编辑“动态模组创作”（章节）

==== Inline math ====
Scripted effects and scripted triggers can also have <code><nowiki>@\[ ... ]</nowiki></code>, a simple inline math statement.
<pre>
 inline_math_example = {
 	add_monthly_resource_mult = {
 		resource = unity
 		value = $COUNT|1$
 		min = @\[ $COUNT|1$ * 10 ]
 		max = 99999999
 	}
 }
</pre>

This scripted effect will give the scoped empire X times their monthly unity income (up to 99,999,999 and down to X * 10), where X is the parameter given as COUNT.

For example, <code>inline_math_example = { COUNT = 10 }</code> gives the scoped empire 10 times their monthly unity income (up to 99,999,999 and down to 100).

Inline math has a drawback. Only the '''FIRST''' <code><nowiki>@\[ ... ]</nowiki></code> statement in a scripted effect / trigger is correctly recognized and evaluated. If multiple inline math statements is needed anyway, create multiple scripted effects that call each other.

To the authoring of this entry there are 4 known functional operators for inline math statements:

;“+”
:Adds the number on the right to the number on the left.
;“-”
:Subtracts the number on the right from the number on the left.
;“*”
:Multiplies the number on the left by the number on the right.
;“/”
:Divides the number on the left by the number on the right.

Any other attempted operator such as a <nowiki>=</nowiki> or <nowiki>^</nowiki> will result in the joining of the two sides. For example, if the statement <nowiki>@\[ 4 = 2 ]</nowiki> is ran, the resultant will be 42 to the effect.

<pre>
 # If <condition A> is true, give the scoped empire twice the monthly unity income, otherwise once the monthly unity income.
 # If <condition B> is true, unity gained this way is reduced by -25%.
 inline_math_drawback = {
 	if = {
 		limit = { <condition A> }
 		inline_math_drawback_step_2 = { COUNT = 2 }
 	}
 	else = {
 		inline_math_drawback_step_2 = { COUNT = 1 }
 	}
 }

 inline_math_drawback_step_2 = {
 	if = {
 		limit = { <condition B> }
 		inline_math_drawback_step_3 = { COUNT = $COUNT$  MULT = 0.75 }
 	}
 	else = {
 		inline_math_drawback_step_3 = { COUNT = $COUNT$  MULT = 1.0 }
 	}
 }

 inline_math_drawback_step_3 = {
 	inline_math_drawback_step_4 = {
 		RESOURCE = unity
 		COUNT = @\[ $COUNT$ * $MULT$ ]
 	}
 }

 inline_math_drawback_step_4 = {
 	add_monthly_resource_mult = {
 		resource = $RESOURCE$
 		value = $COUNT$
 		min = @\[ $COUNT$ * 100 ]
 		max = 100000000
 	}
 }
</pre>
It should be noted however that if multiple inline math statements are required for your code you will have to execute them in a manner of one per scripted effect call. It is however possible to send an inline math statement as a parameter by wrapping it in a pair of quotations <code><nowiki>"@\[ ... ]"</nowiki></code>. Wrapping an inline math statement will allow for a scripted event to use multiple inline statements so long as the statements are a parameter to another effect, although it cannot send more than one statement as a parameter to an effect.
<pre>
 # If <condition A> is true, give the scoped empire twice the unity income, otherwise once a static unity income.
 # If <condition B> is true, unity gained this way is reduced by -25%.
 inline_math_effect = {
 	if = {
 		limit = { <condition A> }
 		inline_math_drawback_step_2 = { COUNT = 2 }
 	}
 	else = {
 		inline_math_drawback_step_2 = { COUNT = 1 }
 	}
 }
 inline_math_drawback_step_2 = {
# These inline statements won't run here allowing us to pick and chose which one we want, but it will autofill the $COUNT$ parameter in this statement.
 	if = {
 		limit = { <condition B> }
 		inline_math_drawback_step_3 = { Resource = unity Value = "@\[ $COUNT$ * 0.75 * 500]" }
 	}
 	else = {
 		inline_math_drawback_step_3 = { Resource = unity Value = "@\[ $COUNT$ * 500]" }
 	}
 }
 inline_math_drawback_step_3 = {
 	add_resource = {
 		$Resource$ = $Value$
 	}
 }
</pre>