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5 days ago · Shield Build. Created by dprizzeh on October 11, ... Shield Recovery Out of Combat. ... Battle. 12. HP Conversion (MP) MP. 13.
Nov 13, 2023 · We do this by first adding Shield, Shield Regen, and InDamage Attributes to TDSHealthSet, and then convert GE_Damage usage to apply to InDamage. We then build Shield Regen and Shield Regen Delay Gameplay Effects, and use a Tag to apply Suppression to the Regen when Damage is applied.
May 20, 2021 · With this kit you can create simulated battles in Unreal Engine 4. Create your own units for these battle using the documentation. The kit comes with two modes Sandbox and Campaign mode.
- Blueprints
- The One Saf You Need For Standalone Training
- Standalone Joint Terminal Attack Controller (JTAC) Training
- A Worldwide Battlespace
- Multi-Threaded Line-Of-Sight (LOS) Analysis
- Integration with Existing Mission Planning Systems
- Energy Based Aerodynamic Models For Constructive Aircraft
- Physics-Based Weapons Delivery
- Simulating An Iads
- Configurable Parametrically Generated Emitter Audio
- Putting It All Together
MACE’s large order of battle is fully extensible by the end-user, meaning users can add new platforms, weapons and emitters, even customize RADAR pulse, scan and beam characteristics. Because MACE can generate semi-autonomous air and ground forces (including air defense systems), it is the only CGF/SAF you need for robust, standalone CAS training e...
MACE includes both Call-for-Fire (CFF) and 9-Line interfaces for quickly tasking constructive entities. When used with MetaVR’sVirtual Reality Scene Generator (VRSG), MACE is the only CGF/SAF you need for standalone JTAC training. MACE also has fully flyable flight models, and supports commercially available USB-based HOTAS devices such as the Thru...
MACE is built upon a mature Geographic Information System (GIS) core. That means your virtual Battlespace is the entire world! That’s important because it means MACE can be used for operational mission rehearsal and not just for a couple of ‘canned’ training scenarios. MACE supports dozens of industry standard raster and vector formats, including N...
MACE takes advantage of today’s multi-core processors. MACE supports both Digital Terrain Elevation Data (DTED) and Shuttle Radar Topography Mission (SRTM) elevation data. MACE is multi-threaded and uses thread pooling to provide extremely fast line-of-sight performance – essential for real-time, many-on-many simulation. MACE supports DTED0-DTED3, ...
MACE works seamlessly with existing mission planning systems, such as the Portable Flight Planning System (PFPS), Joint Mission Planning System (JMPS) and FalconView. Users can import routes/orders of battle into MACE, or create them from scratch in MACE itself. MACE missions are not scripted; actions can be pre-planned or dynamically injected into...
MACE uses an energy-based aerodynamic model for aircraft flight. Specific Excess Power (Ps) is the primary driver for describing an aircraft’s flight performance. At positive values of Ps an aircraft is free to turn, climb or accelerate; when Ps is negative an aircraft is forced to decelerate or dive or a combination of both. Ps is also useful to d...
MACE uses a physics-based aerodynamic model and limited guidance model for missile fly-outs. Missile aerodynamics are derived from weapon thrust, drag, and weight. Weapon thrust is calculated by the motor’s mass flow rate and specific impulse. Drag is calculated by the missile’s drag reference area, coefficient of drag (subsonic and supersonic), sp...
MACE can simulate an entire Integrated Air Defense System (IADS) including Early Warning, Acquisition, Height Finding and Target Tracking RADAR systems (down to the pulse level). During mission simulation, the EW, HF, ACQ and TT radar sites in ACE are linked together to form an Integrated Air Defense System (IADS). The ability to realistically simu...
MACE provides the user with a toolset for defining their own beam, scan and pulse patterns for each emitter. This pulse-level fidelity enables the generation of emitter audio from the pulses as they’re processed by the receiver. Both crystal video and super-heterodyne receivers are modeled within MACE.
One of the shortfalls MACE was designed to address is the huge gap between full-fidelity Flight Mission Trainers (FMTs) and other commercially available, DIS capable man-in-the-loop simulations. We simply could not find a product that offered the key capabilities required to interface with FMTs in the DIS/DMO environment. Vendors with good flight p...
Jul 2, 2022 · gameplay ability system. Hello guys, in this quick and simple tutorial we are going to make a simple melee combat system in Unreal Engine 5. Animations package: https://www.yout...
Jul 12, 2022 · Hello guys, in this quick and simple tutorial we are going to continue making a simple melee combat system in Unreal Engine 5. Episode 1: https://www.youtube.com/watch?v=eH2ON... Animations package: https://www.youtube.com/watch?v=UORC3...
Jun 30, 2022 · This video is the third and final tutorial on how to create a shield system in Unreal. This video covers how to set up a particle system on your shield impac...
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