Template:Infobox celestial body/doc - Revision history

KiwiShark: caption padding

2025-03-06T01:32:26Z

caption padding

← Older revision		Revision as of 03:32, 6 March 2025
Line 20:		Line 20:
	\| headerstyle = font-weight: bold; font-size: 14px; text-align: left;		\| headerstyle = font-weight: bold; font-size: 14px; text-align: left;
	\| autoheaders = y		\| autoheaders = y
	\| captionstyle = text-align: center; font-style: italic;		\| captionstyle = text-align: center; font-style: italic; padding: 0.5em 0 0 0;

KiwiShark: updated equations

2025-03-06T01:24:08Z

updated equations

← Older revision		Revision as of 03:24, 6 March 2025
Line 48:		Line 48:
	\| data23 = {{Sigfigs		\| data23 = {{Sigfigs
	\|{{#expr: 4 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} / 1000)^2 round 0}}		\|{{#expr: 4 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} / 1000)^2 round 0}}
	\|4}} <small>m<sup>2</sup></small>		\|4}} <small>km<sup>2</sup></small>

	\| label24 = Mass		\| label24 = Mass
Line 82:		Line 82:
	\| label30 = Escape velocity		\| label30 = Escape velocity
	\| data30 = {{Sigfigs		\| data30 = {{Sigfigs
	\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000) ) }}		\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}}) ) }}
	\|4}} <small>m/s~~<sup>2</sup>~~</small>		\|4}} <small>m/s</small>

	\| label31 = Sidereal rotation period		\| label31 = Sidereal rotation period
Line 90:		Line 90:
	\| label32 = Sidereal rotational velocity		\| label32 = Sidereal rotational velocity
	\| data32 = {{Sigfigs		\| data32 = {{Sigfigs
	\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} * 1000 / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}		\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}
	\|4}} <small>m/s</small>		\|4}} <small>m/s</small>

	\| label33 = Synchronous orbit		\| label33 = Synchronous orbit
	\| data33 = {{Sigfigs		\| data33 = {{Sigfigs
	\|{{#expr: ( (~~{{#expr:~~ .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} }} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi ^ 2) )^(1/3) / 1000}}		\|{{#expr: ((.000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi^2))^(1/3) / 1000}}
	\|3}} <small>km</small>		\|5}} <small>km</small>

	\| header40 = Orbital Characteristics		\| header40 = Orbital Characteristics
Line 102:		Line 102:
	\| label41 = Semi major axis		\| label41 = Semi major axis
	\| data41 = {{Sigfigs		\| data41 = {{Sigfigs
	\|{{#invoke:Data\|getData\|Example/body\|sma}}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} / 1000 }}
	\|4}} <small>m</small>		\|4}} <small>km</small>

	\| label42 = Apoapsis		\| label42 = Apoapsis
	\| data42 = {{Sigfigs		\| data42 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} * (1 + {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} / 1000 * (1 + {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}
	\|4}} <small>m</small>		\|4}} <small>km</small>

	\| label43 = Periapsis		\| label43 = Periapsis
	\| data43 = {{Sigfigs		\| data43 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} * (1 - {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} / 1000 * (1 - {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}
	\|4}} <small>m</small>		\|4}} <small>km</small>

	\| label44 = Eccentricity		\| label44 = Eccentricity
Line 131:		Line 131:

	\| label49 = Orbital period		\| label49 = Orbital period
	\| data49 = {{ExpandTime\|{{#ifeq: {{#invoke:Data\|getData\|Example/body\|name}} \| Kerbin \| N/A \| {{#expr: 2 * pi * sqrt( ({{#invoke:Data\|getData\|Example/body\|sma}}1000)^3 / (.000000000066743 {{#invoke:Data\|getData\|Example/body/parent\|mass}}) ) }} }} }}		\| data49 = {{ExpandTime\|{{#ifeq: {{#invoke:Data\|getData\|Example/body\|name}} \| Kerbin \| N/A \| {{#expr: 2 * pi * sqrt( ({{#invoke:Data\|getData\|Example/body\|sma}})^3 / (.000000000066743 * {{#invoke:Data\|getData\|Example/body/parent\|mass}}) ) }} }} }}

	\| label50 = Sidereal orbital period		\| label50 = Sidereal orbital period

KiwiShark: equation updates

2025-03-03T18:17:07Z

equation updates

← Older revision		Revision as of 20:17, 3 March 2025
Line 67:		Line 67:
	\| label27 = Density		\| label27 = Density
	\| data27 = {{Sigfigs		\| data27 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|mass}} / (4/3 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)^3) }}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|mass}} / (4/3 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}})^3) }}
	\|4}} <small>kg/m<sup>3</sup></small>		\|4}} <small>kg/m<sup>3</sup></small>

	\| label28 = Volume		\| label28 = Volume
	\| data28 = {{Sigfigs		\| data28 = {{Sigfigs
	\|{{#expr: (4/3) * pi * {{#invoke:Data\|getData\|Example/body\|radius}}^3 }}		\|{{#expr: (4/3) * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} / 1000)^3 }}
	\|4}} <small>km<sup>3</sup></small>		\|4}} <small>km<sup>3</sup></small>

	\| label29 = Surface gravity		\| label29 = Surface gravity
	\| data29 = {{Sigfigs		\| data29 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|surface_gravity}}*9.~~812~~ }}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|surface_gravity}}*9.80665 }}
	\|4}} <small>m/s<sup>2</sup> ({{#invoke:Data\|getData\|Example/body\|surface_gravity}} ''g'') </small>		\|4}} <small>m/s<sup>2</sup> ({{#invoke:Data\|getData\|Example/body\|surface_gravity}} ''g'') </small>

	\| label30 = Escape velocity		\| label30 = Escape velocity
	\| data30 = {{Sigfigs		\| data30 = {{Sigfigs
	\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)) }}		\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000) ) }}
	\|4}} <small>m/s<sup>2</sup></small>		\|4}} <small>m/s<sup>2</sup></small>

Line 94:		Line 94:

	\| label33 = Synchronous orbit		\| label33 = Synchronous orbit
	\| data33 = {{~~#number_format:~~{{#expr: ( ({{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}}}} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi ^ 2) )^(1/3) / 1000}}\|3}} <small>km</small>		\| data33 = {{Sigfigs
			\|{{#expr: ( ({{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} }} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi ^ 2) )^(1/3) / 1000}}
			\|3}} <small>km</small>

	\| header40 = Orbital Characteristics		\| header40 = Orbital Characteristics

KiwiShark: equation changes and spacing

2025-03-03T17:52:44Z

equation changes and spacing

← Older revision		Revision as of 19:52, 3 March 2025
Line 40:		Line 40:

	\| label21 = Equatorial radius		\| label21 = Equatorial radius
	\| data21 = {{#invoke:Data\|getData\|Example/body\|radius}} <small>km</small>		\| data21 = {{#expr: {{#invoke:Data\|getData\|Example/body\|radius}} / 1000}} <small>km</small>

	\| label22 = Equatorial circumference		\| label22 = Equatorial circumference
	\| data22 = {{#expr: 2* pi * {{#invoke:Data\|getData\|Example/body\|radius}} round 0}} <small>km</small>		\| data22 = {{#expr: 2* pi * {{#invoke:Data\|getData\|Example/body\|radius}} / 1000 round 0}} <small>km</small>

	\| label23 = Surface area		\| label23 = Surface area
	\| data23 = {{Sigfigs		\| data23 = {{Sigfigs
	\|{{#expr: 4 * pi * {{#invoke:Data\|getData\|Example/body\|radius}}^2 round 0}}		\|{{#expr: 4 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} / 1000)^2 round 0}}
	\|4}} <small>m<sup>2</sup></small>		\|4}} <small>m<sup>2</sup></small>

	\| label24 = Mass		\| label24 = Mass
	\| data24 = {{Sigfigs		\| data24 = {{Sigfigs
	\|{{#expr: ((9.812 * (1000 * {{#invoke:Data\|getData\|Example/body\|radius}})^2) / .000000000066743)}}		\|{{#expr: ((9.812 * ({{#invoke:Data\|getData\|Example/body\|radius}})^2) / .000000000066743)}}
	\|4}} <small>kg</small>		\|4}} <small>kg</small>

	\| label25 = Axial tilt		\| label25 = Axial tilt
	\| data25 = {{Sigfigs		\| data25 = {{Sigfigs
	\|{{#invoke:Data\|getData\|Example/body\|axial_tilt}}		\|{{#invoke:Data\|getData\|Example/body\|axial_tilt}}
	\|4}}°		\|4}}°

	\| label26 = Standard gravitational parameter		\| label26 = Standard gravitational parameter
	\| data26 = {{Sigfigs		\| data26 = {{Sigfigs
	\|{{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}}}}		\|{{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}}}}
	\|4}} <small>m<sup>3</sup>/s<sup>2</sup></small>		\|4}} <small>m<sup>3</sup>/s<sup>2</sup></small>

	\| label27 = Density		\| label27 = Density
	\| data27 = {{Sigfigs		\| data27 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|mass}} / (4/3 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)^3) }}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|mass}} / (4/3 * pi * ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)^3) }}
	\|4}} <small>kg/m<sup>3</sup></small>		\|4}} <small>kg/m<sup>3</sup></small>

	\| label28 = Volume		\| label28 = Volume
	\| data28 = {{Sigfigs		\| data28 = {{Sigfigs
	\|{{#expr: (4/3) * pi * {{#invoke:Data\|getData\|Example/body\|radius}}^3 }}		\|{{#expr: (4/3) * pi * {{#invoke:Data\|getData\|Example/body\|radius}}^3 }}
	\|4}} <small>km<sup>3</sup></small>		\|4}} <small>km<sup>3</sup></small>

	\| label29 = Surface gravity		\| label29 = Surface gravity
	\| data29 = {{Sigfigs		\| data29 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|surface_gravity}}*9.812 }}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|surface_gravity}}*9.812 }}
	\|4}} <small>m/s<sup>2</sup> ({{#invoke:Data\|getData\|Example/body\|surface_gravity}} ''g'') </small>		\|4}} <small>m/s<sup>2</sup> ({{#invoke:Data\|getData\|Example/body\|surface_gravity}} ''g'') </small>

	\| label30 = Escape velocity		\| label30 = Escape velocity
	\| data30 = {{Sigfigs		\| data30 = {{Sigfigs
	\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)) }}		\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)) }}
	\|4}} <small>m/s<sup>2</sup></small>		\|4}} <small>m/s<sup>2</sup></small>

	\| label31 = Sidereal rotation period		\| label31 = Sidereal rotation period
	\| data31 = {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} <small>s <br> {{ExpandTime\|{{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}}} </small>		\| data31 = {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} <small>s <br> {{ExpandTime\|{{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}}} </small>

	\| label32 = Sidereal rotational velocity		\| label32 = Sidereal rotational velocity
	\| data32 = {{Sigfigs		\| data32 = {{Sigfigs
	\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} * 1000 / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}		\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} * 1000 / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}
	\|4}} <small>m/s</small>		\|4}} <small>m/s</small>

	\| label33 = Synchronous orbit		\| label33 = Synchronous orbit
	\| data33 = {{#number_format:{{#expr: ( ({{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}}}} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi ^ 2) )^(1/3) / 1000}}\|3}} <small>km</small>		\| data33 = {{#number_format:{{#expr: ( ({{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}}}} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi ^ 2) )^(1/3) / 1000}}\|3}} <small>km</small>
Line 90:		Line 102:
	\|{{#invoke:Data\|getData\|Example/body\|sma}}		\|{{#invoke:Data\|getData\|Example/body\|sma}}
	\|4}} <small>m</small>		\|4}} <small>m</small>

	\| label42 = Apoapsis		\| label42 = Apoapsis
	\| data42 = {{Sigfigs		\| data42 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} * (1 + {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} * (1 + {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}
	\|4}} <small>m</small>		\|4}} <small>m</small>

	\| label43 = Periapsis		\| label43 = Periapsis
	\| data43 = {{Sigfigs		\| data43 = {{Sigfigs
	\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} * (1 - {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}		\|{{#expr: {{#invoke:Data\|getData\|Example/body\|sma}} * (1 - {{#invoke:Data\|getData\|Example/body\|eccentricity}})}}
	\|4}} <small>m</small>		\|4}} <small>m</small>

	\| label44 = Eccentricity		\| label44 = Eccentricity
	\| data44 = {{#invoke:Data\|getData\|Example/body\|eccentricity}}		\| data44 = {{#invoke:Data\|getData\|Example/body\|eccentricity}}

	\| label45 = Inclination		\| label45 = Inclination
	\| data45 = {{#invoke:Data\|getData\|Example/body\|inclination}}°		\| data45 = {{#invoke:Data\|getData\|Example/body\|inclination}}°

	\| label46 = Argument of periapsis		\| label46 = Argument of periapsis
	\| data46 = {{#invoke:Data\|getData\|Example/body\|arg_pe}}°		\| data46 = {{#invoke:Data\|getData\|Example/body\|arg_pe}}°

	\| label47 = Longitude of the ascending node		\| label47 = Longitude of the ascending node
	\| data47 = {{#invoke:Data\|getData\|Example/body\|long_an}}°		\| data47 = {{#invoke:Data\|getData\|Example/body\|long_an}}°

	\| label48 = Mean anomaly		\| label48 = Mean anomaly
	\| data48 = {{#invoke:Data\|getData\|Example/body\|anomaly}}°		\| data48 = {{#invoke:Data\|getData\|Example/body\|anomaly}}°

	\| label49 = Orbital period		\| label49 = Orbital period
	\| data49 = {{ExpandTime\|{{#ifeq: {{#invoke:Data\|getData\|Example/body\|name}} \| Kerbin \| N/A \| {{#expr: 2 * pi * sqrt( ({{#invoke:Data\|getData\|Example/body\|sma}}1000)^3 / (.000000000066743 {{#invoke:Data\|getData\|Example/body/parent\|mass}}) ) }} }} }}		\| data49 = {{ExpandTime\|{{#ifeq: {{#invoke:Data\|getData\|Example/body\|name}} \| Kerbin \| N/A \| {{#expr: 2 * pi * sqrt( ({{#invoke:Data\|getData\|Example/body\|sma}}1000)^3 / (.000000000066743 {{#invoke:Data\|getData\|Example/body/parent\|mass}}) ) }} }} }}

	\| label50 = Sidereal orbital period		\| label50 = Sidereal orbital period
	\| data50 =		\| data50 =

	\| label51 = Synodic orbital period		\| label51 = Synodic orbital period
	\| data51 =		\| data51 =

	\| label52 = Orbital velocity		\| label52 = Orbital velocity
	\| data52 =		\| data52 =
Line 122:		Line 145:
	\| label61 = Atmosphere present		\| label61 = Atmosphere present
	\| data61 = {{#ifexpr: {{#invoke:Data\|getData\|Example/body\|atmo_pressure}} > 0 \| ✔ \| ✗}}		\| data61 = {{#ifexpr: {{#invoke:Data\|getData\|Example/body\|atmo_pressure}} > 0 \| ✔ \| ✗}}

	\| label62 = Pressure		\| label62 = Pressure
	\| data62 = {{#number_format: {{#invoke:Data\|getData\|Example/body\|atmo_pressure}} \| 0}} <small>kPa</small>		\| data62 = {{#number_format: {{#invoke:Data\|getData\|Example/body\|atmo_pressure}} \| 0}} <small>kPa</small>

	\| label63 = Height		\| label63 = Height
	\| data63 = {{#number_format: {{#invoke:Data\|getData\|Example/body\|atmo_height}} \| 0}} <small>m</small>		\| data63 = {{#number_format: {{#invoke:Data\|getData\|Example/body\|atmo_height}} \| 0}} <small>m</small>

	\| label64 = Oxygen present		\| label64 = Oxygen present
	\| data64 = {{#ifeq: {{#invoke:Data\|getData\|Example/body\|atmo_oxygen}} \| true \| ✔ \| ✗}}		\| data64 = {{#ifeq: {{#invoke:Data\|getData\|Example/body\|atmo_oxygen}} \| true \| ✔ \| ✗}}
	}}		}}

KiwiShark: style changes

2025-02-17T21:55:28Z

style changes

← Older revision		Revision as of 23:55, 17 February 2025
Line 5:		Line 5:
	\| caption = Test caption		\| caption = Test caption

	\| labelstyle = width: 50%; text-align: left; vertical-align: text-top;		\| labelstyle = width: 50%; text-align: left; vertical-align: text-top; padding: 0.1em;
	\| titlestyle = ~~background-color: #f7aa33;~~		\| titlestyle =
	padding: 0.2em 0em 0.2em;		padding: 0.2em 0em 0.2em;
	~~color: black;~~
	font-size: 22px;		font-size: 22px;
	font-weight: bold;		font-weight: bold;
	\| bodystyle = width: ~~24em~~; border: 1px solid #a2a9b1; border-spacing: 3px; margin: 0.5em 0 0.5em 1em;		\| bodystyle = width: 23em;
			border: 1px solid #a2a9b1;
			border-spacing: 3px; margin: 0.5em 0 0.5em 1em;
	padding: 0.2em;		padding: 0.2em;
	float: right;		float: right;
Line 17:		Line 18:
	font-size: 88%;		font-size: 88%;
	line-height: 1.5em;		line-height: 1.5em;
	~~width: 20em;~~		\| headerstyle = font-weight: bold; font-size: 14px; text-align: left;
	\| headerstyle = font-weight: bold~~; color: black; background: #f7aa33~~; font-size: 14px; text-align: left;
	\| autoheaders = y		\| autoheaders = y
	\| captionstyle = text-align: center; font-style: italic;		\| captionstyle = text-align: center; font-style: italic;

KiwiShark: added orbital period

2025-01-02T17:36:24Z

added orbital period

← Older revision		Revision as of 19:36, 2 January 2025
Line 102:		Line 102:
	\| label45 = Inclination		\| label45 = Inclination
	\| data45 = {{#invoke:Data\|getData\|Example/body\|inclination}}°		\| data45 = {{#invoke:Data\|getData\|Example/body\|inclination}}°
			\| label46 = Argument of periapsis
			\| data46 = {{#invoke:Data\|getData\|Example/body\|arg_pe}}°
			\| label47 = Longitude of the ascending node
			\| data47 = {{#invoke:Data\|getData\|Example/body\|long_an}}°
			\| label48 = Mean anomaly
			\| data48 = {{#invoke:Data\|getData\|Example/body\|anomaly}}°
			\| label49 = Orbital period
			\| data49 = {{ExpandTime\|{{#ifeq: {{#invoke:Data\|getData\|Example/body\|name}} \| Kerbin \| N/A \| {{#expr: 2 * pi * sqrt( ({{#invoke:Data\|getData\|Example/body\|sma}}1000)^3 / (.000000000066743 {{#invoke:Data\|getData\|Example/body/parent\|mass}}) ) }} }} }}
			\| label50 = Sidereal orbital period
			\| data50 =
			\| label51 = Synodic orbital period
			\| data51 =
			\| label52 = Orbital velocity
			\| data52 =

KiwiShark: improved atmosphere elements

2025-01-02T16:19:22Z

improved atmosphere elements

← Older revision		Revision as of 18:19, 2 January 2025
Line 107:		Line 107:

	\| label61 = Atmosphere present		\| label61 = Atmosphere present
	\| data61 = ✔		\| data61 = {{#ifexpr: {{#invoke:Data\|getData\|Example/body\|atmo_pressure}} > 0 \| ✔ \| ✗}}
	\| label62 = Pressure		\| label62 = Pressure
	\| data62 = 1 <small>~~atm~~</small>		\| data62 = {{#number_format: {{#invoke:Data\|getData\|Example/body\|atmo_pressure}} \| 0}} <small>kPa</small>
	\| label63 = Height		\| label63 = Height
	\| data63 = ~~400~~ <small>m</small>		\| data63 = {{#number_format: {{#invoke:Data\|getData\|Example/body\|atmo_height}} \| 0}} <small>m</small>
	\| label64 = Oxygen~~-rich~~		\| label64 = Oxygen present
	\| data64 = ✔		\| data64 = {{#ifeq: {{#invoke:Data\|getData\|Example/body\|atmo_oxygen}} \| true \| ✔ \| ✗}}
	}}		}}

KiwiShark: reduced header text size

2025-01-02T05:27:16Z

reduced header text size

← Older revision		Revision as of 07:27, 2 January 2025
Line 18:		Line 18:
	line-height: 1.5em;		line-height: 1.5em;
	width: 20em;		width: 20em;
	\| headerstyle = font-weight: bold; color: black; background: #f7aa33; font-size: ~~18px~~; text-align: left;		\| headerstyle = font-weight: bold; color: black; background: #f7aa33; font-size: 14px; text-align: left;
	\| autoheaders = y		\| autoheaders = y
	\| captionstyle = text-align: center; font-style: italic;		\| captionstyle = text-align: center; font-style: italic;

KiwiShark: added synchronous orbit

2025-01-02T05:08:32Z

added synchronous orbit

← Older revision		Revision as of 07:08, 2 January 2025
Line 42:		Line 42:
	\| data21 = {{#invoke:Data\|getData\|Example/body\|radius}} <small>km</small>		\| data21 = {{#invoke:Data\|getData\|Example/body\|radius}} <small>km</small>
	\| label22 = Equatorial circumference		\| label22 = Equatorial circumference
	\| data22 = {{#expr: 2* pi * {{#invoke:Data\|getData\|Example/body\|radius}} round 0}} <small>m</small>		\| data22 = {{#expr: 2* pi * {{#invoke:Data\|getData\|Example/body\|radius}} round 0}} <small>km</small>
	\| label23 = Surface area		\| label23 = Surface area
	\| data23 = {{Sigfigs		\| data23 = {{Sigfigs
Line 81:		Line 81:
	\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} * 1000 / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}		\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} * 1000 / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}
	\|4}} <small>m/s</small>		\|4}} <small>m/s</small>
			\| label33 = Synchronous orbit
			\| data33 = {{#number_format:{{#expr: ( ({{#expr: .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}}}} * {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}^2) / (4 * pi ^ 2) )^(1/3) / 1000}}\|3}} <small>km</small>

	\| header40 = Orbital Characteristics		\| header40 = Orbital Characteristics

KiwiShark: added sidereal rotational velocity

2025-01-02T04:53:50Z

added sidereal rotational velocity

← Older revision		Revision as of 06:53, 2 January 2025
Line 75:		Line 75:
	\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)) }}		\|{{#expr: sqrt(2 * .000000000066743 * {{#invoke:Data\|getData\|Example/body\|mass}} / ({{#invoke:Data\|getData\|Example/body\|radius}} * 1000)) }}
	\|4}} <small>m/s<sup>2</sup></small>		\|4}} <small>m/s<sup>2</sup></small>
			\| label31 = Sidereal rotation period
			\| data31 = {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} <small>s <br> {{ExpandTime\|{{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}}}} </small>
			\| label32 = Sidereal rotational velocity
			\| data32 = {{Sigfigs
			\|{{#expr: 2 * pi * {{#invoke:Data\|getData\|Example/body\|radius}} * 1000 / {{#invoke:Data\|getData\|Example/body\|sidereal_rotation_period}} }}
			\|4}} <small>m/s</small>

	\| header40 = Orbital Characteristics		\| header40 = Orbital Characteristics