![]() |
tyFlow v0.16014 (BETA) - Printable Version +- tyFlow Forum (https://forum.tyflow.com) +-- Forum: tyFlow Discussion (https://forum.tyflow.com/forum-1.html) +--- Forum: Latest Builds (https://forum.tyflow.com/forum-6.html) +--- Thread: tyFlow v0.16014 (BETA) (/thread-443.html) |
tyFlow v0.16014 (BETA) - tyFlow - 04-21-2019 tyFlow v0.16014 is out, along with an updated batch of example scene that contains 7 new files. http://beta.tyflow.com Additions: * tyActor bones will no longer export into tyCaches by default. An optional checkbox has been added to the Export Particles settings to override this new behavior * the resample operator can now properly resample closed loops of sibling particles (ie, particles generated on the surfaces of closed splines) * Particle Bind and PhysX Bind operators now have color pickers to define colors for their bindings * default PhysX gravity value is animatable * Particle Switch operator can be used to put particles to sleep * improved particle sleeping behavior, particles no longer auto-wake on static colliders Fixes: * reduced UI flickering * fixed an issue where Birth Burst values were not being saved properly * fixed an issue where spawn by travel was causing particle trails to start from [0,0,0] in some situations * fixed a bug where the simulation would reset each frame when rendering with VRay NEXT GPU * fixed a bug where VRayVelocity render element was returning no data on rendered tyFlow meshes * fixed a VRay instancing bug where geometry would appeare where it shouldn't, disappear or render with the wrong shape mesh, etc. General visual glitches. * fixed a bug where Force operators were not importing custom vector source data properly * optimized tyParticleSkin modifier so that highres meshes don't freeze max when search radius is very large * fixed a bug where Fuse operator always acted like its timing was set to "Continuous" * improved display performance (a bug was causing display slowdowns when using Particle Bind operators) * Bind solver mass z-bias now properly compensates for large particle masses. |