* use c++11 std::align from <memory>
* for Ubuntu, use gcc5 instead of 4.8
* use travis to set gcc to 5
eval
and sudo
* use eval in .travis.yml
* use gcc-8
* replace precise with trusty llvm toolchain, because we have been using trusty for awhile now
* push things to matrix, so we can support multiple releases if we want
* we should not be allowing for failures, we are ready to start trusting clang and its analyzer
* scan-build was pushed to another package
* use gcc-8 still but wrap in scan-build
* travis.yml cleanup, have output of scripts go to stdout, make search for substring a regex
use double []
fix missing ,
use bash to use regex
black spaces matter
* set human readable names for our various builds, split out our static analysis between openmw and openmw-cs
* test if not set, then set otherwise ignore
* use quotes
* do not eval it, set it in travis env
* no more &&
* what does clang7 have to say?
* use sourceline for now
* use clang-7 instead of clang-7.0
* yes, llvm-toolchain-trusty-7 not llvm-toolchain-trusty-7.0
* for static analysis, openmw is compiled and checked on its own while openmw-cs is build with all the rest. this might change in the future.
and actually do it the other way around
Use LRU modification to hold currently used items. Use RecastMesh binary
data for item key.
Store original pointer of btCollisionShape in user pointer to make available
it as an identifier within all duplicates. Use pointer to heights data array
for btHeightfieldTerrainShape.
When player move fast enough, tiles update for specific area square
couldn't catch player move. Tiles to be removed are left in the queue
with lower priority then tiles to be added which are nearest to player.
This can lead to overflow for amount of tiles. So we try to do remove
first. But we detect change type approximately using mixed change type,
because even if we do it precise, change type could change while job
is in queue.
