int
TzLiq1::revertToStart(void)
{
// Call the TzSimple1 base function to take care of most details.
//
TzSimple1::revertToStart();
Tz = 0.0;
Tt = 0.0;
maxTangent = (TzSimple1::tult/TzSimple1::z50);
// Excess pore pressure ratio and pointers
//
Tru = 0.0;
Hru = 0.0;
meanConsolStress = -TzSimple1::tult;
lastLoadStage = 0;
loadStage = 0;
elemFlag.assign("NONE");
// Now get all the committed variables initiated
//
commitState();
return 0;
}
void GraphicsContext::clear(ClearFlags flags, const Color& color, float z, uint8_t stencil)
{
beginCommandRecodingIfNeeded();
commitState();
LN_ENQUEUE_RENDER_COMMAND_5(
GraphicsContext_clear, m_manager,
detail::IGraphicsContext*, m_context,
ClearFlags, flags,
Color, color,
float, z,
uint8_t, stencil, {
m_context->clearBuffers(flags, color, z, stencil);
});
Error ClientState::commit(ClientStateCommitType commitType,
const ::core::FilePath& stateDir,
const ::core::FilePath& projectStateDir)
{
// remove and re-create the stateDirs
Error error = removeAndRecreateStateDir(stateDir);
if (error)
return error;
error = removeAndRecreateStateDir(projectStateDir);
if (error)
return error;
// always commit persistent state
commitState(persistentState_, kPersistentExt, stateDir);
commitState(projectPersistentState_, kProjPersistentExt, projectStateDir);
// commit all state if requested
if (commitType == ClientStateCommitAll)
commitState(temporaryState_, kTemporaryExt, stateDir);
else
temporaryState_.clear();
return Success();
}
