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extern char * octname; // global octree name |
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/// Ray reporting callback method |
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typedef void RayReportCall(RAY *r, void *cd); |
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> |
extern int castonly; // doing ray-casting only? |
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/// Ray reporting callback method -- returns # successfully reported, -1 to abort |
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typedef int RayReportCall(RAY *r, void *cd); |
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/// Multi-threaded simulation manager base class |
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class RadSimulManager { |
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int nThreads; // number of active threads |
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char * header; // header (less intro and format) |
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protected: |
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// Assign ray to subthread (fails if NThreads()<2) |
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bool SplitRay(RAY *r); |
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public: |
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RadSimulManager(const char *octn = NULL) { |
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header = NULL; |
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LoadOctree(octn); |
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nThreads = 1; |
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} |
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~RadSimulManager() { |
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Cleanup(); |
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} |
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/// Load octree and prepare renderer |
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bool LoadOctree(const char *octn); |
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/// How many cores are there? |
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/// Prepare header from previous input (or clear) |
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/// Normally called during octree load |
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bool NewHeader(const char *fname=NULL); |
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/// Add a string to header (adds newline if none) |
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bool AddHeader(const char *str); |
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/// Append program line to header |
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bool AddHeader(int ac, const char *av[]); |
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/// Get header lines if any |
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const char * GetHeader() const { |
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return header; |
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} |
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/// How many cores are available? |
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static int GetNCores(); |
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/// Set number of computation threads (0 => #cores) |
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int SetThreadCount(int nt = 0); |
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/// Check thread count (1 means no multi-threading) |
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int NThreads() const { |
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return nThreads; |
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return ray_pnprocs + !ray_pnprocs; |
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} |
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/// How many threads are currently unoccupied? |
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int ThreadsAvailable() const; |
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/// Are we ready? |
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bool Ready() const { |
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return (octname && nsceneobjs > 0); |
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> |
return (octname && nobjects > 0); |
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} |
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/// Process a ray (in subthread), optional result |
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bool ProcessRay(RAY *r); |
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int curFlags; // current operating flags |
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// Call-back for global ray-tracing context |
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static void RTracer(RAY *r); |
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// Call-back for FIFO |
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static int Rfifout(RAY *r); |
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// Check for changes to render flags, etc. |
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bool UpdateMode(); |
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protected: |
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– |
// Add a ray result to FIFO, flushing what we can |
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int QueueResult(const RAY &ra); |
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RNUMBER lastRayID; // last ray ID assigned |
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public: |
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int rtFlags; // operation (RT*) flags |
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} |
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/// Set number of computation threads (0 => #cores) |
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int SetThreadCount(int nt = 0) { |
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if (nt <= 0) nt = GetNCores(); |
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> |
if (nt <= 0) nt = castonly ? 1 : GetNCores(); |
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if (nt == NThreads()) return nt; |
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FlushQueue(); |
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> |
if (FlushQueue() < 0) return 0; |
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return RadSimulManager::SetThreadCount(nt); |
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} |
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/// Add ray bundle to queue w/ optional 1st ray ID |
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VCOPY(orgdir[0], org); VCOPY(orgdir[1], dir); |
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return(EnqueueBundle(orgdir, 1, rID) > 0); |
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} |
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< |
/// Set/change cooked ray callback & FIFO flag |
122 |
> |
/// Set/change cooked ray callback |
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void SetCookedCall(RayReportCall *cb, void *cd = NULL) { |
124 |
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if (cookedCall && (cookedCall != cb) | (ccData != cd)) |
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FlushQueue(); |
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cookedCall = cb; |
127 |
< |
ccData = cd; |
127 |
> |
ccData = cb ? cd : NULL; |
128 |
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} |
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/// Set/change trace callback |
130 |
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void SetTraceCall(RayReportCall *cb, void *cd = NULL) { |
131 |
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traceCall = cb; |
132 |
< |
tcData = cd; |
132 |
> |
tcData = cb ? cd : NULL; |
133 |
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} |
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/// Are we ready? |
135 |
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bool Ready() const { |