New E2/SF functions + SA accuracy buff(again)

lua/acf/shared/guns/semiauto.lua

@@ -1,7 +1,7 @@
 --define the class
 ACF_defineGunClass("SA", {
 	type = "Gun",
-	spread = 0.131,
+	spread = 0.11,
 	name = "Semiautomatic Cannon",
 	desc = ACFTranslation.GunClasses[12],
 	muzzleflash = "30mm_muzzleflash_noscale",

lua/autorun/acf_globals.lua

@@ -476,19 +476,20 @@ if CLIENT then
 else
 	local curveFactor = 2.5
 	local reset_timer = 60
-
+	ACF.Wind = Vector()
 	timer.Create("ACE_Wind", reset_timer, 0, function()
 		local smokeDir = Vector(math.Rand(-1, 1), math.Rand(-1, 1), 0):GetNormalized()
-		local wind = (math.random() ^ curveFactor) * smokeDir * GetConVar("acf_wind"):GetFloat()
+		ACF.Wind = (math.random() ^ curveFactor) * smokeDir * GetConVar("acf_wind"):GetFloat()
 		net.Start("ACE_Wind")
-			net.WriteFloat(wind.x)
-			net.WriteFloat(wind.y)
+			net.WriteFloat(ACF.Wind.x)
+			net.WriteFloat(ACF.Wind.y)
 		net.Broadcast()
 	end)
 end
 
 
 
+
 cleanup.Register( "aceexplosives" )
 
 AddCSLuaFile("autorun/acf_missile/folder.lua")

lua/entities/gmod_wire_expression2/core/custom/acffunctions.lua

@@ -330,6 +330,16 @@ do
 	e2function number acfCurVersion()
 		return ACF.Version
 	end
+
+	--returns global variable about air effectiveness against heat
+	e2function number acfHEATAirGapFactor()
+		return ACF.HEATAirGapFactor
+	end
+
+	--returns acfWindVector
+	e2function vector acfWindVector()
+		return ACF.Wind
+	end
 end
 
 -- [ Engine Functions ] --

lua/entities/gmod_wire_expression2/core/custom/cl_acfdescriptions.lua

@@ -22,7 +22,8 @@ E2Helper.Descriptions["acfDragDiv"] = "Returns current ACF drag divisor."
 E2Helper.Descriptions["acfHeat"] = "Returns heat of an ACF entity."
 E2Helper.Descriptions["acfVersion"] = "Returns latest git version of ACE."
 E2Helper.Descriptions["acfCurVersion"] = "Returns current version of ACE."
-
+E2Helper.Descriptions["acfHEATAirGapFactor"] = "% velocity loss for every meter traveled. 0.2x means HEAT loses 20% of its energy every 2m traveled. 1m is about typical for the sideskirt spaced armor of most tanks."
+E2Helper.Descriptions["acfWindVector()"] = "Returns acf wind direction(vector)"
 --engine
 E2Helper.Descriptions["acfMaxTorque"] = "Returns the maximum torque (in N/m) of an ACF engine."
 E2Helper.Descriptions["acfMaxPower"] = "Returns the maximum power (in kW) of an ACF engine."

lua/starfall/libs_sv/acf.lua

@@ -828,6 +828,24 @@ function acf_library.getCurrentVersion()
 	return version
 end
 
+--- returns % velocity loss for every meter traveled. 0.2x means HEAT loses 20% of its energy every 2m traveled. 1m is about typical for the sideskirt spaced armor of most tanks.
+-- @server
+-- @return number
+function acf_library.getHEATAirGapFactor()
+	local airgapfactor = ACF.HEATAirGapFactor
+
+	return airgapfactor
+end
+
+--- Returns acf wind direction(vector)
+-- @server
+-- @return vector
+function acf_library.getWindVector()
+	local windVector = ACF.Wind
+
+	return windVector
+end
+
 ----------------------------------------
 -- Entity Methods