Developers: Marcuswob, Czevak, LazyTomcat, Pesmontis, Silver Fox, Dimitrius154, FlixThanks to all bug reporters, testers, and translators. Your contributions, discussion, and feedback helped make the patch what it is today.Special thanks to Mr. Norbyte for his tool which was vital in solving many animation problems.
DISCLAIMER - This is a private, non-profit patch for the amazing Sacred 2 community. Use it at your own risk. We are not responsible for any damage to chars, data or hardware, that (may) arise or issue from using this product.
Sacred 2 Pc Community Patch
Download Zip: https://tinurli.com/2vKODE
This is most probably because some Mod or other thing changed your quest.txt in your Sacred 2/scripts/server/ folder. The patcher uses this file to determine the current version. Try to remove the Mod causing this or reinstall/repair your Installation.
If the Patcher threw a file error during the patch process, it means the reported scriptfiles are for some reason changed. I made a scriptcleaner tool to reset all scriptfiles to the state of Ice & Blood version 2.65.x. Please don't try this on a Sacred 2 Classic installation (without Ice & Blood). For technical reasons it will run and mess up your files!You can download it here: Scriptcleaner Tool (Now compatible with int. versions!)
...the RAD Community (Rüstige Alternative Daddler -community.org) for the webspace and traffic for our download distribution....Frank Rentmeister for councel and a lot of hard work, as well as granting us access to his professional, web-based organization tools.
This thread is intended to assist anyone who would appreciate a quick guide on how to patch Sacred 2 Gold in order to get their best possible gaming experience from this vast, visually rich, immersive, and enthralling RPG. There are convenient clickable links throughout this post which are highlighted in bright silver for your convenience. If you still find yourself looking for answers to any question or questions not covered in this post, you are welcome to ask them below for assistance.
Third, download the Community Patch 160 here. Open the cm-patch0160 zip folder and click on cm-enable.exe and wait until you see the Ready to Patch screen display. This may take several moments (that may seem to last a lifetime). Now, click the Start button and it will automatically locate the Sacred 2 root folder and the installer will complete the latest patch. Wait until it completes the patch and then click Next and then Finish. This patch was very important for you to have installed. It fixes the game so that it should not crash, which is just one blessing among a host of other bug fixes and enhancements most surely to be to any player's delight. If you want the game to remain as close as possible to the "vanilla version," like an improved and patched version of Ice & Blood or Sacred 2 Gold, you should stop here. However, if you do not want the Community Items (jewelry, armor, and weapons) to drop in the game, then you will need to skip to the Fifth step, where you may add any desired Mods; here you will want to add the "Vanilla Drops" for CM Patch 160. If you choose to stop there, after the Vanilla Drops installation, the Community Items may be downloaded and used in the game but they will not drop as quest rewards or as loot.
I get an error while trying to install this. I opened the game for a bit too and still get the same error: patch cannot delete target file X. I tried moving the file out of the folder but it kept saying it with all the files, ending up taking around 15 files out. When it was done, however, all the files it "installed" vanished.
Other things achieved by this patch are Unlocking XMAS-Island, Fistweapons, Throwing Potions, New Sets for TG, SW and all other Chars, New Uniques, New Legendaries, New Quests, fixed the "Arkenmarks Refuge" Dungeon, Unlock Items can drop regularly, unavailable Shrinkheads can drop now and various other fixes and additions too numerous to mention all here.
You may encounter problems while activating Sacred 2 Gold Edition: the activation may hang on several minutes and then fail, or the game may be activated and still ask for licence activation. Howto: Verify that you have read/write/execute permissions onto all the directories the game uses, because the activation needs to create several files in your local file system. Then execute the game always from the local directory of sacred:
The Purist Fixpack (PFP) is designed to be the most comprehensive bugfix patch for Sacred 2, as well as being the most strict project in terms of not making subjective changes or adding any fan-made content.
This study was aimed to determine the abundance of four antibiotic resistance genes (bla TEM , ermB, qnrS and sulI), as well as bacterial community composition associated with the intestinal mucus of wild freshwater fish species collected from the Foix and La Llosa del Cavall reservoirs, which represent ecosystems with high and low anthropogenic disturbance, respectively. Water and sediments from these reservoirs were also collected and analyzed to determine the pollution level by antibiotics. The bla TEM gene was only detected in brown trout and Ebro barbel, which were collected from La Llosa del Cavall reservoir. In contrast, the sulI and qnrS genes were only detected in common carp, which were collected from the Foix reservoir. Although the ermB gene was also detected in common carp, the values were below the limit of quantification. Likewise, water and sediment samples from the Foix reservoir had higher concentrations and more classes of antibiotics than those from La Llosa del Cavall. Pyrosequencing analysis of 16S rRNA genes revealed significant differences in bacterial communities associated with the intestinal mucus of fish species. Therefore, these findings suggest that anthropogenic activities are not only increasing the pollution of aquatic environments, but also contributing to the emergence and spread of antibiotic resistance in organisms that inhabit such environments. Copyright 2017 Elsevier Ltd. All rights reserved.
It is known that the microbial community of the rhizosphere is not only influenced by factors such as root exudates, phenology, and nutrient uptake but also by the plant species. However, studies of bacterial communities associated with tropical rainforest tree root surfaces, or rhizoplane, are lacking. Here, we analyzed the bacterial community of root surfaces of four species of native trees, Agathis borneensis, Dipterocarpus kerrii, Dyera costulata, and Gnetum gnemon, and nearby bulk soils, in a rainforest arboretum in Malaysia, using 454 pyrosequencing of the 16S rRNA gene. The rhizoplane bacterial communities for each of the four tree species sampled clustered separately from one another on an ordination, suggesting that these assemblages are linked to chemical and biological characteristics of the host or possibly to the mycorrhizal fungi present. Bacterial communities of the rhizoplane had various similarities to surrounding bulk soils. Acidobacteria, Alphaproteobacteria, and Betaproteobacteria were dominant in rhizoplane communities and in bulk soils from the same depth (0-10 cm). In contrast, the relative abundance of certain bacterial lineages on the rhizoplane was different from that in bulk soils: Bacteroidetes and Betaproteobacteria, which are known as copiotrophs, were much more abundant in the rhizoplane in comparison to bulk soil. At the genus level, Burkholderia, Acidobacterium, Dyella, and Edaphobacter were more abundant in the rhizoplane. Burkholderia, which are known as both pathogens and mutualists of plants, were especially abundant on the rhizoplane of all tree species sampled. The Burkholderia species present included known mutualists of tropical crops and also known N fixers. The host-specific character of tropical tree rhizoplane bacterial communities may have implications for understanding nutrient cycling, recruitment, and structuring of tree species diversity in tropical forests. Such understanding may prove to be useful in both
While recent studies have suggested that fish mucus microbiota play an important role in homeostasis and prevention of infections, very few studies have investigated the bacterial communities of gill mucus. We characterised the gill mucus bacterial communities of four butterflyfish species and although the bacterial diversity of gill mucus varied significantly between species, Shannon diversities were high (H = 3.7-5.7) in all species. Microbiota composition differed between butterflyfishes, with Chaetodon lunulatus and C. ornatissimus having the most similar bacterial communities, which differed significantly from C. vagabundus and C. reticulatus. The core bacterial community of all species consisted of mainly Proteobacteria followed by Actinobacteria and Firmicutes. Chaetodonlunulatus and C. ornatissimus bacterial communities were mostly dominated by Gammaproteobacteria with Vibrio as the most abundant genus. Chaetodonvagabundus and C. reticulatus presented similar abundances of Gammaproteobacteria and Alphaproteobacteria, which were well represented by Acinetobacter and Paracoccus, respectively. In conclusion, our results indicate that different fish species present specific bacterial assemblages. Finally, as mucus layers are nutrient hotspots for heterotrophic bacteria living in oligotrophic environments, such as coral reef waters, the high bacterial diversity found in butterflyfish gill mucus might indicate external fish mucus surfaces act as a reservoir of coral reef bacterial diversity. FEMS 2017. All rights reserved. For permissions, please e-mail: journals.permissions@oup.com. 2ff7e9595c