Arma 3 Halo Jump Script [BEST]
DOWNLOAD https://urlgoal.com/2tg0GA
This one works fine but guys what I need to add to this script to make soldier shoulder his weapon before jump to let him fly with free hands, not fly with shooting position with weapon in hands as currently it is. It looks so strange
Hey @pierremgi I am having a little issue where I can only use the script / halo jump once. I have everything setup correctly but I go to flag pole, select halo jump and everything works as it should. After death and respawn I go to flag pole again and choose halo and all my AI jump ( from what I can see on map ) but I get black screen saying \"click on map\" which has already happened and then black screen goes away and I am still standing in front of flagpole.
Just thought I would update you, AI aren't Halo jumping with that latest script on dedi server ( not alive ones anyways..lol. Did see some of my dead teammates fly past me free falling.. ). Haven't tried local host will try that out tomorrow.
/ /Uncomment following line if used as> 7:46:15 Error position: 7:46:15 Error Invalid number in expression 7:46:15 File C:\\Users\\\\Documents\\Arma 3 - Other Profiles\\TPM\\mpmissions\\test.Altis\\scripts\\halo.sqf..., line 1 153554b96e
https://www.help2heal.co.uk/forum/self-help-forum/monitoring-software-for-mac-free-hot
https://www.awhsfoundation.org/forum/welcome-to-the-forum/khoon-bhari-maang-1988-flac
How to treat domestic sewage in chemical factories?
The domestic sewage in chemical factories usually adopts a comprehensive process of "pretreatment+biochemical treatment+deep treatment" to ensure standard discharge or reuse. The specific processing procedure is as follows:
Preprocessing: Removing physical impurities
Grid filtration: intercepting large suspended particles (such as leaves, plastics, etc.) in sewage through mechanical grids to protect subsequent equipment. ‌
Sedimentation tank: using the principle of gravity settling to remove inorganic particles such as sediment, initially reducing the suspended solids content. ‌
Biochemical treatment: degradation of organic matter
Activated sludge process: Introducing aerobic microorganisms into the aeration tank to decompose organic pollutants (such as carbohydrates and proteins) in wastewater into carbon dioxide and water, which is the core process of domestic wastewater treatment. ‌
Biofilm method: It uses microbial membranes attached to the surface of fillers to adsorb and decompose pollutants, and is suitable for treating wastewater with large load fluctuations. ‌
Deep processing: improving water quality
Membrane separation technology: using reverse osmosis or ultrafiltration membranes to further remove trace amounts of organic matter and pathogens, meeting reuse standards (such as flushing water).
Disinfection treatment: residual bacteria and viruses are eliminated through chlorine disinfection, ultraviolet radiation, or ozone to ensure emission safety.
Special scenario optimization
Separation of clean and dirty water: If domestic sewage is mixed with production wastewater, it needs to be separated first to avoid high toxicity substances interfering with the biochemical treatment system.
Intelligent monitoring: Introducing IoT sensors to monitor water quality parameters (such as COD and ammonia nitrogen) in real-time and dynamically adjust treatment process parameters.
Case reference: The living area of a chemical plant adopts the process of "grid → regulating tank → activated sludge method → MBR membrane bioreactor → ultraviolet disinfection", and the effluent meets the Class A standard of the "Pollutant Discharge Standards for Urban Sewage Treatment Plants", and some of it is reused for green irrigation.