DCS func getClosestPointOnRoads - Revision history

Loophole 62ndFF at 10:25, 28 January 2023

2023-01-28T10:25:23Z

Grimes at 06:48, 17 March 2022

2022-03-17T06:48:45Z

Grimes at 05:15, 18 October 2020

2020-10-18T05:15:09Z

Grimes: 1 revision imported

2018-04-12T00:12:23Z

1 revision imported

New page

{{Template:dcs_funcs

|fName= getClosestPointOnRoads

|vNum= 2.5

|par1= [[DCS_singleton_land|land]]

|par2=

|par3=

|par4=

|desc= Returns a coordinate of the nearest road from the passed point.

NOTE that this function does not use vec2 or vec3. It uses individual values representing a vec2 for x and y.

|rtnType= number, number

|rtnExample= 233324, 423423

|reqType1= string

|reqName1= roadType

|reqType2= number

|reqName2= xCoord

|reqType3= number

|reqName3= yCoord

|reqType4=

|optType1=

|optName1=

|optType2=

|related=
[[DCS_singleton_land|'''land functions:''']] {{listOflandFuncs}}

|examples= The following returns the closest road to a point.
local testPoint = trigger.misc.getZone('test').point
local x, y = land.getClosestPointOnRoads('roads',testPoint.x, testPoint.z)

|notes=
}}
[[Category:Singleton Functions|getHeight]]

← Older revision		Revision as of 06:48, 17 March 2022
Line 54:		Line 54:
	}}		}}
	[[Category:Singleton Functions\|getHeight]]		[[Category:Singleton Functions\|getHeight]]
		+	[[Category:Game Patch 2.5.0\|getClosestPointOnRoads]]

← Older revision		Revision as of 05:15, 18 October 2020
Line 16:		Line 16:

	NOTE that this function does not use vec2 or vec3. It uses individual values representing a vec2 for x and y.		NOTE that this function does not use vec2 or vec3. It uses individual values representing a vec2 for x and y.
		+
		+	Valid road type values: 'roads' and 'railroads'

	\|rtnType= number, number		\|rtnType= number, number

@@ Line 13: / Line 13: @@
 |par4=
-|desc= Returns a coordinate of the nearest road from the passed point.
+|desc= Returns the X and Y values of a coordinate on the nearest road from the given point.
 NOTE that this function does not use vec2 or vec3. It uses individual values representing a vec2 for x and y.