unlike in the straight compile it now case it does in fact need to stick around. read injects the CodeBlock into a management system, so no worries about cleanup
Con::EvalResult CodeBlock::exec -
objectCreationStackIndex needs to be signed as we test if it goes sub-zero
ConsoleValue Namespace::Entry::execute -
compiler yells about returning a temp via std::move
bool TorqueScriptRuntime::executeFile -
report the name of the dso output file, not the source scxript input file
add a new route for the asset browser to create things in the form of ".on" @ %assetType @ "GUIEditorDropped(" @ %assetDef @ ",\"" @ %pos @ "\");";
demonstrate it with a soundasset creating a GuiAudioCtrl when drug onto the canvas
based on https://github.com/TorqueGameEngines/Torque3D/pull/1165 and after further talks with @AtomicWalrus:
use the massbox or bounds box based mRigid.setObjectInertia method
to reduce recirulating, combine resolvecollision and resolvecontacts
clamp seperation force for contact resolution
gravity normalized to earth standard (9.8,not 20)
take delta-time into account *once* for kinetic energy vs gravity rest checks
and for debug purposes, expose mRigid.atRest to the inspector to see if it's truly at reast or grinding calcs to minimal effect
functions to look up methods and (hardcoded) variables from the classrep rather than creating an instance
this did cost us dynamic variable listing, but that's runtime assignment as-is and can likely be referenced another route in the end
by locking in the material feature variation to ensure it uses vertex lighting due to colorization, as well as a few other switches, and applying an explicit vs default stateblock blend
do similar with moon so you don't have to set that to explicitly translucent either
review of per and post bake protocols showed that the CAPTURING shader macro was not being properly recompiled in. as opengl was not playing nice with a simple batch shader recompilation for all effected shaders, a full lightmanager restart is at time of writing required. once we have a proper globally cached scene structure stored off GPU side, we'll want to change GFXShader::addGlobalMacro("CAPTURING", String("1")); on over to dirtying that value in the cached buffer via setting a shader global uniform
review of prefilter examples shows a fixed sample count of 1024 across multiple implementations, so we'll use the standard barring further research into where that number is comming from for a scalar approach
review of gl shaders shows a doubleup in compiled state testing, so slimmed that down and added additional debugging reports
