Formulae - Revision history

longcat77 at 23:10, 22 September 2024

2024-09-22T23:10:08Z

lrellok: /* Thrust */

2021-11-08T06:51:58Z

‎Thrust

lrellok: /* Thrust */

2021-11-08T06:50:38Z

‎Thrust

Davik at 19:40, 10 June 2020

2020-06-10T19:40:03Z

Cej1120con: /* Bulk Construction */

2018-07-11T01:07:03Z

‎Bulk Construction

The salty one: /* Thrust */

2013-06-18T15:46:38Z

‎Thrust

Urzaserra256: /* Combat Slaves */

2013-02-19T02:55:28Z

‎Combat Slaves

Tregish: /* Augmenter Tweaking */

2011-07-04T00:18:33Z

‎Augmenter Tweaking

Dark at 23:55, 28 May 2011

2011-05-28T23:55:43Z

Blue dwarf: /* Temporary Drones */

2011-05-28T17:04:27Z

‎Temporary Drones

@@ Line 114: / Line 114: @@
 == Thrust  ==
-Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case). The number on the ship screen is this multiplied by 1000.
+Acceleration (a) is Thrust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case). The number on the ship screen is this multiplied by 10,000.
 <math>

@@ Line 114: / Line 114: @@
 == Thrust  ==
-Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case). The number on the ship screen is multiplied by 1000.
+Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case). The number on the ship screen is this multiplied by 1000.
 <math>

@@ Line 114: / Line 114: @@
 == Thrust  ==
-Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case).
+Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case). The number on the ship screen is multiplied by 1000.
 <math>

@@ Line 130: / Line 130: @@
 Calculations for slots systems
-===  Slaves ===
+===  Bots ===
-A slaved ship takes a number of slots (S) equal to half its tech (T), rounded up with a minimum number of slots of 1.
+A Bots ship takes a number of slots (S) equal to half its tech (T), rounded up with a minimum number of slots of 1.
 <math>S = \dfrac{T}{2}</math>
-==== Trade Slaves ====
+==== Trade Bots ====
-The number of available Trade Slave slots <math>S_T</math> is equal to your level in [[Remote Control]] (<math>R_C</math>) plus your level in [[Slave Research]] (<math>S_R</math>)
+The number of available Trade Bot slots <math>S_T</math> is equal to your level in [[Remote Control]] (<math>R_C</math>) plus your level in [[Bot Research]] (<math>S_R</math>)
 <math>S_T = R_C + S_R</math>
-==== Combat Slaves ====
+==== Combat Bots ====
-Combot Slave slots use the same formula as Trade Slave slots with the additional restriction that the total number (T) of activated slaves cannot exceed half the value of your total slots.
+Combot Bots slots use the same formula as Trade bot slots with the additional restriction that the total number (T) of activated botscannot exceed half the value of your total slots.
 <math>
@@ Line 160: / Line 160: @@
 ====  Permanent Drones  ====
-Permanent Drone slot system is much like the slave one. <math>S_t</math> represents total slots, <math>D_t</math> represents Drone tech, <math>S_d</math> represents slots per drone, <math>DD</math> is your [[Drone Deployment]] level, and <math>DR</math> is your [[Drone Research]] level.
+Permanent Drone slot system is much like the bot one. <math>S_t</math> represents total slots, <math>D_t</math> represents Drone tech, <math>S_d</math> represents slots per drone, <math>DD</math> is your [[Drone Deployment]] level, and <math>DR</math> is your [[Drone Research]] level.
 Your total Drone Slots is 4 times that of your Drone Deployment, with DR added on afterwards.

← Older revision		Revision as of 01:07, 11 July 2018
Line 96:		Line 96:

	<math>N = M \times B \times 0.9^{log\left(B\right)}</math>		<math>N = M \times B \times 0.9^{log\left(B\right)}</math>
		+
		+	<sup>*Note: log() is in base 10</sup>

	== Build Time ==		== Build Time ==

@@ Line 112: / Line 112: @@
 == Thrust  ==
-Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as Speed per second.
+Acceleration (a) is Thust (T) divided by Weight (W). Acceleration is defined as change of speed per unit time (seconds in this case).
 <math>
 a=\dfrac{T}{W}</math>
 == Turning  ==

@@ Line 44: / Line 44: @@
 <math>
 \dfrac{1-.56}{1+\left(.56\times\left(.04\times\mbox{AT}+.02\times\mbox{IT}+.005\times\mbox{EC}\right)\right)}</math> <br><br>
 = Colony Suitability  =

@@ Line 26: / Line 26: @@
 B_{sum} =
 \begin{cases}
-  F_{sum} \ge 1, & F_{sum} + 1 \\
+  F_{sum} \ge 0, & F_{sum} + 1 \\
-  F_{sum} < 1, & \dfrac{-1}{F_{sum} - 1}
+  F_{sum} < 0, & \dfrac{-1}{F_{sum} - 1}
 \end{cases}</math>

@@ Line 150: / Line 150: @@
 ====  Temporary Drones  ====
-Temporary Drones don't have slots as such, as a non-[[Engineer]], you get 3 Temporary Drone slots, to lay any Tech of drone. This can be increased to 6 via [[Drone Mastery]], which adds an extra each at levels 1, 10 and 20.
+Temporary Drones don't have slots as such, players start off with the ability to lay 3 temporary drones, this can be increased by training [[Drone Mastery]], one of the tertiary skills of the [[Engineer]] class. This adds the ability to drop an extra drone at levels 1, 10 and 20 making a grand total of 6.
 ====  Permanent Drones  ====