public bool readNextPathFromFile(ref bool pathsAreDoubles, ref MultiSlicerInterface.LoadPathInfo info)
{
unsafe {
if (pathsfileeof)
{
return(false);
}
info = dll.loadNextPaths(pathsfilestate.pathfile);
if (dll.hasError(pathsfilestate.pathfile))
{
throw new ApplicationException("Error while loading paths: " + dll.err);
}
if (info.numRecord < 0)
{
pathsfileeof = true;
return(false);
}
pathsAreDoubles = info.saveFormat != (int)LoadPathFormat.PATHFORMAT_INT64;
if (info.saveFormat == (int)LoadPathFormat.PATHFORMAT_DOUBLE_3D)
{
throw new ApplicationException("In file " + pathsfilename + ", record " + info.numRecord + " is a 3D Paths, but 3D Paths cannot currently be loaded");
}
return(true);
}
}
public unsafe void *computeSlice2D(void *slice)
{
void *result = null;
try {
result = dll.computeResult(slice, state);
if (dll.hasError(result))
{
dll.freeInputSlice(slice);
slice = null;
if (result != null)
{
dll.freeResult(result);
}
return(null);
}
} finally {
if (slice != null)
{
dll.freeInputSlice(slice);
}
}
return(result);
}
public MultiSlicerLoader(MultiSlicerDllHandler d, string fname)
{
unsafe {
disposed = false;
pathsfilestate.pathfile = null;
dll = d;
pathsfilestate = dll.loadPathsFile(fname);
if (pathsfilestate.pathfile == null)
{
throw new ApplicationException("The library could not open file " + fname);
}
if (dll.hasError(pathsfilestate.pathfile))
{
throw new ApplicationException("Error trying to open file " + fname);
}
pathsfileeof = false;
pathsfilename = fname;
}
}
public MultiSlicerHandler(MultiSlicerDllHandler d, string arguments)
{
dll = d;
disposed = false;
unsafe {
state = null;
state = dll.parseArguments(dll.config, arguments);
if (dll.hasError(state))
{
if (state != null)
{
dll.freeState(state);
state = null;
}
throw new ApplicationException("Error parsing arguments for the multislicer: " + dll.err);
}
ParamsExtractInfo info = dll.getParamsExtract(state);
numProcesses = info.numProcesses;
processRadiuses = new double[numProcesses];
alsoContours = info.alsoContours != 0;
usingScheduler = info.usingScheduler != 0;
use_z_base = info.use_z_base != 0;
if (use_z_base)
{
z_base = info.z_base;
}
if (!usingScheduler)
{
z_uniform_step = info.z_uniform_step;
}
for (int k = 0; k < numProcesses; ++k)
{
processRadiuses[k] = info.processRadiuses[k] * dll.factor_internal_to_input;
}
}
}