Shogun 2 general skill tree
Total War: Shogun 2.Steam Workshop::Combat Skill Tree Buff For Generals
Since everyone in Shogun 2 is fighting with the same units for the most part. there’s no reason for the skill trees to be different. However, in Rome 2 it covers some of the most diverse and unique fighting styles there are, so there’s no reason that a roman legion would learn the same skills as the Carthaginian Golden Band. or a German Berserker, not too mention all the units in the East. May 26, · In this video I will talk about the skill trees that you spend your skill points in. Mar 26, · Shogun 2: Total War Tips for Generals. Generals have a massive impact on your clan’s bid for success. You can view your generals in the clan management family screen. Some clans start with brothers, in others you’ll need to wait until your children come of age or you get the option to commission a general (this will cost 1,).
Shogun 2 general skill tree.General skill trees – Total War: Shogun 2
Mar 26, · Shogun 2: Total War Tips for Generals. Generals have a massive impact on your clan’s bid for success. You can view your generals in the clan management family screen. Some clans start with brothers, in others you’ll need to wait until your children come of age or you get the option to commission a general (this will cost 1,). Sep 21, · General Skill Tree Mod – Completely New Skill Set (Shogun 2) – updated to This is a completely new skilltree for generals, it will be included in the next update of my campaign overhaul, but here it is as a stand-alone. It is for the original campaign, and I’ve yet to apply it to Ikko Ikki. Nov 18, · Shogun2’s agent skilltrees however were practically perfect: it was a simple tree sure, but that meant every option was important, and you could opt to get specialties at the cost of not being great at the third, which you can make up by just having another agent pick those skills instead.
General (Total War: Shogun 2)
General’s skill tree in Shogun 2 (single player)
General Skill Trees
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[Released] General Skill Tree Mod – Completely New Skill Set (Shogun 2) – updated to
New optical technologies and MEMS to achieve 100 Tbit / s
As we have repeatedly reported, recently, projects have been actively developed to create technologies for the transmission and reception of digital data via conventional and specialized wire communication lines with a speed reaching 10-100 Gbit / s. For a while, it even seemed that researchers were so carried away by wires that they began to forget about fiber-optic communication.
However, as it became known to the source, Bell Labs will soon begin to develop optical communication technologies that will allow to achieve throughput up to 100 Tbit / s (terabit or trillion. bit per second). These technologies will be developed as part of three research contracts between Lucent Technologies and the Pentagon. The names of the projects for which these contracts were obtained are known; these are CCIT (Coherent Communications Imaging and Targeting) and IRIS (Integrated Router Interconnected Spectrally).
In February of the same year, Lucent awarded another contract to develop high-speed and secure wireless technologies for DARPA. Optical communication technologies and a bandwidth of 100 Tbit / s are not designed for data transmission over a distance, but will be used in a router, possibly just for a DARPA wireless communication system. In the CCIT program, the task of organizing data transmission in optical channels still stands, however, the requirements there are slightly different: 1-10 Gbit / s, but the main thing is to ensure accurate projection of three-dimensional images at a distance of about 1000 km. The project plans to use light intensity modulators on microelectromechanical systems (MEMS), which should soon appear in cell phones.
Bell Labs’ research project is still quite ambitious: the developers want to create an infrastructure solution that allows data packets to be redirected in less than 1 ns. In addition to Lucent, the development team will include representatives from Agility Communications, the University of California at Santa Cruz and Lehigh University.