Probably not.
https://en.wikipedia.org/wiki/Tau_Ceti
JD referring to your mod and add on thread and the Tau Ceti system revised pakIf you scroll slightly down the download page, you can read the system requirements.
There it says:
Minimum: Nvidia or AMD card.
There is nothing written that SpaceEngine also works with an Intel card.
If you are lucky, SE will work with an Intel card. If you are unlucky, then SE does not work.
The only solution for you would be to buy another graphics card. (Nvidia or AMD, with at least 2 gigabytes of VRam. The requirements have increased.)
Here is an update for 'TauCetiWL.sc': Remove the old file.JD referring to your mod and add on thread and the Tau Ceti system revised pak
JD, I tested it, and it works for planets g and h but not e and f, the terra planets, they still come up as "object not found" in saved locations. I noticed in doing searches that while planets g and h show up under tau cet as well as tau ceti, planets e and f only show up under tau ceti but do not show up under tau cet.
Most likely. Furthermore, you should ask Phunnie. (In his thread.) I do not use galaxy addons.
I did ask about two weeks ago, I think he is away for the holidays. I noticed you mentioned what affects the RNG in another thread, which is why I figured you would be knowledgeable about these things. The Tau Ceti add on works perfectly now
// Filename: Toon.sc
// JackDole 2018.12.27 07:02:40
/*
For example, if you want to position an object over a fixed point on Earth, you can use FixedPosPolar ().
The values are: FixedPosPolar (Longitude, Latitude, Height)
This script positions a red moon over Beijing.
*/
// Beijing 39° 56' N, 116° 23' E = 39.93333333 N, 116.38333333 E
//------------------------------------------------------------------------------
DwarfMoon "Toon"
{
ParentBody "Earth"
Class "Desert"
Radius 100
Oblateness 0
Color (1.0 0.0 0.0)
Surface
{
ModulateColor (1.0 0.0 0.0 0.0)
}
FixedPosPolar (-63.61666667, 39.93333333, 9371)
}
//------------------------------------------------------------------------------
Not really. For a true geostationary orbit, the distance is too small.
// Filename: Farout.sc
// JackDole 2018.12.18 16:16:33
// SE 0.980
// https://ssd.jpl.nasa.gov/sbdb.cgi#top
//------------------------------------------------------------------------------
DwarfPlanet "2018 VG18/Farout"
{
ParentBody "Sol"
Class "IceWorld" //"Asteroid"
AsterType "Sednoid" // "TNO"
AbsMagn 3.2498
Radius 250
DiscDate "2018.11.10"
Surface
{
ModulateColor (0.864 0.513 0.875 1)
}
Orbit
{
RefPlane "Ecliptic"
Eccentricity 0.7717437510349855
SemiMajorAxis 95.23712927242569
PericenterDist 21.73846988992007
Inclination 31.71377520866712
AscendingNode 247.4427078740553
ArgOfPericen 32.88824233518356
MeanAnomaly 73.76581889010136
Epoch 2388887.345475182301
//Epoch 2458440.5
Period 929.43
MeanMotion 0.001060460825511582
}
}
//------------------------------------------------------------------------------