Differences

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--- outposthd:planet_selection [2019/01/06 23:27] – leeor_net
+++ outposthd:planet_selection [2021/10/03 04:52] (current) – [Stellar Properties] leeor_net
@@ Line 6: / Line 6: @@
 ----
-==== Overview ====
+===== Overview =====
-=== Stellar Properties ===
+|< 30% >|
-  * Variable Luminosity
+^ Stellar Properties ^
-  * Low Metallicity
+| Variable Luminosity |
-  * High Metallicity
+| Low Metallicity |
-  * Young
+| High Metallicity |
-  * Middle-Aged
+| Young |
-  * Old
+| Old |
-=== Planetary Types ===
-  * Mars
-  * Mercury
-  * Ganymede
-  * Callisto
-  * Luna
-  * Titan
-=== Planetary Properties ===
+|< 30% >|
-  * High Gravity
+^ Planetary Types ^
-  * Low Gravity
+| Mars |
-  * Molten Core
+| Mercury |
-  * Solid Core
+| Ganymede |
-  * Dense Atmosphere
+| Callisto|
-  * Thin Atmosphere
+| Luna |
-  * No Atmosphere
+| Titan |
+|< 30% >|
+^ Planetary Attributes ^
+| High Gravity |
+| Low Gravity |
+| Molten Core |
+| Solid Core |
+| Dense Atmosphere |
+| Thin Atmosphere |
+| No Atmosphere |
 ----
@@ Line 40: / Line 43: @@
 |< 100% 50% 50% >|
-^ Positive Effect ^ Negative Effect ^
+^ Advantage ^ Disadvantage ^
 | Periods of higher luminosity will result in better agricultural yields and better power generation. | Luminosity cycling also affects thermal radiation which will affect atmospheric turbulence on your planet and can lead to more frequent catastrophic weather. |
@@ Line 47: / Line 50: @@
 |< 100% 50% 50% >|
-^ Positive Effect ^ Negative Effect ^
+^ Advantage ^ Disadvantage ^
 | Lower occurrence of stellar storms. | Fewer, less resource rich terrestrial bodies to land on. |
@@ Line 54: / Line 57: @@
 |< 100% 50% 50% >|
-^ Positive Effect ^ Negative Effect ^
+^ Advantage ^ Disadvantage ^
-| More terrestrial planetary bodies with more abundant resources. | Very frequent stellar storms. |
+| More terrestrial planetary bodies with more abundant resources. | Very frequent solar storms. |
+=== Young ===
+Young stars burn much hotter, are generally brighter, more radioactive and have a high occurrence of stellar storms.
+|< 100% 50% 50% >|
+^ Advantage ^ Disadvantage ^
+| Lots of solar energy for high agricultural yields and solar power generation. | High radioactivity and frequent solar storms. |
+=== Old ===
+Old stars are much cooler than young and middle-aged stars so they don't put out as much light and thermal energy. On the flip side, the solar system is much more predictable and settled.
+|< 100% 50% 50% >|
+^ Advantage ^ Disadvantage ^
+| Few stellar events. | Low light and thermal output. |
+=== Large ===
+Large stars
+|< 100% 50% 50% >|
+^ Advantage ^ Disadvantage ^
+| Lots of light. Abundance of minable resources. | High radioactivity and frequent solar storms. Hostile planets only. |
+=== Small ===
+Old stars are much cooler than young and middle-aged stars so they don't put out as much light and thermal energy. On the flip side, the solar system is much more predictable and settled.
+|< 100% 50% 50% >|
+^ Advantage ^ Disadvantage ^
+| Few stellar events. Lots of rocky planets to choose from. | Low light and thermal output. High asteroid scarcity. |
+==== Planetary Types ====
+=== Mars ===
+=== Mercury ===
+=== Ganymede ===
+=== Callisto ===
+=== Luna ===
+=== Titan ===
+==== Planetary Attributes ====
+=== High Gravity ===
+High gravity planets are abundant in resources but require more resources to build structures able to withstand the additional weight under the increased gravity.
+|< 100% 50% 50% >|
+^ Advantage ^ Disadvantage ^
+| More abundant resources. | Buildings cost more. |