Closed Darkcyde13 closed 5 years ago
Darkcyde13
commented
5 years ago I've just found that the event data doesn't have anything for event.atmospherecompositions. So you can't get a breakdown of the atmosphere components just using event data.
Tkael
commented
5 years ago Darkcyde's script (reproduced here for reference):
{_ Preferences _}
{set reportAtmoPressure to 1} {_ Set to 1 to report atmospheric pressure. _}
{set reportAtmoTempScale to 0} {_ Set to 0 to report temperatures in Kelvin _}
{_ Set to 1 to report temperatures in Celsius _}
{_ Set to 2 to report temperatures in Fahrenheit _}
{_ Set to 3 if you don't want to hear about the temperature of the body _}
{set reportAtmoComp to 1} {_ Set to 0 to report only the main atmospheric element. _}
{_ Set to 1 to report full atmospheric composition. _}
{_ Fetch from context }
{if event:
{set reportbody to BodyDetails(event.name, system.name)}
}
{if !reportbody.name || reportbody.name = "":
{set reportbody to BodyDetails(state.eddi_context_body_name, state.eddi_context_body_system)}
}
{if !reportbody.name || reportbody.name = "":
{set reportbody to BodyDetails(state.eddi_context_body_name)}
}
{if !reportbody.name || reportbody.name = "":
{_ If it's still not possible to get the body name... _}
I'm
{OneOf("not sure","unsure")}
{Occasionally(2,"of")}
which body
{OneOf("you are","you're")}
{OneOf("asking about","referring to")}.
|else:
{_ Define functions for converting temperature scales _}
{set ToCelsius(kelvin) to: {round(kelvin - 273)}}
{set ToFahrenheit(kelvin) to: {round((kelvin-273)*9/5 + 32)}}
{set TempCalc(kelvin) to:
{if reportAtmoTempScale = 0: {round(kelvin)}}
{if reportAtmoTempScale = 1: {ToCelsius(kelvin)}}
{if reportAtmoTempScale = 2: {ToFahrenheit(kelvin)}}
}
{_ Name our temperature scale _}
{if reportAtmoTempScale = 0: {set tempscale to: Kelvin}}
{if reportAtmoTempScale = 1: {set tempscale to: degrees Celsius}}
{if reportAtmoTempScale = 2: {set tempscale to: degrees Fahrenheit}}
{if !body:
{F("Body Name Tidy")}
For {body},
}
{if find(reportbody.planettype, "giant") > -1:
{if find(reportbody.planettype, "Class") > -1:
{set sudarsky to Occasionally(3, "Sud-dar-ski")}
}
{set planetdesc to OneOf("{sudarsky} Gas giants like this one have", "This {sudarsky} gas giant has")}
{if find(reportbody.planettype, "Class V") > -1:
{planetdesc}
{if reportAtmoTempScale < 3:
{set tempmin to: {TempCalc(1373)}}
temperatures above {Humanise(tempmin)} {tempscale}, {OneOf("and", "with", "forming")}
}
a dense cloud layer of {OneOf("vaporized silicates and iron", "silicate and iron vapors")}.
|elif find(reportbody.planettype, "Class IV") > -1:
{planetdesc}
{if reportAtmoTempScale < 3:
{set tempmin to: {TempCalc(354)}}
{set tempmax to: {TempCalc(903)}}
temperatures {OneOf("of", "ranging")} between {Humanise(tempmin)} and
{Humanise(tempmax)} {tempscale}, {OneOf("and", "with", "forming")}
}
a dense cloud layer of {OneOf("alkali metals vapors", "vaporized alkali metals")}.
|elif find(reportbody.planettype, "Class III") > -1:
{planetdesc}
{if reportAtmoTempScale < 3:
{set tempmin to: {TempCalc(251)}}
{set tempmax to: {TempCalc(353)}}
surface temperatures {OneOf("of", "ranging")} between {Humanise(tempmin)} and
{Humanise(tempmax)} {tempscale},
}
a temperature at which
{OneOf("no gaseous elements will form any clouds",
"suitable chemicals are not present in the atmosphere to form a sustained cloud layer",
"the atmosphere cannot sustain a persistent cloud layer")}.
|elif find(reportbody.planettype, "Class II") > -1:
{planetdesc}
{if reportAtmoTempScale < 3:
{set tempmin to: {TempCalc(154)}}
{set tempmax to: {TempCalc(250)}}
surface temperatures {OneOf("of", "ranging")} between {Humanise(tempmin)} and
{Humanise(tempmax)} {tempscale}, {OneOf("and", "with", "forming")}
}
a dense cloud layer of water vapors.
|elif find(reportbody.planettype, "Class I") > -1:
{planetdesc}
{if reportAtmoTempScale < 3:
{set tempmin to: {TempCalc(153)}}
{set tempmax to: {TempCalc(83)}}
surface temperatures of {Humanise(tempmax)} {tempscale}
{Occasionally(2, OneOf(", or less,", ", at most,"))} {OneOf("and", "with", "forming")}
}
a dense cloud layer of ammonia vapor.
}
|elif reportbody.atmosphere = "No atmosphere" || !reportbody.atmosphere:
{Occasionally(4, OneOf("There is no atmosphere.",
"It is devoid of any atmosphere.",
"The years have scoured it clean of any atmosphere."))}
{if reportbody.temperature && reportAtmoTempScale < 3:
The surface temperature averages
{TempCalc(reportbody.temperature)} {tempscale}.
}
|elif reportbody.pressure:
{if reportbody.pressure < 0.1:
{set pressdesc to OneOf("trace gas", "super thin")}
|elif reportbody.pressure < 0.25:
{set pressdesc to "very thin"}
|elif reportbody.pressure < 0.5:
{set pressdesc to "thin"}
|elif reportbody.pressure < 2:
{set pressdesc to ""}
|elif reportbody.pressure < 10:
{set pressdesc to "thick"}
|elif reportbody.pressure < 50:
{set pressdesc to OneOf("dense", "very thick")}
|elif reportbody.pressure < 100:
{set pressdesc to OneOf("very dense", "super thick")}
|elif reportbody.pressure >= 100:
{set pressdesc to OneOf("crushing", "super dense")}
}
{if find(reportbody.atmosphere, "-rich") > -1:
{set element to token(reportbody.atmosphere, "-rich", "")}
{set desc to OneOf("It is a", "There is a", "Sensors detect a")}
{OneOf("{desc} {pressdesc} {reportbody.atmospherecompositions[0].name} atmosphere",
"The {pressdesc} atmosphere is {reportbody.atmospherecompositions[0].name}")}
{if reportbody.atmospherecompositions[0].name != element:
, {OneOf("that is","and")}
{OneOf("rich in {element}", "{element}-rich")}
}
|elif find(reportbody.atmosphere, "vapour") > -1:
The {pressdesc} atmosphere
{OneOf("is composed of {reportbody.atmosphere}s",
"is rich in {reportbody.atmosphere}s",
"contains high levels of {reportbody.atmosphere}s")}
|else:
{if len(reportbody.atmospherecompositions) > 1:
{set mostly to OneOf("primarily", "mainly", "mostly")}
{OneOf("The {pressdesc} atmosphere is composed {mostly} of",
"Most prevalent in the {pressdesc} atmosphere is")}
|else:
The {pressdesc} atmosphere is
{Occasionsally(2,"composed of")}
}
{reportbody.atmospherecompositions[0].name}
}
{_ Atmospheric Composition _}
{if reportAtmoComp = 1 && len(reportbody.atmospherecompositions) > 1:
{set atmocomp to []}
{set cur to 1}
{while cur < len(reportbody.atmospherecompositions):
{if (reportbody.atmospherecompositions[cur].name != element):
{set atmocomp to cat(atmocomp, [reportbody.atmospherecompositions[cur].name])}
}
{set cur to cur + 1}
}
{if len(atmocomp) = 1:
, with {OneOf("some","an additional element of")}
{atmocomp[0]}
{Occasionally(2,"also present")}
|elif len(atmocomp) > 1:
, with {OneOf("some","additional elements of")}
{set cur to 0}
{set length to len(atmocomp) - 1}
{while cur < len(atmocomp):
{P(atmocomp[cur])}
{set cur to cur + 1}
{if cur = length: and
|elif cur < length:,
}
}
{Occasionally(2,"also present")}
}
}.
{if reportAtmoPressure = 1:
{if reportAtmoComp = 1 && len(reportbody.atmospherecompositions) > 0:
{OneOf("It has", "There is", "Sensors detect")}
|else:
, with
}
a surface pressure of {Humanise(reportbody.pressure)}
Earth atmosphere{if Humanise(reportbody.pressure) != "1":s}
}
{if reportbody.temperature && reportAtmoTempScale < 3:
{set temp to: {TempCalc(reportbody.temperature)}}
{if reportAtmoPressure = 1: and |else: with }
an average surface temperature of {temp} {tempscale}
}.
}
}
hoksilato2
commented
5 years ago omg... now I see this script xD awesome work.
EDDI version in which issue found
EDDI v3.3.2
As mentioned in my reply to the Body Volcanism issue #1045 , here are a couple of things I've noted with the Body Atmosphere Report script (from my own change log):-