48 lines
1.7 KiB
Go
48 lines
1.7 KiB
Go
/*
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[P][SSS][YY][ZZZ][XXX] – (P = Planet Index / S = Star System Index / Y = Height / Z = Width / X = Length)
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`Solar System Index
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A Solar System Index is assigned to each star system in a region. It always begins at SolarSystemIndex=001
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and counts up by one for every star system. The number of star systems in a region is variable so the
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maximum value of the Solar System Index is also variable, though the two correspond directly. To date there
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is no discovered value that is higher than SolarSystemIndex=243 (Mamundi-Kate in the Baadossm Anomaly of
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Euclid galaxy), meaning that 579 is the maximum number of star systems yet discovered in a region. Based
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on the evidence that every region has a SolarSystemIndex=079 and SolarSystemIndex=07A (with the former
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always having a Black Hole and the latter always having an Atlas Station), it is known that every region has
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at least 122 star systems. SolarSystemIndex=000 always leads to the region's first system, just like
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PlanetIndex=0 always leads to the first portal of a system due to the error proximity mechanic.`
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Source https://nomanssky.fandom.com/wiki/Portal_address#Solar_System_Index
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*/
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package nmslib
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import (
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"fmt"
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"math/rand"
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"time"
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)
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/*
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RndPortal - Random Portalcode generator
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Requires no input required
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Returns a string
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*/
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func RndPortal() (final string) {
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rand.Seed(time.Now().UnixNano())
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min := 0x1
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ymax := 0xFF
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xzmax := 0xFFF
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ssimax := 0x242 // set this low to lower chances of an invalid address
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x := rand.Intn(xzmax-min+1) + min
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z := rand.Intn(xzmax-min+1) + min
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y := rand.Intn(ymax-min+1) + min
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ssi := rand.Intn(ssimax-min+1) + min
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final = fmt.Sprintf("%00X%03X%02X%03X%03X", 1, ssi, y, z, x)
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return
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}
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