void Context::copySimulationContext(const Context& c)
{
worldGravity_.setValue(c.getGravity()); ///< Gravity IN THE WORLD COORDINATE SYSTEM.
setDt(c.getDt());
setTime(c.getTime());
setAnimate(c.getAnimate());
#ifdef SOFA_SMP
if(c.gpuPrioritary.getValue())
gpuPrioritary.setValue(true);
#endif
#ifdef SOFA_SUPPORT_MOVING_FRAMES
setPositionInWorld( c.getPositionInWorld());
spatialVelocityInWorld_ = c.spatialVelocityInWorld_;
velocityBasedLinearAccelerationInWorld_ = c.velocityBasedLinearAccelerationInWorld_;
#endif
#ifdef SOFA_SUPPORT_MULTIRESOLUTION
// for multiresolution
// finestLevel_ = c.finestLevel_;
// coarsestLevel_ = c.coarsestLevel_;
// currentLevel_ = c.currentLevel_;
#endif
#ifdef SOFA_SMP
if(!partition_)
{
if(processor.getValue()!=-1)
is_partition_.setValue(true);
if(is_partition())
{
partition_= new Iterative::IterativePartition();
// partition_->setCPU(processor.getValue());
}
}
if(processor.getValue()==-1&&c.processor.getValue()!=-1)
{
processor.setValue(c.processor.getValue());
is_partition_.setValue(true);
}
if(c.is_partition()&&!partition_)
{
partition_=c.getPartition();
is_partition_.setValue(true);
}
if((gpuPrioritary.getValue())&&partition_)
{
partition_->setGPUPrioritary();
}
#endif
}
int sanity_check(FILE *fp, const char *szPath, int iBr, int bPrintMessages)
{
int bIsDiskDevice = is_disk_device(fp);
int bIsFloppy = is_floppy(fp);
int bIsPartition = is_partition(fp);
switch(iBr)
{
case MBR_WIN7:
case MBR_VISTA:
case MBR_2000:
case MBR_95B:
case MBR_DOS:
case MBR_SYSLINUX:
case MBR_GPT_SYSLINUX:
case MBR_ZERO:
{
if( ! bIsDiskDevice )
{
if(bPrintMessages)
{
printf(_("%s does not seem to be a disk device,\n"), szPath);
printf(
_("use the switch -f to force writing of a master boot record\n"));
}
return 0;
}
if( bIsFloppy )
{
if(bPrintMessages)
{
printf(_("%s seems to be a floppy disk device,\n"), szPath);
printf(
_("use the switch -f to force writing of a master boot record\n"));
}
return 0;
}
if( bIsPartition )
{
if(bPrintMessages)
{
printf(_("%s seems to be a disk partition device,\n"), szPath);
printf(
_("use the switch -f to force writing of a master boot record\n"));
}
return 0;
}
}
break;
case FAT12_BR:
{
if( ! bIsFloppy )
{
if(bPrintMessages)
{
printf(_("%s does not seem to be a floppy disk device,\n"),
szPath);
printf(
_("use the switch -f to force writing of a FAT12 boot record\n"));
}
return 0;
}
if( ! is_fat_12_fs(fp))
{
if(bPrintMessages)
{
printf(_("%s does not seem to have a FAT12 file system,\n"),
szPath);
printf(
_("use the switch -f to force writing of a FAT12 boot record\n"));
}
return 0;
}
}
break;
case FAT16_BR:
case FAT16FD_BR:
{
if( ! bIsPartition )
{
if(bPrintMessages)
{
printf(_("%s does not seem to be a disk partition device,\n"),
szPath);
printf(
_("use the switch -f to force writing of a FAT16 boot record\n"));
}
return 0;
}
if( ! is_fat_16_fs(fp))
{
if(bPrintMessages)
{
printf(_("%s does not seem to have a FAT16 file system,\n"),
szPath);
printf(
_("use the switch -f to force writing of a FAT16 boot record\n"));
}
return 0;
}
}
break;
case FAT32_BR:
case FAT32NT_BR:
case FAT32FD_BR:
{
if( ! bIsPartition )
{
if(bPrintMessages)
{
printf(_("%s does not seem to be a disk partition device,\n"),
szPath);
printf(
_("use the switch -f to force writing of a FAT32 boot record\n"));
}
return 0;
}
if( ! is_fat_32_fs(fp))
{
if(bPrintMessages)
{
printf(_("%s does not seem to have a FAT32 file system,\n"),
szPath);
printf(
_("use the switch -f to force writing of a FAT32 boot record\n"));
}
return 0;
}
}
break;
case NTFS_BR:
{
if( ! bIsPartition )
{
if(bPrintMessages)
{
printf(_("%s does not seem to be a disk partition device,\n"),
szPath);
printf(
_("use the switch -f to force writing of a NTFS boot record\n"));
}
return 0;
}
if( ! is_ntfs_fs(fp))
{
if(bPrintMessages)
{
printf(_("%s does not seem to have a NTFS file system,\n"),
szPath);
printf(
_("use the switch -f to force writing of a NTFS boot record\n"));
}
return 0;
}
}
break;
default:
{
if(bPrintMessages)
{
printf(_("Whoops, internal error, unknown boot record\n"));
}
return 0;
}
break;
}
return 1;
} /* sanity_check */