| activeShells | Stream | [private] |
| addAtom(const real coor[3], int charge, int atomNo) | Stream | [protected] |
| addAtom(const Atom &at, int atomNo) | Stream | [inline, protected] |
| angularMax | Stream | [private] |
| angularMin | Stream | [private] |
| atoms | Stream | [private] |
| atomTypes | Stream | [private] |
| boxSize | Stream | |
| expectedPoints | Stream | [private] |
| fileSaveMutex | Stream | [private, static] |
| forceCubic | Stream | [protected] |
| getAtomicGrid(unsigned i) const | Stream | [protected] |
| getPointCount() const | Stream | [inline] |
| noOfAtoms() const | Stream | [inline, protected] |
| noOfThreads | Stream | [private] |
| radialScheme | Stream | [private] |
| radialThreshold | Stream | [private] |
| saveAtomGridInBox(unsigned iAtom, const Box &box, BoxPartitioner &partitioner, unsigned cnt, const unsigned atoms[], int(*shlBlocks)[2], FILE *stream) const | Stream | [protected] |
| saveAtomsRecursively(StreamSaveContext &ssc, const Box &box, unsigned cnt, const unsigned atoms[], int depth) const | Stream | [protected] |
| saveBatch(unsigned batchLength, real(*coor)[3], real *weight, unsigned nBlocks, int(*shlBlocks)[2], FILE *f) const | Stream | [protected] |
| savedPoints | Stream | [private] |
| saveThread(void *data) | Stream | [protected, static] |
| saveToFile(const char *fname, int noOfThreads) | Stream | |
| sparsePattern | Stream | |
| Stream(ActiveBfShells &abs, RadialScheme *rs, real radint, int angmin, int angmax, real boxSize, bool forceCubic) | Stream | |
| ~Stream() | Stream | |
