setApertureNew: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
Lou Montana (talk | contribs) m (Some wiki formatting) |
||
| (45 intermediate revisions by 7 users not shown) | |||
| Line 1: | Line 1: | ||
{{ | {{RV|type=command | ||
| arma3 |= | |game1= arma3 | ||
|version1= 0.50 | |||
| | |eff= local | ||
| | |gr1= Camera Control | ||
| | |gr2= Lights | ||
| | |descr= Sets custom camera aperture when HDR is enabled. Provided values should be set such as ''minimum'' <e; ''standard'' <e; ''maximum''. | ||
{{Feature|informative| | |||
* This command has to be executed after mission start: be sure to use e.g <sqf inline>sleep 0.1;</sqf> for it to take effect. | |||
* If HDR is enabled (it is by default), when [[setAperture]] {{hl|value}} is used it also forces [[setApertureNew]] to the following values: [{{hl|value}}, {{hl|value}}, {{hl|value}}, 1]. Execute [[setApertureNew]] ''after'' [[setAperture]] to override this default mechanic. | |||
}} | |||
| | |s1= [[setApertureNew]] [minimum, standard, maximum, luminance] | ||
| | |p1= minimum: [[Number]] - minimum aperture | ||
| | |p2= standard: [[Number]] - standard aperture | ||
| | |p3= maximum: [[Number]] - maximum aperture | ||
| [[ | |p4= luminance: [[Number]] - standard luminance | ||
|r1= [[Nothing]] | |||
|x1= < | |x1= <sqf> | ||
setApertureNew [0.1, 0.2, 0.3, 1]; | |||
setApertureNew [-1]; // reset to default | |||
</sqf> | |||
|x2= Simulate eye adjustment at night: | |x2= Simulate eye adjustment at night: | ||
< | <sqf> | ||
setDate [2016, 8, 10, 4, 0]; | |||
setApertureNew [2, 8, 14, 0.9]; | |||
</sqf> | |||
|x3= Narrower range for a subtler effect: | |x3= Narrower range for a subtler effect: | ||
<sqf> | |||
setDate [2016, 8, 10, 4, 0]; | |||
setApertureNew [2, 5, 9, 0.8]; | |||
</sqf> | |||
| | |seealso= [[setAperture]] [[apertureParams]] | ||
}} | }} | ||
{{Note | |||
|user= Tofof | |||
|timestamp= 20161030045400 | |||
|text= Some notes on {{Link|#Example 2}} - try it outdoors on a piece of ground with high contrasting areas. I suggest the end of a runway, standing among the white painted triangles.<br><br> | |||
Look up about 60 degrees above the horizon and toggle between {{hl|setApertureNew [2, 8, 14, .9];}} and the default setting of {{hl|setAperture -1;}}. There should be little change -- at least on the date in the example.<br><br> | |||
Reset again to {{hl|setApertureNew [2, 8, 14, .9];}} and then pan slowly down until you're basically looking at your feet. The less sky (the main outdoor light source) you see, the 'wider' (toward the 'min' number) the aperture will become. Looking at the ground on a runway, for example, you should be able to easily distinguish the painted white triangles from the unpainted pavement. Again, toggle back to the default aperture. The view should get much darker.<br><br> | |||
Some notes on | |||
<br><br> | |||
Look up about 60 degrees above the horizon and toggle between | |||
<br><br> | |||
Reset again to | |||
<br><br> | |||
This setting allows for some natural adjustment based on the amount of visible light in the scene, and is highly encouraged over the default fixed aperature for night missions. When you're standing in the beam of a lighthouse, for example (try near the 'Spartan' on Stratis), you will be basically unable to see anything not illuminated by the beam. Once the beam passes and your vision returns to normal, your immediate surroundings will be dimmer, of course, but you'll be able to see further out. | This setting allows for some natural adjustment based on the amount of visible light in the scene, and is highly encouraged over the default fixed aperature for night missions. When you're standing in the beam of a lighthouse, for example (try near the 'Spartan' on Stratis), you will be basically unable to see anything not illuminated by the beam. Once the beam passes and your vision returns to normal, your immediate surroundings will be dimmer, of course, but you'll be able to see further out. | ||
}} | |||
Latest revision as of 15:50, 25 August 2023
Description
- Description:
- Sets custom camera aperture when HDR is enabled. Provided values should be set such as minimum <e; standard <e; maximum.
- Groups:
- Camera ControlLights
Syntax
- Syntax:
- setApertureNew [minimum, standard, maximum, luminance]
- Parameters:
- minimum: Number - minimum aperture
- standard: Number - standard aperture
- maximum: Number - maximum aperture
- luminance: Number - standard luminance
- Return Value:
- Nothing
Examples
- Example 1:
- setApertureNew [0.1, 0.2, 0.3, 1]; setApertureNew [-1]; // reset to default
- Example 2:
- Simulate eye adjustment at night:
- Example 3:
- Narrower range for a subtler effect:
Additional Information
- See also:
- setAperture apertureParams
Notes
-
Report bugs on the Feedback Tracker and/or discuss them on the Arma Discord or on the Forums.
Only post proven facts here! Add Note
- Posted on Oct 30, 2016 - 04:54 (UTC)
-
Some notes on Example 2 - try it outdoors on a piece of ground with high contrasting areas. I suggest the end of a runway, standing among the white painted triangles.
Look up about 60 degrees above the horizon and toggle between setApertureNew [2, 8, 14, .9]; and the default setting of setAperture -1;. There should be little change -- at least on the date in the example.
Reset again to setApertureNew [2, 8, 14, .9]; and then pan slowly down until you're basically looking at your feet. The less sky (the main outdoor light source) you see, the 'wider' (toward the 'min' number) the aperture will become. Looking at the ground on a runway, for example, you should be able to easily distinguish the painted white triangles from the unpainted pavement. Again, toggle back to the default aperture. The view should get much darker.
This setting allows for some natural adjustment based on the amount of visible light in the scene, and is highly encouraged over the default fixed aperature for night missions. When you're standing in the beam of a lighthouse, for example (try near the 'Spartan' on Stratis), you will be basically unable to see anything not illuminated by the beam. Once the beam passes and your vision returns to normal, your immediate surroundings will be dimmer, of course, but you'll be able to see further out.