#include <stdio.h>
#include "ObitIOUVAIPS.h"
#include "ObitAIPSCat.h"
#include "ObitAIPS.h"
#include "ObitTableList.h"
#include "ObitFile.h"
#include "ObitMem.h"
Functions | |
| void | ObitIOUVAIPSInit (gpointer in) |
| Private: Initialize newly instantiated object. | |
| void | ObitIOUVAIPSClear (gpointer in) |
| Private: Deallocate members. | |
| ObitIOUVAIPS * | newObitIOUVAIPS (gchar *name, ObitInfoList *info, ObitErr *err) |
| Public: Constructor. | |
| gconstpointer | ObitIOUVAIPSGetClass (void) |
| Public: ClassInfo pointer. | |
| gboolean | ObitIOUVAIPSSame (ObitIO *in, ObitInfoList *in1, ObitInfoList *in2, ObitErr *err) |
| Public: Are underlying structures the same. | |
| void | ObitIOUVAIPSRename (ObitIO *in, ObitInfoList *info, ObitErr *err) |
| Public: Rename underlying structures. | |
| void | ObitIOUVAIPSZap (ObitIOUVAIPS *in, ObitErr *err) |
| Public: Delete underlying structures. | |
| ObitIOUVAIPS * | ObitIOUVAIPSCopy (ObitIOUVAIPS *in, ObitIOUVAIPS *out, ObitErr *err) |
| Public: Copy constructor. | |
| ObitIOCode | ObitIOUVAIPSOpen (ObitIOUVAIPS *in, ObitIOAccess access, ObitInfoList *info, ObitErr *err) |
| Public: Open. | |
| ObitIOCode | ObitIOUVAIPSClose (ObitIOUVAIPS *in, ObitErr *err) |
| Public: Close. | |
| ObitIOCode | ObitIOUVAIPSSet (ObitIOUVAIPS *in, ObitInfoList *info, ObitErr *err) |
| Public: Init I/O. | |
| ObitIOCode | ObitIOUVAIPSRead (ObitIOUVAIPS *in, gfloat *data, ObitErr *err) |
| Public: Read. | |
| ObitIOCode | ObitIOUVAIPSReadSelect (ObitIOUVAIPS *in, gfloat *data, ObitErr *err) |
| Read data from disk applying selection and any calibration. | |
| ObitIOCode | ObitIOUVAIPSWrite (ObitIOUVAIPS *in, gfloat *data, ObitErr *err) |
| Public: Write. | |
| ObitIOCode | ObitIOUVAIPSReadDescriptor (ObitIOUVAIPS *in, ObitErr *err) |
| Public: Read Descriptor. | |
| ObitIOCode | ObitIOUVAIPSWriteDescriptor (ObitIOUVAIPS *in, ObitErr *err) |
| Public: Write Descriptor. | |
| ObitIOCode | ObitIOUVAIPSFlush (ObitIOUVAIPS *in, ObitErr *err) |
| Public: Flush. | |
| void | ObitIOUVAIPSCreateBuffer (gfloat **data, glong *size, ObitIOUVAIPS *in, ObitInfoList *info, ObitErr *err) |
| Public: Create buffer. | |
| Obit * | newObitIOUVAIPSTable (ObitIOUVAIPS *in, ObitIOAccess access, gchar *tabType, glong *tabVer, ObitErr *err) |
| Public: Create an associated Table Typed as base class to avoid problems. | |
| ObitIOCode | ObitIOUVAIPSUpdateTables (ObitIOUVAIPS *in, ObitInfoList *info, ObitErr *err) |
| Public: Update disk resident tables information. | |
| void | ObitIOUVAIPSClassInit (void) |
| Public: Class initializer. | |
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Public: Constructor. Initializes class on the first call.
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Public: Create an associated Table Typed as base class to avoid problems. If such an object exists, a reference to it is returned, else a new object is created and entered in the ObitTableList. Returned object is typed an Obit to prevent circular definitions between the ObitTable and the ObitIO classes.
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Public: Class initializer.
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Private: Deallocate members. Does (recursive) deallocation of parent class members.
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Public: Close.
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Public: Copy constructor. The result will have pointers to the more complex members. Parent class members are included but any derived class info is ignored.
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Public: Create buffer.
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Public: Flush.
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Public: ClassInfo pointer. Initializes class if needed on first call.
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Private: Initialize newly instantiated object. for each parent class.
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Public: Open. The file etc. info should have been stored in the ObitInfoList.
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Public: Read. The number read will be mySel->nVisPIO (until the end of the selected range of visibilities in which case it will be smaller). The first visibility number after a read is myDesc->firstVis and the number of visibilities attempted is mySel->numVisRead; actual value saved as myDesc->numVisBuff. When OBIT_IO_EOF is returned all data has been read (then is no new data in data) and the I/O has been closed.
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Public: Read Descriptor.
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Read data from disk applying selection and any calibration. The number read will be mySel->nVisPIO (until the end of the selected range of visibilities in which case it will be smaller). The first visibility number after a read is myDesc->firstVis and the number of visibilities is myDesc->numVisBuff (which may be zero). The number attempted in a read is mySel->numVisRead. When OBIT_IO_EOF is returned all data has been read (then is no new data in data) and the I/O has been closed.
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Public: Rename underlying structures. New name information is given on the info member:
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Public: Are underlying structures the same. This test is done using values entered into the ObitInfoList in case the object has not yet been opened.
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Public: Init I/O.
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Public: Update disk resident tables information.
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Public: Write. The data in the buffer will be written starting at visibility myDesc->firstVis and the number written will be myDesc->numVisBuff which should not exceed mySel->nVisPIO if the internal buffer is used. myDesc->firstVis will be maintained and need not be changed for sequential writing.
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Public: Write Descriptor.
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Public: Delete underlying structures.
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1.3.9.1