Template:Infobox scifi planet: Difference between revisions

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| label9      = Classification
| label9      = Classification
|  data9      = {{{classification|}}}
|  data9      = {{{classification|}}}
| label10    = Trade routes
| label10     = Planet type
data10     = {{{trade_routes|}}}
|  data10    = {{{planet_type|}}}
| label11     = Points of interest
| label11     = Trade routes
data11     = {{{points_interest|}}}
data11     = {{{trade_routes|}}}
| label12     = Points of interest
data12     = {{{points_interest|}}}


| header12   = Orbital characteristics
| header13   = Orbital characteristics
| label13     = Periapsis
| label14     = Periapsis
data13     = {{{periapsis|}}}
data14     = {{{periapsis|}}}
| label14     = Apoapsis
| label15     = Apoapsis
data14     = {{{apoapsis|}}}
data15     = {{{apoapsis|}}}
| label15     = Mean orbit radius
| label16     = Mean orbit radius
data15     = {{{mean_orbit_radius|}}}
data16     = {{{mean_orbit_radius|}}}
| label16     = Orbital eccentricity
| label17     = Orbital eccentricity
data16     = {{{eccentricity|}}}
data17     = {{{eccentricity|}}}
| label17     = Orbital period
| label18     = Orbital period
data17     = {{{period|}}}
data18     = {{{period|}}}
| label18     = Orbital inclination
| label19     = Orbital inclination
data18     = {{{inclination|}}}
data19     = {{{inclination|}}}
| label19     = Natural satellite of
| label20     = Natural satellite of
data19     = {{{satellite_of|}}}
data20     = {{{satellite_of|}}}
| label20     = Satellites
| label21     = Satellites
data20     = {{{satellites|}}}
data21     = {{{satellites|}}}


| header21   = Dimensions
| header22   = Dimensions
| label22     = Mean diameter
| label23     = Mean diameter
data22     = {{{mean_diameter|}}}
data23     = {{{mean_diameter|}}}
| label23     = Mean radius
| label24     = Mean radius
data23     = {{{mean_radius|}}}
data24     = {{{mean_radius|}}}
| label24     = Equatorial radius
| label25     = Equatorial radius
data24     = {{{equatorial_radius|}}}
data25     = {{{equatorial_radius|}}}
| label25     = Polar radius
| label26     = Polar radius
data25     = {{{polar_radius|}}}
data26     = {{{polar_radius|}}}
| label26     = Circumference
| label27     = Circumference
data26     = {{{circumference|}}}
data27     = {{{circumference|}}}
| label27     = Surface area
| label28     = Surface area
data27     = {{{surface_area|}}}
data28     = {{{surface_area|}}}
| label28     = water area
| label29     = water area
data28     = {{{water_area|}}}
data29     = {{{water_area|}}}
| label29     = Volume
| label30     = Volume
data29     = {{{volume|}}}
data30     = {{{volume|}}}
| label30     = Mass
| label31     = Mass
data30     = {{{mass|}}}
data31     = {{{mass|}}}
| label31     = Mean density
| label32     = Mean density
data31     = {{{density|}}}
data32     = {{{density|}}}
| label32     = Surface gravity
| label33     = Surface gravity
data32     = {{{surface_grav|}}}
data33     = {{{surface_grav|}}}
| label33     = Escape velocity
| label34     = Escape velocity
data33     = {{{escape_velocity|}}}
data34     = {{{escape_velocity|}}}
| label34     = Rotation period
| label35     = Rotation period
data34     = {{{rotation|}}}
data35     = {{{rotation|}}}
| label35     = Axial tilt
| label36     = Axial tilt
data35     = {{{axial_tilt|}}}
data36     = {{{axial_tilt|}}}
| label36     = North pole right ascension
| label37     = North pole right ascension
data36     = {{{right_asc_north_pole|}}}
data37     = {{{right_asc_north_pole|}}}
| label37     = Northpole declination]
| label38     = Northpole declination]
data37     = {{{declination|}}}
data38     = {{{declination|}}}
| label38     = Temperature
| label39     = Temperature
data38     = {{{single_temperature|}}}
data39     = {{{single_temperature|}}}


| header39   = Atmosphere
| header40   = Atmosphere
| label39     = Atmospheric surface pressure
| label41     = Atmospheric surface pressure
data39     = {{{surface_pressure|}}}
data41     = {{{surface_pressure|}}}
| label40     = Atmospheric volume
| label42     = Atmospheric volume
data40     = {{{atmosphere_volume|}}}
data42     = {{{atmosphere_volume|}}}
| label41     = Atmospheric composition
| label43     = Atmospheric composition
data41     = {{{atmosphere_composition|}}}
data43     = {{{atmosphere_composition|}}}


| header42 = Socio-cultutral characteristics
| header44 = Socio-cultutral characteristics
| data43 = {{#if:{{{national_motto|}}}{{{motto|}}}
| data45 = {{#if:{{{national_motto|}}}{{{motto|}}}
     |<div style="line-height:1.2em;">'''Motto:&nbsp;'''{{if empty|{{{motto|}}}|{{{national_motto|}}}}}<!--
     |<div style="line-height:1.2em;">'''Motto:&nbsp;'''{{if empty|{{{motto|}}}|{{{national_motto|}}}}}<!--
           -->{{#if:{{{englishmotto|}}}|<br/><div style="display:inline"">{{{englishmotto}}}</div> }}</div>
           -->{{#if:{{{englishmotto|}}}|<br/><div style="display:inline"">{{{englishmotto}}}</div> }}</div>
     }}
     }}


| label44     = National anthem
| label45     = National anthem
| data44       = {{{national_anthem|}}}
| data45       = {{{national_anthem|}}}
| label45     = Royal anthem
| label46     = Royal anthem
data45     = {{{royal_anthem|}}}
data46     = {{{royal_anthem|}}}
| label46 = {{#if:{{{capital_type|}}} | {{{capital_type}}} | Capital }}{{#ifeq: {{#ifeq:{{{largest_city|}}}{{{largest_settlement|}}}|capital
| label47      = Capital
                        |capital<!--
| data47      = {{{capital|}}}
                      -->|{{#switch:{{{capital}}}
| label48    = Largest city
                          | [[{{{largest_city|}}}{{{largest_settlement|}}}]] = capital
| data48    = {{{largest_city|}}}
                          | {{{largest_city|}}}{{{largest_settlement|}}} = capital
| label49     = Largest settlement
                          | not capital
data49    = {{{largest_settlement|}}}
                          }}<!--
                    -->}}|capital <!--
     (#ifeq:)-->|<!------------------------------------------
                    capital is largest_city/_settlement:
                -------------------------------------------
            --><br/><div style="display:inline" style="font-weight:normal">and {{{largest_settlement_type|largest city}}}</div>
              }}
| data46 = {{#if:{{{capital|}}}|{{{capital}}}{{#if:{{{coordinates|}}}|<br/>{{#invoke:Coordinates|coordinsert|{{{coordinates}}}|type:city}}}} }}


| label47   = Official languages
| label50   = Official languages
| data47     = {{{official languages|}}}
| data50     = {{{official languages|}}}
| label48   = National languages
| label51   = National languages
| data48     = {{{national languages|}}}
| data51     = {{{national languages|}}}
| label49   = Ethnic group(s)
| label52   = Ethnic group(s)
| data49     = {{{ethnic group|}}}
| data52     = {{{ethnic group|}}}
| label50   = Religion(s)
| label53   = Religion(s)
| data50     = {{{religion|}}}
| data53     = {{{religion|}}}
| label51   = Demonym(s)
| label54   = Demonym(s)
| data51     = {{{demonym|}}}
| data54     = {{{demonym|}}}
| label52 = {{#if:{{{government_type|}}}
| label55 = {{#if:{{{government_type|}}}
     | {{#if:{{{politics_link|}}}
     | {{#if:{{{politics_link|}}}
               | [[{{{politics_link}}}|{{#ifeq:{{{micronation|}}}|yes|Organizational structure|Government}}]]<!--
               | [[{{{politics_link}}}|{{#ifeq:{{{micronation|}}}|yes|Organizational structure|Government}}]]<!--
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           -->}}<!--
           -->}}<!--
       -->}}
       -->}}
| data52 = {{{government_type|}}}
| data55 = {{{government_type|}}}


| header54 = {{#if:{{{government_type|}}} || {{#if:{{{leader_title1|}}}{{{leader_name1|}}}
| header56 = {{#if:{{{government_type|}}} || {{#if:{{{leader_title1|}}}{{{leader_name1|}}}
         | {{#if:{{{name|}}}{{{membership|}}}
         | {{#if:{{{name|}}}{{{membership|}}}
           | <!--template being used for geopolitical org:-->Leaders           
           | <!--template being used for geopolitical org:-->Leaders           
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}}
}}


| rowclass55 = mergedrow
| rowclass57 = mergedrow
| data55 = {{#if:{{{leader_name1|}}}|{{Infobox country/multirow|{{{leader_title1|}}} |{{{leader_name1|}}} |{{{leader_title2|}}} |{{{leader_name2|}}} |{{{leader_title3|}}} |{{{leader_name3|}}} |{{{leader_title4|}}} |{{{leader_name4|}}} |{{{leader_title5|}}} |{{{leader_name5|}}} |{{{leader_title6|}}} |{{{leader_name6|}}} |{{{leader_title7|}}} |{{{leader_name7|}}} |{{{leader_title8|}}} |{{{leader_name8|}}} |{{{leader_title9|}}} |{{{leader_name9|}}} |{{{leader_title10|}}} |{{{leader_name10|}}} |{{{leader_title11|}}} |{{{leader_name11|}}} |{{{leader_title12|}}} |{{{leader_name12|}}} |{{{leader_title13|}}} |{{{leader_name13|}}} |{{{leader_title14|}}} |{{{leader_name14|}}} |{{{leader_title15|}}} |{{{leader_name15|}}} }} }}
| data57 = {{#if:{{{leader_name1|}}}|{{Infobox country/multirow|{{{leader_title1|}}} |{{{leader_name1|}}} |{{{leader_title2|}}} |{{{leader_name2|}}} |{{{leader_title3|}}} |{{{leader_name3|}}} |{{{leader_title4|}}} |{{{leader_name4|}}} |{{{leader_title5|}}} |{{{leader_name5|}}} |{{{leader_title6|}}} |{{{leader_name6|}}} |{{{leader_title7|}}} |{{{leader_name7|}}} |{{{leader_title8|}}} |{{{leader_name8|}}} |{{{leader_title9|}}} |{{{leader_name9|}}} |{{{leader_title10|}}} |{{{leader_name10|}}} |{{{leader_title11|}}} |{{{leader_name11|}}} |{{{leader_title12|}}} |{{{leader_name12|}}} |{{{leader_title13|}}} |{{{leader_name13|}}} |{{{leader_title14|}}} |{{{leader_name14|}}} |{{{leader_title15|}}} |{{{leader_name15|}}} }} }}


| rowclass56 = mergedrow
| rowclass58 = mergedrow
| label56 = {{#if:{{{title_leader|}}}| {{{title_leader}}} }}
| label58 = {{#if:{{{title_leader|}}}| {{{title_leader}}} }}
| data56 = {{#if:{{{title_leader|}}}|&nbsp;}}
| data58 = {{#if:{{{title_leader|}}}|&nbsp;}}
| rowclass57 = mergedrow
| rowclass59 = mergedrow
| data57 = {{#if:{{{year_leader1|}}} | {{Infobox country/multirow|{{{year_leader1|}}} |{{{leader1|}}} |{{{year_leader2|}}} |{{{leader2|}}} |{{{year_leader3|}}} |{{{leader3|}}} |{{{year_leader4|}}} |{{{leader4|}}} |{{{year_leader5|}}} |{{{leader5|}}} |{{{year_leader6|}}} |{{{leader6|}}} |{{{year_leader7|}}} |{{{leader7|}}} |{{{year_leader8|}}} |{{{leader8|}}} |{{{year_leader9|}}} |{{{leader9|}}} |{{{year_leader10|}}} |{{{leader10|}}} |{{{year_leader11|}}} |{{{leader11|}}}|{{{year_leader12|}}} |{{{leader12|}}}|{{{year_leader13|}}} |{{{leader13|}}}|{{{year_leader14|}}} |{{{leader14|}}}|{{{year_leader15|}}} |{{{leader15|}}} }} }}
| data59 = {{#if:{{{year_leader1|}}} | {{Infobox country/multirow|{{{year_leader1|}}} |{{{leader1|}}} |{{{year_leader2|}}} |{{{leader2|}}} |{{{year_leader3|}}} |{{{leader3|}}} |{{{year_leader4|}}} |{{{leader4|}}} |{{{year_leader5|}}} |{{{leader5|}}} |{{{year_leader6|}}} |{{{leader6|}}} |{{{year_leader7|}}} |{{{leader7|}}} |{{{year_leader8|}}} |{{{leader8|}}} |{{{year_leader9|}}} |{{{leader9|}}} |{{{year_leader10|}}} |{{{leader10|}}} |{{{year_leader11|}}} |{{{leader11|}}}|{{{year_leader12|}}} |{{{leader12|}}}|{{{year_leader13|}}} |{{{leader13|}}}|{{{year_leader14|}}} |{{{leader14|}}}|{{{year_leader15|}}} |{{{leader15|}}} }} }}


| label58 = Representative(s)
| label60 = Representative(s)
| data58 = {{{representative|}}}
| data60 = {{{representative|}}}


| label59 = Legislature
| label61 = Legislature
| data59 = {{{legislature|}}}
| data61 = {{{legislature|}}}
| rowclass60 = mergedrow
| rowclass62 = mergedrow
| label60 = <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;{{#if:{{{type_house1|}}}|{{{type_house1}}}|[[Upper house]]}}</div>
| label62 = <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;{{#if:{{{type_house1|}}}|{{{type_house1}}}|[[Upper house]]}}</div>
| data60 = {{{upper_house|{{{house1|}}}}}}
| data62 = {{{upper_house|{{{house1|}}}}}}
| rowclass61 = mergedbottomrow
| rowclass63 = mergedbottomrow
| label61 = <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;{{#if:{{{type_house2|}}}|{{{type_house2}}}|[[Lower house]]}}</div>
| label63 = <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;{{#if:{{{type_house2|}}}|{{{type_house2}}}|[[Lower house]]}}</div>
| data61 = {{{lower_house|{{{house2|}}}}}}
| data63 = {{{lower_house|{{{house2|}}}}}}
| label62 = Year of colonization
| label64 = Year of colonization
| data62 = {{{year col|}}}
| data64 = {{{year col|}}}
| label63 = Population estimate
| label65 = Population estimate
| data63 = {{{pop_est|}}}
| data65 = {{{pop_est|}}}


| rowclass64= mergedtoprow
| rowclass66= mergedtoprow
| label64= {{#ifeq:{{{micronation|}}}|yes|Claimed|}} [[Gross domestic product|GDP]]&nbsp;<span style="font-weight:normal;">(nominal)</span>
| label6= {{#ifeq:{{{micronation|}}}|yes|Claimed|}} [[Gross domestic product|GDP]]&nbsp;<span style="font-weight:normal;">(nominal)</span>
| data64= {{#if:{{{GDP_nominal|}}}{{{GDP_nominal_per_capita|}}}
| data66= {{#if:{{{GDP_nominal|}}}{{{GDP_nominal_per_capita|}}}
   |{{#if:{{{GDP_nominal_year|}}} |{{{GDP_nominal_year}}}&nbsp;}}estimate
   |{{#if:{{{GDP_nominal_year|}}} |{{{GDP_nominal_year}}}&nbsp;}}estimate
   }}
   }}


| rowclass65= mergedrow
| rowclass67= mergedrow
| label65= <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;Total</div>
| label67= <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;Total</div>
| data165= {{#if:{{{GDP_nominal|}}}
| data167= {{#if:{{{GDP_nominal|}}}
     |{{{GDP_nominal}}}<!--
     |{{{GDP_nominal}}}<!--
             -->{{#if:{{{GDP_nominal_rank|}}} |&#32;([[List of countries by GDP (nominal)|{{{GDP_nominal_rank}}}]])}}
             -->{{#if:{{{GDP_nominal_rank|}}} |&#32;([[List of countries by GDP (nominal)|{{{GDP_nominal_rank}}}]])}}
     }}
     }}
| rowclass66= mergedbottomrow
| rowclass68= mergedbottomrow
| label66= <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;Per capita</div>
| label68= <div style="text-indent:-0.9em;margin-left:1.2em;font-weight:normal;">•&nbsp;Per capita</div>
| data66= {{#if:{{{GDP_nominal_per_capita|}}}
| data68= {{#if:{{{GDP_nominal_per_capita|}}}
         | {{{GDP_nominal_per_capita}}}<!--
         | {{{GDP_nominal_per_capita}}}<!--
                 -->{{#if:{{{GDP_nominal_per_capita_rank|}}} |&#32;([[List of countries by GDP (nominal) per capita|{{{GDP_nominal_per_capita_rank}}}]])}}
                 -->{{#if:{{{GDP_nominal_per_capita_rank|}}} |&#32;([[List of countries by GDP (nominal) per capita|{{{GDP_nominal_per_capita_rank}}}]])}}
       }}
       }}


| label67 = [[Gini_coefficient|Gini]]{{#if:{{{Gini_year|}}} |&nbsp;<span style="font-weight:normal;">({{{Gini_year}}})</span>}}
| label69 = [[Gini_coefficient|Gini]]{{#if:{{{Gini_year|}}} |&nbsp;<span style="font-weight:normal;">({{{Gini_year}}})</span>}}
| data67 = {{#if:{{{Gini|}}}
| data69 = {{#if:{{{Gini|}}}
     | {{#switch:{{{Gini_change|}}}
     | {{#switch:{{{Gini_change|}}}
               |increase = {{increaseNegative}}&nbsp;<!--
               |increase = {{increaseNegative}}&nbsp;<!--
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       -->}}
       -->}}


| label68 = [[Human Development Index|HDI]]{{#if:{{{HDI_year|}}} |&nbsp;<span style="font-weight:normal;">({{{HDI_year}}})</span>}}
| label70 = [[Human Development Index|HDI]]{{#if:{{{HDI_year|}}} |&nbsp;<span style="font-weight:normal;">({{{HDI_year}}})</span>}}
| data68 = {{#if:{{{HDI|}}}
| data70 = {{#if:{{{HDI|}}}
     | {{#switch:{{{HDI_change|}}}
     | {{#switch:{{{HDI_change|}}}
               |increase = {{increase}}&nbsp;<!--
               |increase = {{increase}}&nbsp;<!--
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       -->}}
       -->}}


| label69 = Currency
| label71 = Currency
| data69 = {{#if:{{{currency|}}}
| data71 = {{#if:{{{currency|}}}
     | {{{currency}}} {{#if:{{{currency_code|}}} |({{{currency_code}}})}}
     | {{{currency}}} {{#if:{{{currency_code|}}} |({{{currency_code}}})}}
   }}
   }}

Revision as of 21:57, 4 August 2021

Astrographical information
Orbital characteristics
Dimensions
Atmosphere
Socio-cultutral characteristics