LWAMI Playtest One Now Available at the CADC! ---UPDATED---

[LuftWolf]

http://www.orionwarrior.com/forum/sh...ad.php?t=29521

Here is the readme:

To Install: Unzip the file into your main DW directory allowing the unzip program to overwrite all files and install to the correct directories.
This playtest should be considered a beta. It combines LWAMI 3.02 with the following changes:
Advanced Torpedo Control Mod for UGST and ADCAP:
Set the torpedo to fire as normal. If you don't use the wire commands, it will behave as always. The wirecontrol commands are now as follows. Note, you must wait at least a second of game time between clicks, but it is possible to hit the button several times to go through the cycle quickly. A single preenable click will preenable the torpedo if it is enabled or do nothing. A second preenable click will send the torpedo to the preset search depth. A third click will send the torpedo to the ceiling. A fourth click will send the torpedo back to launch depth. The enable button works as follows. A single enable click will set the torpedo speed to 40kts and enable the passive sensor. A second click will enable the active seeker on the torpedo and set the speed to max speed. Further clicks of the enable button have no effect on the torpedo unless it is preenabled again, and then the behavior is reset to the beginning of the enable cycle.
WireBreak Mod:
Wires are now limited in range and ownship maneovering parameters. The ADCAP has a 10nm internal wire and a 5nm wire on the launching platform. If the torpedo or ownship travel farther than those distance FROM THE LAUNCH POINT, or if the range between ownship and the torpedo exceeds that distance, the wire will break. The UGST has a 25km internal wire and a 5km wire on the launching platform. Additionally, if the opening speed between ownship and the torpedo exceeds about 60kts for the ADCAP or 55kts for the UGST, with ownship movement accounting for no more than 20kts of that calculation, the wire will break. These maneovering measurements are unintentionally fuzzy, however, it is something that occurs naturally that I was going to build in anyway, so it works nicely. :-) What this means in practical terms is that a slow running torpedo gives the launching platform much more flexibility in maneovering the ship, whereas a torpedo running at maxspeed is much more prone to a maneovering-related wirebreak. NOTE: When the wire is broken, its broken. However, sometimes the interface will momentarily display the torpedo as preenabled, but it reenables soon enough not to effect the game in any way. The only unfinished part is that you can still shutdown the torpedo even after the wire is broken... we can't take this out. However, it is very minor, in my opinion, seeing as the user would typically reload his tube after the wires are broken anyway. ;-)
Advanced UUV Mod:
The UUV is much more quiet now, and is very hard to detect without cavitation. The passive sensor has been reduced in sensitivity considerably and the active sensor has been disabled completely (mostly because its broken in DW 1.03). The UUV now has a range of 32km and max speed of 20kts, with the sensors effective up to 6-8kts, with washout above 6kts. The operation is as follows. You must be at 4kts as before, and enter the presets in the same way. After firing the weapon it will begin to feed back data immediately and move at 4kts. The speed of the UUV is controlled with the enable button and the depth is controlled with the preenable button. The preenable button has no effect on the passive sensor. One click of the enable button will stop the UUV; it can persist indefinately in this state (although I will most likely have a timer on it in the full version), a second click will speed the UUV up to 6kts. A third click of the enable button will speed the UUV up to 12kts, the max speed the UUV can travel in up to 90ft of water without cavitating. A fourth click of the enable button and the UUV will go to its max speed of 20kts. A fifth click will stop the UUV and reset the counter, although you can click the enable button twice slowly and set it to 6kts. Note the sensors are washout above 8kts and do not feed data. The preenable button depth control works as follows. A single click does nothing. A second preenable click will send the UUV to the preset search depth. A third preenable click will send the UUV to 90ft if it is in over 100ft of water or 45ft if it is in less than 100ft of water. A fourth click will send the UUV back to launch depth, and reset the cycle.
SLAM-ER and Misc. Missiles:
The SLAM-ER now works for ASuW use and will enable a radar seeker at the last waypoint if it is over water. If the last waypoint is over land, the missile will operate in Strike mode, and behave as a light TLAM. The missile has a stealth enable feature that sends it down to just above the ocean before enabling and then after enabling it rising back to its cruising altitude of 30ft. Note, the standard harpoon has also been giving this cruising altitude, and the flight profiles of various missiles have been lowered. Also, the standard SLAM has been fixed and equipped on the AI P-3 as a land attack missile because the AI can't use the SLAM-ER properly. The AI P-3 does carry the Harpoon for ASuW. The Harpoon and the SLAM-ER both have a 40 Radar PSL, which is very low.
Helicopters:
I have attempted to fixed several problems like crashing and reporting contacts at launch, as well as dragging the active dipping sonar. Please use the FFG AI MH60 as well as observe helo behavior in general. :-) Also, the MH60 no longer launches with its radar on. :-)
CIWSAttack Doctrine has been updated to give better intercept performance will allowing for appropriate missile conservation for sustained attacks.
I made a minor change to the TLAM doctrine to make sure it always explode near the target as opposed to disappearing if it overshoots.
The Random Direction Torpedo Mod has been disabled for all torpedoes to allow more predictable subroc and AI MH60 weapon delivery. The torpedoes will always go to the right upon enabling.
The Hull array of the SW has been changed to simulate what we believe to be more close to the actual sonar suite on the SW. The Hull array on the SeaWolf now represents a low frequency receiver with coverage slightly larger than the Sphere array and with the same geometry. The frequency sensitivity and and washout speed remain as before. This sonar suite should be very helpful for tracking evading targets and as well as for all situaions in the littorals where the TA cannot operate.
The Maxspeed of the MPT torpedo payload on the SS-N-27 ASW has been reduced from 55kts to 45kts. This is done partially because the torpedo probably is closer to that speed as well as to reduce the effectiveness of the SS-N-27 relative to the new torpedoes behavior.
That's it!
Please play the heck out of this, specifically looking into these things I have mentioned here and provide as much feedback as you can through the usual channels. :-)
Cheers,
David
LW