, Andetch said:

"Spaceplane flight XQ070 burnt up on ascent to orbit because the pilot was playing football manager on his smart phone and forgot to throttle down"

True KSP story

lol

"Flight K-79 has taken off succesfully, but 2 minutes into the flight the pilots jumped out and an asteroid hit Space Plane K-79"

March 13, 2017

"Jake got stranded on the Moon, luckily we have Extraplanetary Launchpads installed, so we can build a rescue vehicle in orbit. The only problem is it would cost to much to do that, so we decided to make it a Moon colony."

March 13, 2017

So, has anyone found my anything about my problem about color?

Like I showed a few months ago, My planet is a blue color, in scaledspace(real color), but as I get closer, it turns into a grey. Does anyone know why this is happening?

Cfg + Logs

Spoiler

CFG:

@Kopernicus:AFTER[Kopernicus]
{
Body
{
  name = Menos
  cacheFile = SeginusMod/Cache/Menos.bin
  Template
  {
   name = Minmus
   removeAllPQSMods = true
  }
  ScaledVersion
  {
   fadeStart = 0
   fadeEnd = 0
   Material
   {
    texture = SeginusMod/PluginData/Menos_Color.png
    normals = SeginusMod/PluginData/Menos_Normal.png
   }
  }
  Properties
  {
   description = Menos is the middle planet of the Orae System. Unlike most of the newly descovered planets, this one has craters in it. It also is colored in a different way.
   radius = 700000
   rotates = true
   tidallyLocked = false
   rotationPeriod = 6500
   initialRotation = 0
   geeASL = 2
   timewarpAltitudeLimits 0 2000 5000 10000 12500 15000 25000 50000
   ScienceValues
   {
    landedDataValue = 7
    inSpaceLowDataValue = 6.8
    inSpaceHighDataValue = 5
    recoveryValue = 9
    spaceAltitudeThreshold = 200000
   }
  }
  Orbit
  {
   referenceBody = Sun
   semiMajorAxis = 35000000000
   eccentricity = 0.7
   inclination = 90
   longitudeOfAscendingNode = 0
   argumentOfPeriapsis = 0
   meanAnomalyAtEpoch = 0
   Epoch = 0
   color = 0.152,0.4,0.352,1
  }
  PQS
  {
   Mods
   {
    VertexHeightMapAbsolute
    {
     name = Alpha
     seed = 111
     defomity = 65800
     octaves = 7
     persistance = 0.7
     frequency = 2
     enabled = true
     order = 3
    }
    VertexHeightMapAbsolute
    {
     name = Beta
     seed = 112
     deformity = 97500
     octaves = 10
     persistance = 0.7
     frequency = 3
     enabled = true
     order = 4

    }
    HeightColorMap
    {
     blend = 1
     enabled = true
     order = 8
     LandClasses
     {
      Class
      {
       name = Low
       altitudeStart = 0
       altitudeEnd = 0.5
       color = 0.211,0.345,0.317,1
       lerpToNext = true
      }
      Class
      {
       name = High
       altitudeStart = 0.5
       altitudeEnd = 1
       color = 0.117,0.635,0.533,1
       lerpToNext = false
      }
     }
    }
    VoronoiCraters
    {
     name = Alpha
     colorOpacity = 0.7
     DebugColorMapping = False
     deformation = 23680
     jitter = 0.1
     jitterHeight = 3
     rFactor = 1
     rOffset = 1
     simplexFrequency = 5
     simplexOctaves = 5
     simplexPersistence = 0.5
     simplexSeed = 123123
     voronoiDisplacement = 0
     voronoiFrequency = 5
     voronoiSeed = 111
     order = 4
     enabled = True
     CraterCurve
     {
      key = -0.9982381 -0.7411783 -0.06500059 -0.06500059
      key = -0.9332262 -0.7678316 -0.2176399 -0.2176399
      key = -0.8990405 -0.7433339 -2.560626 -2.560626
      key = -0.7445966 -0.8581167 0.4436148 0.4436148
      key = -0.4499771 -0.1392395 5.289535 5.289535
      key = -0.4015177 0.2551735 9.069458 -2.149609
      key = -0.2297457 0.002857953 -0.4453675 -0.4453675
      key = 0.2724952 0.00423781 -0.01884932 -0.01884932
      key = 0.9998434 -0.004090764 0.01397126 0.01397126
     }
     JitterCurve
     {
      key = -1.000701 0.4278412 0.1577609 0.1577609
      key = -0.7884969 0.09487452 -0.7739663 -0.7739663
      key = -0.6091803 0.072019 0.123537 0.123537
      key = -0.3930514 0.3903495 3.300831 3.300831
      key = -0.3584836 0.8643304 0.07139917 0.07139917
      key = -0.2988068 0.002564805 -0.01814346 -0.01814346
      key = 0.9970253 0.003401639 0 0
     }
    }

    VoronoiCraters
    {
     name = Beta
     colorOpacity = 0.7
     DebugColorMapping = False
     deformation = 15000
     jitter = 0.1
     jitterHeight = 3
     rFactor = 1
     rOffset = 1
     simplexFrequency = 1
     simplexOctaves = 5
     simplexPersistence = 0.5
     simplexSeed = 123123
     voronoiDisplacement = 0
     voronoiFrequency = 1
     voronoiSeed = 113
     order = 5
     enabled = True
     CraterCurve
     {
      key = -0.9982381 -0.7411783 -0.06500059 -0.06500059
      key = -0.9332262 -0.7678316 -0.2176399 -0.2176399
      key = -0.8990405 -0.7433339 -2.560626 -2.560626
      key = -0.7445966 -0.8581167 0.4436148 0.4436148
      key = -0.4499771 -0.1392395 5.289535 5.289535
      key = -0.4015177 0.2551735 9.069458 -2.149609
      key = -0.2297457 0.002857953 -0.4453675 -0.4453675
      key = 0.2724952 0.00423781 -0.01884932 -0.01884932
      key = 0.9998434 -0.004090764 0.01397126 0.01397126
     }
     JitterCurve
     {
      key = -1.000701 0.4278412 0.1577609 0.1577609
      key = -0.7884969 0.09487452 -0.7739663 -0.7739663
      key = -0.6091803 0.072019 0.123537 0.123537
      key = -0.3930514 0.3903495 3.300831 3.300831
      key = -0.3584836 0.8643304 0.07139917 0.07139917
      key = -0.2988068 0.002564805 -0.01814346 -0.01814346
      key = 0.9970253 0.003401639 0 0
     }
    }
    VoronoiCraters
    {
     name = Charlie
     colorOpacity = 0.7
     DebugColorMapping = False
     deformation = 11800
     jitter = 0.1
     jitterHeight = 3
     rFactor = 1
     rOffset = 1
     simplexFrequency = 1
     simplexOctaves = 1
     simplexPersistence = 0.5
     simplexSeed = 123123
     voronoiDisplacement = 0
     voronoiFrequency = 1
     voronoiSeed = 112
     order = 6
     enabled = True
     CraterCurve
     {
      key = -0.9982381 -0.7411783 -0.06500059 -0.06500059
      key = -0.9332262 -0.7678316 -0.2176399 -0.2176399
      key = -0.8990405 -0.7433339 -2.560626 -2.560626
      key = -0.7445966 -0.8581167 0.4436148 0.4436148
      key = -0.4499771 -0.1392395 5.289535 5.289535
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      key = -0.2297457 0.002857953 -0.4453675 -0.4453675
      key = 0.2724952 0.00423781 -0.01884932 -0.01884932
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     JitterCurve
     {
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      key = -0.7884969 0.09487452 -0.7739663 -0.7739663
      key = -0.6091803 0.072019 0.123537 0.123537
      key = -0.3930514 0.3903495 3.300831 3.300831
      key = -0.3584836 0.8643304 0.07139917 0.07139917
      key = -0.2988068 0.002564805 -0.01814346 -0.01814346
      key = 0.9970253 0.003401639 0 0
     }
    }
   }
  }
}
}

Logs:

//===============================================================================================================//
//===== Kopernicus 1.2.2-2 - (BuildDate: 08.12.2016 10:04:17; AssemblyHash: ll5bDc2zH0dFa3TH601mspshxtw=) =====//
//===============================================================================================================//
[LOG 15:48:06]: Logger "Menos.Body" was created
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.Body) as (System.String)
[LOG 15:48:06]: Parsing Target Template in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.TemplateLoader)
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.TemplateLoader) as (System.String)
[LOG 15:48:06]: Parsing Target removePQS in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target removeAtmosphere in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target removeOcean in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target removePQSMods in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.StringCollectionParser)
[LOG 15:48:06]: Parsing Target removeAllPQSMods in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target removeProgressTree in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target removeCoronas in (Kopernicus.Configuration.TemplateLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: [Kopernicus]: Configuration.Template: Using Template "Minmus"
[LOG 15:48:06]: Removing mods from pqs Minmus
[LOG 15:48:06]: Creating blacklist
[LOG 15:48:06]: Blacklist count = 4
[LOG 15:48:06]: Adding all found PQSMods in pqs Minmus
[LOG 15:48:06]: Adding to removelist: PQSMod_AltitudeAlpha
[LOG 15:48:06]: Adding to removelist: PQSMod_VertexPlanet
[LOG 15:48:06]: Adding to removelist: PQSLandControl
[LOG 15:48:06]: Adding to removelist: PQSCity
[LOG 15:48:06]: Removed mod PQSMod_AltitudeAlpha
[LOG 15:48:06]: Removed mod PQSMod_VertexPlanet
[LOG 15:48:06]: Removed mod PQSLandControl
[LOG 15:48:06]: Removed mod PQSCity
[LOG 15:48:06]: Removed mod PQSCity
[LOG 15:48:06]: Parsing Target cacheFile in (Kopernicus.Configuration.Body) as (System.String)
[LOG 15:48:06]: Parsing Target cbNameLater in (Kopernicus.Configuration.Body) as (System.String)
[LOG 15:48:06]: Parsing Target flightGlobalsIndex in (Kopernicus.Configuration.Body) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target finalizeOrbit in (Kopernicus.Configuration.Body) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target randomMainMenuBody in (Kopernicus.Configuration.Body) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target Properties in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.PropertiesLoader)
[LOG 15:48:06]: Parsing Target description in (Kopernicus.Configuration.PropertiesLoader) as (System.String)
[LOG 15:48:06]: Parsing Target radius in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target geeASL in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target mass in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target gravParameter in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target rotates in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target rotationPeriod in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target tidallyLocked in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target initialRotation in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target inverseRotThresholdAltitude in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target albedo in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target emissivity in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target coreTemperatureOffset in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target isHomeWorld in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target timewarpAltitudeLimits in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericCollectionParser`1[System.Single])
[LOG 15:48:06]: Parsing Target sphereOfInfluence in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target hillSphere in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target solarRotationPeriod in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target navballSwitchRadiusMult in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target navballSwitchRadiusMultLow in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target ScienceValues in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.Configuration.ScienceValuesLoader)
[LOG 15:48:06]: Parsing Target landedDataValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target splashedDataValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target flyingLowDataValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target flyingHighDataValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target inSpaceLowDataValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target inSpaceHighDataValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target recoveryValue in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target flyingAltitudeThreshold in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target spaceAltitudeThreshold in (Kopernicus.Configuration.ScienceValuesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target biomeMap in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.Configuration.MapSOParser_RGB`1[CBAttributeMapSO])
[LOG 15:48:06]: Parsing Target nonExactThreshold in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target exactSearch in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target useTheInName in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target selectable in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target RDVisibility in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.EnumParser`1[Kopernicus.Configuration.PropertiesLoader+RDVisibility])
[LOG 15:48:06]: Parsing Target maxZoom in (Kopernicus.Configuration.PropertiesLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Via surface G, set gravParam to 9610517000000, mass to 1.43997629635845E+23
[LOG 15:48:06]: --------- Science Values ------------
[LOG 15:48:06]: LandedDataValue = 7
[LOG 15:48:06]: SplashedDataValue = 1
[LOG 15:48:06]: FlyingLowDataValue = 1
[LOG 15:48:06]: FlyingHighDataValue = 1
[LOG 15:48:06]: InSpaceLowDataValue = 6.8
[LOG 15:48:06]: InSpaceHighDataValue = 5
[LOG 15:48:06]: RecoveryValue = 9
[LOG 15:48:06]: flyingAltitudeThreshold = 18000
[LOG 15:48:06]: spaceAltitudeThreshold = 200000
[LOG 15:48:06]: --------------------------------------
[LOG 15:48:06]: Found Biome: Highlands : RGBA(0.380, 0.514, 0.510, 1.000) : 0
[LOG 15:48:06]: Found Biome: Midlands : RGBA(0.529, 0.671, 0.616, 1.000) : 0
[LOG 15:48:06]: Found Biome: Lowlands : RGBA(0.690, 0.882, 0.808, 1.000) : 0
[LOG 15:48:06]: Found Biome: Flats : RGBA(0.753, 1.000, 0.906, 1.000) : 0
[LOG 15:48:06]: Found Biome: Great Flats : RGBA(0.412, 0.761, 0.737, 1.000) : 0
[LOG 15:48:06]: Found Biome: Greater Flats : RGBA(0.647, 0.843, 0.851, 1.000) : 0
[LOG 15:48:06]: Found Biome: Lesser Flats : RGBA(0.545, 0.831, 0.812, 1.000) : 0
[LOG 15:48:06]: Found Biome: Poles : RGBA(1.000, 1.000, 1.000, 1.000) : 0
[LOG 15:48:06]: Found Biome: Slopes : RGBA(0.600, 0.800, 0.733, 1.000) : 0
[LOG 15:48:06]: Added Progress Tree
[LOG 15:48:06]: Parsing Target Orbit in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.OrbitLoader)
[LOG 15:48:06]: Parsing Target referenceBody in (Kopernicus.Configuration.OrbitLoader) as (System.String)
[LOG 15:48:06]: Parsing Target inclination in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target eccentricity in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target semiMajorAxis in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target longitudeOfAscendingNode in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target argumentOfPeriapsis in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target meanAnomalyAtEpoch in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target meanAnomalyAtEpochD in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target epoch in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target color in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.ColorParser)
[LOG 15:48:06]: Parsing Target iconColor in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.ColorParser)
[LOG 15:48:06]: Parsing Target mode in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.EnumParser`1[OrbitRenderer+DrawMode])
[LOG 15:48:06]: Parsing Target icon in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.EnumParser`1[OrbitRenderer+DrawIcons])
[LOG 15:48:06]: Parsing Target cameraSmaRatioBounds in (Kopernicus.Configuration.OrbitLoader) as (Kopernicus.NumericCollectionParser`1[System.Single])
[LOG 15:48:06]: Parsing Target ScaledVersion in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.ScaledVersionLoader)
[LOG 15:48:06]: Parsing Target type in (Kopernicus.Configuration.ScaledVersionLoader) as (Kopernicus.EnumParser`1[Kopernicus.Configuration.BodyType])
[LOG 15:48:06]: Parsing Target color in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.ColorParser)
[LOG 15:48:06]: Parsing Target specColor in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.ColorParser)
[LOG 15:48:06]: Parsing Target shininess in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target texture in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Configuration.Texture2DParser)
[LOG 15:48:06]: Parsing Target mainTex in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Configuration.Texture2DParser)
[LOG 15:48:06]: Parsing Target mainTexScale in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Vector2Parser)
[LOG 15:48:06]: Parsing Target mainTexOffset in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Vector2Parser)
[LOG 15:48:06]: Parsing Target normals in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Configuration.Texture2DParser)
[LOG 15:48:06]: Parsing Target bumpMap in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Configuration.Texture2DParser)
[LOG 15:48:06]: Parsing Target bumpMapScale in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Vector2Parser)
[LOG 15:48:06]: Parsing Target bumpMapOffset in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Vector2Parser)
[LOG 15:48:06]: Parsing Target opacity in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target resourceMap in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Configuration.Texture2DParser)
[LOG 15:48:06]: Parsing Target resourceMapScale in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Vector2Parser)
[LOG 15:48:06]: Parsing Target resourceMapOffset in (Kopernicus.Configuration.ScaledPlanetSimpleLoader) as (Kopernicus.Vector2Parser)
[LOG 15:48:06]: Parsing Target fadeStart in (Kopernicus.Configuration.ScaledVersionLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target fadeEnd in (Kopernicus.Configuration.ScaledVersionLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target Light in (Kopernicus.Configuration.ScaledVersionLoader) as (Kopernicus.Configuration.LightShifterLoader)
[LOG 15:48:06]: Parsing Target sphericalModel in (Kopernicus.Configuration.ScaledVersionLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target deferMesh in (Kopernicus.Configuration.ScaledVersionLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: ============= Scaled Version Dump ===================
[LOG 15:48:06]: Menos (UnityEngine.GameObject)
[LOG 15:48:06]: >>> Components <<<
[LOG 15:48:06]: Menos (UnityEngine.Transform)
[LOG 15:48:06]: Menos (UnityEngine.MeshFilter)
[LOG 15:48:06]: Menos (UnityEngine.MeshRenderer)
[LOG 15:48:06]: Menos (UnityEngine.SphereCollider)
[LOG 15:48:06]: Menos (ScaledSpaceFader)
[LOG 15:48:06]: >>> ---------- <<<
[LOG 15:48:06]: ===========================================
[LOG 15:48:06]: Parsing Target Atmosphere in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.AtmosphereLoader)
[LOG 15:48:06]: Parsing Target PQS in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.PQSLoader)
[LOG 15:48:06]: Parsing Target materialType in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.EnumParser`1[Kopernicus.Configuration.PQSLoader+PQSMaterialType])
[LOG 15:48:06]: Parsing Target PhysicsMaterial in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.Configuration.PhysicsMaterialParser)
[LOG 15:48:06]: Parsing Target minLevel in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target maxLevel in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target minDetailDistance in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target maxQuadLengthsPerFrame in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target fadeStart in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target fadeEnd in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target deactivateAltitude in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target mapMaxHeight in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target Material in (Kopernicus.Configuration.PQSLoader) as (UnityEngine.Material)
[LOG 15:48:06]: Parsing Target FallbackMaterial in (Kopernicus.Configuration.PQSLoader) as (Kopernicus.Configuration.PQSProjectionFallbackLoader)
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (System.String)
[LOG 15:48:06]: Parsing Target color in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.ColorParser)
[LOG 15:48:06]: Parsing Target altitudeStart in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target altitudeEnd in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target lerpToNext in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target delete in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (System.String)
[LOG 15:48:06]: Parsing Target color in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.ColorParser)
[LOG 15:48:06]: Parsing Target altitudeStart in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target altitudeEnd in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target lerpToNext in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target delete in (Kopernicus.Configuration.ModLoader.HeightColorMap+LandClassLoader) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target blend in (Kopernicus.Configuration.ModLoader.HeightColorMap) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target order in (Kopernicus.Configuration.ModLoader.HeightColorMap) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target enabled in (Kopernicus.Configuration.ModLoader.HeightColorMap) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.ModLoader.HeightColorMap) as (System.String)
[LOG 15:48:06]: PQSLoader.PostApply(ConfigNode): Added PQS Mod => PQSMod_HeightColorMap
[LOG 15:48:06]: Parsing Target colorOpacity in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target DebugColorMapping in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target deformation in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target CraterCurve in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.FloatCurveParser)
[LOG 15:48:06]: Parsing Target jitter in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target JitterCurve in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.FloatCurveParser)
[LOG 15:48:06]: Parsing Target jitterHeight in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target rFactor in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target rOffset in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target simplexFrequency in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexOctaves in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexPersistence in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexSeed in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target voronoiDisplacement in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target voronoiFrequency in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target voronoiSeed in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target order in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target enabled in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (System.String)
[LOG 15:48:06]: PQSLoader.PostApply(ConfigNode): Added PQS Mod => PQSMod_VoronoiCraters
[LOG 15:48:06]: Parsing Target colorOpacity in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target DebugColorMapping in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target deformation in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target CraterCurve in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.FloatCurveParser)
[LOG 15:48:06]: Parsing Target jitter in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target JitterCurve in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.FloatCurveParser)
[LOG 15:48:06]: Parsing Target jitterHeight in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target rFactor in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target rOffset in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target simplexFrequency in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexOctaves in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexPersistence in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexSeed in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target voronoiDisplacement in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target voronoiFrequency in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target voronoiSeed in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target order in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target enabled in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (System.String)
[LOG 15:48:06]: PQSLoader.PostApply(ConfigNode): Added PQS Mod => PQSMod_VoronoiCraters
[LOG 15:48:06]: Parsing Target colorOpacity in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target DebugColorMapping in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target deformation in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target CraterCurve in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.FloatCurveParser)
[LOG 15:48:06]: Parsing Target jitter in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target JitterCurve in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.FloatCurveParser)
[LOG 15:48:06]: Parsing Target jitterHeight in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target rFactor in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target rOffset in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Single])
[LOG 15:48:06]: Parsing Target simplexFrequency in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexOctaves in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexPersistence in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target simplexSeed in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target voronoiDisplacement in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target voronoiFrequency in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Double])
[LOG 15:48:06]: Parsing Target voronoiSeed in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target order in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Int32])
[LOG 15:48:06]: Parsing Target enabled in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Parsing Target name in (Kopernicus.Configuration.ModLoader.VoronoiCraters) as (System.String)
[LOG 15:48:06]: PQSLoader.PostApply(ConfigNode): Added PQS Mod => PQSMod_VoronoiCraters
[LOG 15:48:06]:   Menos (UnityEngine.GameObject)
[LOG 15:48:06]:    >>> Components <<<
[LOG 15:48:06]:    Menos (UnityEngine.Transform)
[LOG 15:48:06]:    Menos (PQS)
[LOG 15:48:06]:    >>> ---------- <<<
[LOG 15:48:06]:       _CelestialBody (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        _CelestialBody (UnityEngine.Transform)
[LOG 15:48:06]:        _CelestialBody (PQSMod_CelestialBodyTransform)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       _SurfaceQuadUVs (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        _SurfaceQuadUVs (UnityEngine.Transform)
[LOG 15:48:06]:        _SurfaceQuadUVs (PQSMod_UVPlanetRelativePosition)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       Monolith00 (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        Monolith00 (UnityEngine.Transform)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:           monolith00 (UnityEngine.GameObject)
[LOG 15:48:06]:            >>> Components <<<
[LOG 15:48:06]:            monolith00 (UnityEngine.Transform)
[LOG 15:48:06]:            monolith00 (UnityEngine.MeshFilter)
[LOG 15:48:06]:            monolith00 (UnityEngine.MeshRenderer)
[LOG 15:48:06]:            monolith00 (UnityEngine.Animation)
[LOG 15:48:06]:            monolith00 (UnityEngine.MeshCollider)
[LOG 15:48:06]:            >>> ---------- <<<
[LOG 15:48:06]:       Randolith (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        Randolith (UnityEngine.Transform)
[LOG 15:48:06]:        Randolith (PrefabSpawner)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:           monolith01 (UnityEngine.GameObject)
[LOG 15:48:06]:            >>> Components <<<
[LOG 15:48:06]:            monolith01 (UnityEngine.Transform)
[LOG 15:48:06]:            monolith01 (UnityEngine.MeshFilter)
[LOG 15:48:06]:            monolith01 (UnityEngine.MeshRenderer)
[LOG 15:48:06]:            monolith01 (UnityEngine.Animation)
[LOG 15:48:06]:            monolith01 (UnityEngine.MeshCollider)
[LOG 15:48:06]:            >>> ---------- <<<
[LOG 15:48:06]:           RandolithDetail(Clone) (UnityEngine.GameObject)
[LOG 15:48:06]:            >>> Components <<<
[LOG 15:48:06]:            RandolithDetail(Clone) (UnityEngine.Transform)
[LOG 15:48:06]:            >>> ---------- <<<
[LOG 15:48:06]:       QuadMeshColliders (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        QuadMeshColliders (UnityEngine.Transform)
[LOG 15:48:06]:        QuadMeshColliders (PQSMod_QuadMeshColliders)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       OnDemandHandler (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        OnDemandHandler (UnityEngine.Transform)
[LOG 15:48:06]:        OnDemandHandler (Kopernicus.OnDemand.PQSMod_OnDemandHandler)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       HeightColorMap (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        HeightColorMap (UnityEngine.Transform)
[LOG 15:48:06]:        HeightColorMap (PQSMod_HeightColorMap)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       Alpha (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        Alpha (UnityEngine.Transform)
[LOG 15:48:06]:        Alpha (PQSMod_VoronoiCraters)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       Beta (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        Beta (UnityEngine.Transform)
[LOG 15:48:06]:        Beta (PQSMod_VoronoiCraters)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]:       Charlie (UnityEngine.GameObject)
[LOG 15:48:06]:        >>> Components <<<
[LOG 15:48:06]:        Charlie (UnityEngine.Transform)
[LOG 15:48:06]:        Charlie (PQSMod_VoronoiCraters)
[LOG 15:48:06]:        >>> ---------- <<<
[LOG 15:48:06]: Parsing Target Ocean in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.OceanLoader)
[LOG 15:48:06]: Parsing Target SpaceCenter in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.SpaceCenterLoader)
[LOG 15:48:06]: Parsing Target Debug in (Kopernicus.Configuration.Body) as (Kopernicus.Configuration.DebugLoader)
[LOG 15:48:06]: Parsing Target PostSpawnOrbit in (Kopernicus.Configuration.Body) as (ConfigNode)
[LOG 15:48:06]: Parsing Target barycenter in (Kopernicus.Configuration.Body) as (Kopernicus.NumericParser`1[System.Boolean])
[LOG 15:48:06]: Menos is using custom cache file 'C:/Program Files (x86)/Steam/steamapps/common/Kerbal Space Program/KSP_Data/../GameData\SeginusMod/Cache/Menos.bin' in 'C:/Program Files (x86)/Steam/steamapps/common/Kerbal Space Program/KSP_Data/../GameData\SeginusMod/Cache'
[LOG 15:48:06]: Body.PostApply(ConfigNode): Generating scaled space mesh: Menos
[LOG 15:48:10]: Parsing ParserTarget Properties in node Body from Assembly SigmaBinary, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null
[LOG 15:48:10]: --------- Celestial Body ------------
[LOG 15:48:10]: bodyName = Menos
[LOG 15:48:10]: bodyDescription = Menos is the middle planet of the Orae System. Unlike most of the newly descovered planets, this one has craters in it. It also is colored in a different way.
[LOG 15:48:10]: GeeASL = 2
[LOG 15:48:10]: Radius = 700000
[LOG 15:48:10]: Mass = 1.43997629635845E+23
[LOG 15:48:10]: Density = 0
[LOG 15:48:10]: SurfaceArea = 0
[LOG 15:48:10]: gravParameter = 9610517000000
[LOG 15:48:10]: sphereOfInfluence = 0
[LOG 15:48:10]: hillSphere = 0
[LOG 15:48:10]: gMagnitudeAtCenter = 9610517000000
[LOG 15:48:10]: atmDensityASL = 0
[LOG 15:48:10]: scaledEllipsoid = True
[LOG 15:48:10]: scaledElipRadMult = [1, 1, 1]
[LOG 15:48:10]: scaledRadiusHorizonMultiplier = 1
[LOG 15:48:10]: navballSwitchRadiusMult = 0.06
[LOG 15:48:10]: navballSwitchRadiusMultLow = 0.055
[LOG 15:48:10]: use_The_InName = False
[LOG 15:48:10]: isHomeWorld = False
[LOG 15:48:10]: ocean = False
[LOG 15:48:10]: oceanUseFog = True
[LOG 15:48:10]: oceanFogPQSDepth = 1000
[LOG 15:48:10]: oceanFogPQSDepthRecip = 0.001
[LOG 15:48:10]: oceanFogDensityStart = 0.015
[LOG 15:48:10]: oceanFogDensityEnd = 0.13
[LOG 15:48:10]: oceanFogDensityPQSMult = 0.02
[LOG 15:48:10]: oceanFogDensityAltScalar = -0.0008
[LOG 15:48:10]: oceanFogDensityExponent = 1
[LOG 15:48:10]: oceanFogColorStart = RGBA(0.000, 0.337, 0.486, 1.000)
[LOG 15:48:10]: oceanFogColorEnd = RGBA(0.000, 0.084, 0.122, 1.000)
[LOG 15:48:10]: oceanFogDawnFactor = 10
[LOG 15:48:10]: oceanSkyColorMult = 1.2
[LOG 15:48:10]: oceanSkyColorOpacityBase = 0.2
[LOG 15:48:10]: oceanSkyColorOpacityAltMult = 2
[LOG 15:48:10]: oceanDensity = 1
[LOG 15:48:10]: oceanAFGBase = 0.6
[LOG 15:48:10]: oceanAFGAltMult = 0.05
[LOG 15:48:10]: oceanAFGMin = 0.05
[LOG 15:48:10]: oceanSunBase = 0.5
[LOG 15:48:10]: oceanSunAltMult = 0.01
[LOG 15:48:10]: oceanSunMin = 0.05
[LOG 15:48:10]: oceanAFGLerp = False
[LOG 15:48:10]: oceanMinAlphaFogDistance = 200
[LOG 15:48:10]: oceanMaxAlbedoFog = 0.95
[LOG 15:48:10]: oceanMaxAlphaFog = 0.9
[LOG 15:48:10]: oceanAlbedoDistanceScalar = 0.01
[LOG 15:48:10]: oceanAlphaDistanceScalar = 0.01
[LOG 15:48:10]: minOrbitalDistance = 100000
[LOG 15:48:10]: atmosphere = False
[LOG 15:48:10]: atmosphereContainsOxygen = False
[LOG 15:48:10]: atmosphereDepth = 0
[LOG 15:48:10]: atmosphereTemperatureSeaLevel = 288
[LOG 15:48:10]: atmospherePressureSeaLevel = 101.325
[LOG 15:48:10]: atmosphereMolarMass = 0.0289644
[LOG 15:48:10]: atmosphereAdiabaticIndex = 1.39999997615814
[LOG 15:48:10]: atmosphereTemperatureLapseRate = 0
[LOG 15:48:10]: atmosphereGasMassLapseRate = 0
[LOG 15:48:10]: atmosphereUseTemperatureCurve = False
[LOG 15:48:10]: atmosphereTemperatureCurveIsNormalized = False
[LOG 15:48:10]: atmosphereTemperatureCurve = FloatCurve
[LOG 15:48:10]: latitudeTemperatureBiasCurve = FloatCurve
[LOG 15:48:10]: latitudeTemperatureSunMultCurve = FloatCurve
[LOG 15:48:10]: axialTemperatureSunMultCurve = FloatCurve
[LOG 15:48:10]: axialTemperatureSunBiasCurve = FloatCurve
[LOG 15:48:10]: atmosphereTemperatureSunMultCurve = FloatCurve
[LOG 15:48:10]: maxAxialDot = 0
[LOG 15:48:10]: eccentricityTemperatureBiasCurve = FloatCurve
[LOG 15:48:10]: albedo = 0.5
[LOG 15:48:10]: emissivity = 0.7
[LOG 15:48:10]: coreTemperatureOffset = 1
[LOG 15:48:10]: convectionMultiplier = 1
[LOG 15:48:10]: shockTemperatureMultiplier = 1
[LOG 15:48:10]: atmosphereUsePressureCurve = False
[LOG 15:48:10]: atmospherePressureCurveIsNormalized = False
[LOG 15:48:10]: atmospherePressureCurve = FloatCurve
[LOG 15:48:10]: radiusAtmoFactor = 1
[LOG 15:48:10]: hasSolidSurface = True
[LOG 15:48:10]: rotation = (0.0, 0.0, 0.0, 0.0)
[LOG 15:48:10]: orbitDriver = Menos (OrbitDriver)
[LOG 15:48:10]: pqsController =
[LOG 15:48:10]: pqsSurfaceObjects = PQSSurfaceObject[]
[LOG 15:48:10]: scaledBody =
[LOG 15:48:10]: afg =
[LOG 15:48:10]: rotates = True
[LOG 15:48:10]: rotationPeriod = 6500
[LOG 15:48:10]: rotPeriodRecip = 0
[LOG 15:48:10]: solarDayLength = 0
[LOG 15:48:10]: solarRotationPeriod = False
[LOG 15:48:10]: initialRotation = 0
[LOG 15:48:10]: rotationAngle = 0
[LOG 15:48:10]: directRotAngle = 0
[LOG 15:48:10]: angularVelocity = [0, 0, 0]
[LOG 15:48:10]: zUpAngularVelocity = [0, 0, 0]
[LOG 15:48:10]: tidallyLocked = False
[LOG 15:48:10]: clampInverseRotThreshold = True
[LOG 15:48:10]: inverseRotation = True
[LOG 15:48:10]: inverseRotThresholdAltitude = 100000
[LOG 15:48:10]: angularV = 0
[LOG 15:48:10]: timeWarpAltitudeLimits = System.Single[]
[LOG 15:48:10]: atmosphericAmbientColor = RGBA(0.000, 0.000, 0.000, 0.000)
[LOG 15:48:10]: orbitingBodies = System.Collections.Generic.List`1[CelestialBody]
[LOG 15:48:10]: BodyFrame = Planetarium+CelestialFrame
[LOG 15:48:10]: progressTree = KSPAchievements.CelestialBodySubtree
[LOG 15:48:10]: bodyType = Generic
[LOG 15:48:10]: scienceValues = CelestialBodyScienceParams
[LOG 15:48:10]: BiomeMap = minmus_biome (CBAttributeMapSO)
[LOG 15:48:10]: bodyTransform = Menos (UnityEngine.Transform)
[LOG 15:48:10]: --------------------------------------

March 12, 2017

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Veiwed best with a phone...(I got a photo so people can see what it is. V)

Spoiler

Explanation: I was listening to Fairy Tail slow theme.

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