ARTS  2.4.0(git:4fb77825)
arts_api_classes.h
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1 /* Copyright (C) 2020 Richard Larsson <larsson@mps.mpg.de>
2 
3  This program is free software; you can redistribute it and/or
4  modify it under the terms of the GNU General Public License as
5  published by the Free Software Foundation; either version 2 of the
6  License, or (at your option) any later version.
7 
8  This program is distributed in the hope that it will be useful,
9  but WITHOUT ANY WARRANTY; without even the implied warranty of
10  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
11  GNU General Public License for more details.
12 
13  You should have received a copy of the GNU General Public License
14  along with this program; if not, write to the Free Software
15  Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307
16  USA. */
17 
19 // File description
21 
29 #ifndef _ARTS_ARTS_API_CLASS_H_
30 #define _ARTS_ARTS_API_CLASS_H_
31 
32 #include "matpack.h"
33 
34 #ifndef DLL_PUBLIC
35 #define DLL_PUBLIC __attribute__((visibility("default")))
36 #define REMOVE_DLL_PUBLIC 1
37 #else
38 #define REMOVE_DLL_PUBLIC 0
39 #endif
40 
41 #define BasicInterfaceCAPI(TYPE) \
42 __attribute__((visibility("default"))) \
43 void * create##TYPE(); \
44 __attribute__((visibility("default"))) \
45 void delete##TYPE(void * data); \
46 __attribute__((visibility("default"))) \
47 void print##TYPE(void * data);
48 
49 
50 #define GetterSetterCAPI(TYPE, VALUE, BASETYPE) \
51 __attribute__((visibility("default"))) \
52 BASETYPE get##VALUE##TYPE(void * data); \
53 __attribute__((visibility("default"))) \
54 void set##VALUE##TYPE(void * data, BASETYPE newval);
55 
56 
57 #define EnumGetterSetterCAPI(TYPE, VALUE, ENUM) \
58 __attribute__((visibility("default"))) \
59 Index get##VALUE##TYPE(void * data); \
60 __attribute__((visibility("default"))) \
61 Index set##VALUE##TYPE(void * data, Index newval); \
62 __attribute__((visibility("default"))) \
63 Index string2index##VALUE##TYPE(void * data, char * newval);
64 
65 
66 #define VoidGetterCAPI(TYPE, VALUE) \
67 __attribute__((visibility("default"))) \
68 void * get##VALUE##TYPE(void * data);
69 
70 
71 #define VoidStructGetterCAPI(TYPE, VALUE) \
72 __attribute__((visibility("default"))) \
73 void * get##VALUE##TYPE(void * data);
74 
75 
76 #define BasicInputOutputCAPI(TYPE) \
77 __attribute__((visibility("default"))) \
78 Index xmlread##TYPE(void * data, char * filepath); \
79 __attribute__((visibility("default"))) \
80 Index xmlsave##TYPE(void * data, char * filepath, Index filetype, Index clobber);
81 
82 
83 #define VoidArrayCAPI(TYPE) \
84 __attribute__((visibility("default"))) \
85 Index size##TYPE(void * data); \
86 __attribute__((visibility("default"))) \
87 void resize##TYPE(Index n, void * data); \
88 __attribute__((visibility("default"))) \
89 void * getelem##TYPE(Index i, void * data);
90 
91 
92 #define VoidArrayElemCAPI(TYPE, ELEM) \
93 __attribute__((visibility("default"))) \
94 Index size##ELEM##TYPE(void * data); \
95 __attribute__((visibility("default"))) \
96 void resize##ELEM##TYPE(Index n, void * data); \
97 __attribute__((visibility("default"))) \
98 void * getelem##ELEM##TYPE(Index i, void * data);
99 
100 
101 extern "C" {
102  // Index
103  BasicInterfaceCAPI(Index)
104  BasicInputOutputCAPI(Index)
105  VoidArrayCAPI(ArrayOfIndex)
106  BasicInterfaceCAPI(ArrayOfIndex)
107  BasicInputOutputCAPI(ArrayOfIndex)
108  VoidArrayCAPI(ArrayOfArrayOfIndex)
109  BasicInterfaceCAPI(ArrayOfArrayOfIndex)
110  BasicInputOutputCAPI(ArrayOfArrayOfIndex)
111  DLL_PUBLIC Index getIndex(void *);
112  DLL_PUBLIC void setIndex(void *, Index);
113 
114  // Numeric
115  BasicInterfaceCAPI(Numeric)
116  BasicInputOutputCAPI(Numeric)
117  DLL_PUBLIC Numeric getNumeric(void * data);
118  DLL_PUBLIC void setNumeric(void * data, Numeric newval);
119 
120  // ZeemanModel
121  BasicInterfaceCAPI(ZeemanModel)
122  GetterSetterCAPI(ZeemanModel, gu, Numeric)
123  GetterSetterCAPI(ZeemanModel, gl, Numeric)
124 
125  // Rational
126  BasicInterfaceCAPI(Rational)
127  BasicInputOutputCAPI(Rational)
128  GetterSetterCAPI(Rational, Nom, Index)
129  GetterSetterCAPI(Rational, Denom, Index)
130  DLL_PUBLIC void simplifyRational(void *);
131 
132  // LineShape::ModelParameters
133  DLL_PUBLIC void printLineShapeModelParameters(void *);
134  DLL_PUBLIC Index getLineShapeModelParametersType(char *);
135 
136  // LineShape::SingleSpeciesModel
137  BasicInterfaceCAPI(LineShapeSingleSpeciesModel)
138  VoidGetterCAPI(LineShapeSingleSpeciesModel, G0)
139  VoidGetterCAPI(LineShapeSingleSpeciesModel, D0)
140  VoidGetterCAPI(LineShapeSingleSpeciesModel, G2)
141  VoidGetterCAPI(LineShapeSingleSpeciesModel, D2)
142  VoidGetterCAPI(LineShapeSingleSpeciesModel, FVC)
143  VoidGetterCAPI(LineShapeSingleSpeciesModel, ETA)
144  VoidGetterCAPI(LineShapeSingleSpeciesModel, Y)
145  VoidGetterCAPI(LineShapeSingleSpeciesModel, G)
146  VoidGetterCAPI(LineShapeSingleSpeciesModel, DV)
147 
148  // LineShape::Model
149  BasicInterfaceCAPI(LineShapeModel)
150  VoidArrayCAPI(LineShapeModel)
151 
152  // Absorption::SingleLine
153  BasicInterfaceCAPI(AbsorptionSingleLine)
154  GetterSetterCAPI(AbsorptionSingleLine, F0, Numeric)
155  GetterSetterCAPI(AbsorptionSingleLine, I0, Numeric)
156  GetterSetterCAPI(AbsorptionSingleLine, E0, Numeric)
157  GetterSetterCAPI(AbsorptionSingleLine, g_low, Numeric)
158  GetterSetterCAPI(AbsorptionSingleLine, g_upp, Numeric)
159  GetterSetterCAPI(AbsorptionSingleLine, A, Numeric)
160  VoidGetterCAPI(AbsorptionSingleLine, Zeeman)
161  VoidGetterCAPI(AbsorptionSingleLine, LineShape)
162  VoidArrayElemCAPI(AbsorptionSingleLine, LowerQuantumNumbers)
163  VoidArrayElemCAPI(AbsorptionSingleLine, UpperQuantumNumbers)
164 
165  // QuantumNumbers
166  BasicInterfaceCAPI(QuantumNumbers)
167  DLL_PUBLIC void * getelemQuantumNumbers(Index, void *);
168  DLL_PUBLIC Index sizeQuantumNumbers();
169  DLL_PUBLIC Index string2quantumnumbersindex(char *);
170 
171  // QuantumIdentifier
172  BasicInterfaceCAPI(QuantumIdentifier)
173  BasicInputOutputCAPI(QuantumIdentifier)
174  EnumGetterSetterCAPI(QuantumIdentifier, Type, QuantumIdentifier::QType)
175  GetterSetterCAPI(QuantumIdentifier, Species, Index)
176  GetterSetterCAPI(QuantumIdentifier, Isotopologue, Index)
177  VoidGetterCAPI(QuantumIdentifier, EnergyLevelQuantumNumbers)
178  VoidGetterCAPI(QuantumIdentifier, LowerQuantumNumbers)
179  VoidGetterCAPI(QuantumIdentifier, UpperQuantumNumbers)
180 
181  // ArrayOfQuantumIdentifier
182  BasicInterfaceCAPI(ArrayOfQuantumIdentifier)
183  BasicInputOutputCAPI(ArrayOfQuantumIdentifier)
184  VoidArrayCAPI(ArrayOfQuantumIdentifier)
185 
186  // SpeciesTag
187  BasicInterfaceCAPI(SpeciesTag)
188  BasicInputOutputCAPI(SpeciesTag)
189  GetterSetterCAPI(SpeciesTag, Species, Index)
190  GetterSetterCAPI(SpeciesTag, Isotopologue, Index)
191  GetterSetterCAPI(SpeciesTag, Uf, Numeric)
192  GetterSetterCAPI(SpeciesTag, Lf, Numeric)
193  GetterSetterCAPI(SpeciesTag, CIASecond, Index)
194  GetterSetterCAPI(SpeciesTag, CIADataset, Index)
195  EnumGetterSetterCAPI(SpeciesTag, Type, Index)
196  VoidArrayCAPI(ArrayOfSpeciesTag)
197  BasicInterfaceCAPI(ArrayOfSpeciesTag)
198  BasicInputOutputCAPI(ArrayOfSpeciesTag)
199  VoidArrayCAPI(ArrayOfArrayOfSpeciesTag)
200  BasicInterfaceCAPI(ArrayOfArrayOfSpeciesTag)
201  BasicInputOutputCAPI(ArrayOfArrayOfSpeciesTag)
202  DLL_PUBLIC Index setSpeciesTag(void *, char *);
203  DLL_PUBLIC Index validSpecies(Index);
204  DLL_PUBLIC Index validAllIsotopologues(Index, Index);
205  DLL_PUBLIC Index validIsotopologue(Index, Index);
206  DLL_PUBLIC Index validContinuum(Index, Index);
207 
208  // AbsorptionLines
209  BasicInterfaceCAPI(AbsorptionLines)
210  BasicInputOutputCAPI(AbsorptionLines)
211  GetterSetterCAPI(AbsorptionLines, Self, bool)
212  GetterSetterCAPI(AbsorptionLines, Bath, bool)
213  EnumGetterSetterCAPI(AbsorptionLines, Cutoff, Absorption::CutoffType)
214  EnumGetterSetterCAPI(AbsorptionLines, LineShapeType, LineShape::Type)
215  EnumGetterSetterCAPI(AbsorptionLines, Mirroring, Absorption::MirroringType)
216  EnumGetterSetterCAPI(AbsorptionLines, Population, Absorption::PopulationType)
217  EnumGetterSetterCAPI(AbsorptionLines, Normalization, Absorption::NormalizationType)
218  GetterSetterCAPI(AbsorptionLines, T0, Numeric)
219  GetterSetterCAPI(AbsorptionLines, CutoffFreqValue, Numeric)
220  GetterSetterCAPI(AbsorptionLines, LinemixingLimit, Numeric)
221  VoidGetterCAPI(AbsorptionLines, QuantumIdentity)
222  VoidArrayElemCAPI(AbsorptionLines, LocalQuanta)
223  VoidGetterCAPI(AbsorptionLines, BroadeningSpecies)
224  VoidArrayElemCAPI(AbsorptionLines, AllLines)
225  VoidArrayCAPI(ArrayOfAbsorptionLines)
226  BasicInterfaceCAPI(ArrayOfAbsorptionLines)
227  BasicInputOutputCAPI(ArrayOfAbsorptionLines)
228  VoidArrayCAPI(ArrayOfArrayOfAbsorptionLines)
229  BasicInterfaceCAPI(ArrayOfArrayOfAbsorptionLines)
230  BasicInputOutputCAPI(ArrayOfArrayOfAbsorptionLines)
231  DLL_PUBLIC void printmetaAbsorptionLines(void *);
232  DLL_PUBLIC Index isAbsorptionLinesOK(void *);
233  DLL_PUBLIC void * getSpeciesNameAbsorptionLines(void *);
234 
235  // EnergyLevelMap
236  BasicInterfaceCAPI(EnergyLevelMap)
237  BasicInputOutputCAPI(EnergyLevelMap)
238  EnumGetterSetterCAPI(EnergyLevelMap, Type, EnergyLevelMapType)
239  VoidGetterCAPI(EnergyLevelMap, Levels)
240  VoidGetterCAPI(EnergyLevelMap, Energies)
241  VoidGetterCAPI(EnergyLevelMap, Data)
242  DLL_PUBLIC bool getOKEnergyLevelMap(void *);
243 
244  // Vector
245  BasicInterfaceCAPI(Vector)
246  BasicInputOutputCAPI(Vector)
247  VoidArrayCAPI(ArrayOfVector)
248  BasicInterfaceCAPI(ArrayOfVector)
249  BasicInputOutputCAPI(ArrayOfVector)
250  VoidArrayCAPI(ArrayOfArrayOfVector)
251  BasicInterfaceCAPI(ArrayOfArrayOfVector)
252  BasicInputOutputCAPI(ArrayOfArrayOfVector)
253  DLL_PUBLIC void resizeVector(Index, void *);
254  DLL_PUBLIC Index nelemVector(void *);
255  DLL_PUBLIC Numeric * getDataVector(void *);
256 
257  // Matrix
258  BasicInterfaceCAPI(Matrix)
259  BasicInputOutputCAPI(Matrix)
260  VoidArrayCAPI(ArrayOfMatrix)
261  BasicInterfaceCAPI(ArrayOfMatrix)
262  BasicInputOutputCAPI(ArrayOfMatrix)
263  VoidArrayCAPI(ArrayOfArrayOfMatrix)
264  BasicInterfaceCAPI(ArrayOfArrayOfMatrix)
265  BasicInputOutputCAPI(ArrayOfArrayOfMatrix)
266  DLL_PUBLIC void resizeMatrix(Index, Index, void *);
267  DLL_PUBLIC Index rowsMatrix(void *);
268  DLL_PUBLIC Index colsMatrix(void *);
269  DLL_PUBLIC Numeric * getDataMatrix(void *);
270 
271  // Tensor3
272  BasicInterfaceCAPI(Tensor3)
273  BasicInputOutputCAPI(Tensor3)
274  VoidArrayCAPI(ArrayOfTensor3)
275  BasicInterfaceCAPI(ArrayOfTensor3)
276  BasicInputOutputCAPI(ArrayOfTensor3)
277  VoidArrayCAPI(ArrayOfArrayOfTensor3)
278  BasicInterfaceCAPI(ArrayOfArrayOfTensor3)
279  BasicInputOutputCAPI(ArrayOfArrayOfTensor3)
280  DLL_PUBLIC void resizeTensor3(Index, Index, Index, void *);
281  DLL_PUBLIC Index pagesTensor3(void *);
282  DLL_PUBLIC Index rowsTensor3(void *);
283  DLL_PUBLIC Index colsTensor3(void *);
284  DLL_PUBLIC Numeric * getDataTensor3(void *);
285 
286  // Tensor4
287  BasicInterfaceCAPI(Tensor4)
288  BasicInputOutputCAPI(Tensor4)
289  VoidArrayCAPI(ArrayOfTensor4)
290  BasicInterfaceCAPI(ArrayOfTensor4)
291  BasicInputOutputCAPI(ArrayOfTensor4)
292 // VoidArrayCAPI(ArrayOfArrayOfTensor4)
293 // BasicInterfaceCAPI(ArrayOfArrayOfTensor4)
294 // BasicInputOutputCAPI(ArrayOfArrayOfTensor4)
295  DLL_PUBLIC void resizeTensor4(Index, Index, Index, Index, void *);
296  DLL_PUBLIC Index booksTensor4(void *);
297  DLL_PUBLIC Index pagesTensor4(void *);
298  DLL_PUBLIC Index rowsTensor4(void *);
299  DLL_PUBLIC Index colsTensor4(void *);
300  DLL_PUBLIC Numeric * getDataTensor4(void *);
301 
302  // Tensor5
303  BasicInterfaceCAPI(Tensor5)
304  BasicInputOutputCAPI(Tensor5)
305  VoidArrayCAPI(ArrayOfTensor5)
306  BasicInterfaceCAPI(ArrayOfTensor5)
307  BasicInputOutputCAPI(ArrayOfTensor5)
308 // VoidArrayCAPI(ArrayOfArrayOfTensor5)
309 // BasicInterfaceCAPI(ArrayOfArrayOfTensor5)
310 // BasicInputOutputCAPI(ArrayOfArrayOfTensor5)
311  DLL_PUBLIC void resizeTensor5(Index, Index, Index, Index, Index, void *);
312  DLL_PUBLIC Index shelvesTensor5(void *);
313  DLL_PUBLIC Index booksTensor5(void *);
314  DLL_PUBLIC Index pagesTensor5(void *);
315  DLL_PUBLIC Index rowsTensor5(void *);
316  DLL_PUBLIC Index colsTensor5(void *);
317  DLL_PUBLIC Numeric * getDataTensor5(void *);
318 
319  // Tensor6
320  BasicInterfaceCAPI(Tensor6)
321  BasicInputOutputCAPI(Tensor6)
322  VoidArrayCAPI(ArrayOfTensor6)
323  BasicInterfaceCAPI(ArrayOfTensor6)
324  BasicInputOutputCAPI(ArrayOfTensor6)
325  VoidArrayCAPI(ArrayOfArrayOfTensor6)
326  BasicInterfaceCAPI(ArrayOfArrayOfTensor6)
327  BasicInputOutputCAPI(ArrayOfArrayOfTensor6)
328  DLL_PUBLIC void resizeTensor6(Index, Index, Index, Index, Index, Index, void *);
329  DLL_PUBLIC Index vitrinesTensor6(void *);
330  DLL_PUBLIC Index shelvesTensor6(void *);
331  DLL_PUBLIC Index booksTensor6(void *);
332  DLL_PUBLIC Index pagesTensor6(void *);
333  DLL_PUBLIC Index rowsTensor6(void *);
334  DLL_PUBLIC Index colsTensor6(void *);
335  DLL_PUBLIC Numeric * getDataTensor6(void *);
336 
337  // Tensor7
338  BasicInterfaceCAPI(Tensor7)
339  BasicInputOutputCAPI(Tensor7)
340  VoidArrayCAPI(ArrayOfTensor7)
341  BasicInterfaceCAPI(ArrayOfTensor7)
342  BasicInputOutputCAPI(ArrayOfTensor7)
343 // VoidArrayCAPI(ArrayOfArrayOfTensor7)
344 // BasicInterfaceCAPI(ArrayOfArrayOfTensor7)
345 // BasicInputOutputCAPI(ArrayOfArrayOfTensor7)
346  DLL_PUBLIC void resizeTensor7(Index, Index, Index, Index, Index, Index, Index, void *);
347  DLL_PUBLIC Index librariesTensor7(void *);
348  DLL_PUBLIC Index vitrinesTensor7(void *);
349  DLL_PUBLIC Index shelvesTensor7(void *);
350  DLL_PUBLIC Index booksTensor7(void *);
351  DLL_PUBLIC Index pagesTensor7(void *);
352  DLL_PUBLIC Index rowsTensor7(void *);
353  DLL_PUBLIC Index colsTensor7(void *);
354  DLL_PUBLIC Numeric * getDataTensor7(void *);
355 
356  // PropagationMatrix
357  BasicInterfaceCAPI(PropagationMatrix)
358  BasicInputOutputCAPI(PropagationMatrix)
359  VoidGetterCAPI(PropagationMatrix, Data)
360  VoidArrayCAPI(ArrayOfPropagationMatrix)
361  BasicInterfaceCAPI(ArrayOfPropagationMatrix)
362  BasicInputOutputCAPI(ArrayOfPropagationMatrix)
363  VoidArrayCAPI(ArrayOfArrayOfPropagationMatrix)
364  BasicInterfaceCAPI(ArrayOfArrayOfPropagationMatrix)
365  BasicInputOutputCAPI(ArrayOfArrayOfPropagationMatrix)
366  DLL_PUBLIC Index stokesPropagationMatrix(void *);
367  DLL_PUBLIC Index frequenciesPropagationMatrix(void *);
368  DLL_PUBLIC Index zenithsPropagationMatrix(void *);
369  DLL_PUBLIC Index azimuthsPropagationMatrix(void *);
370  DLL_PUBLIC Index setPropagationMatrix(void *, Index, Index, Index, Index, Numeric);
371  DLL_PUBLIC bool getOKPropagationMatrix(void *);
372 
373  // StokesVector
374  BasicInterfaceCAPI(StokesVector)
375  BasicInputOutputCAPI(StokesVector)
376  VoidGetterCAPI(StokesVector, Data)
377  VoidArrayCAPI(ArrayOfStokesVector)
378  BasicInterfaceCAPI(ArrayOfStokesVector)
379  BasicInputOutputCAPI(ArrayOfStokesVector)
380  VoidArrayCAPI(ArrayOfArrayOfStokesVector)
381  BasicInterfaceCAPI(ArrayOfArrayOfStokesVector)
382  BasicInputOutputCAPI(ArrayOfArrayOfStokesVector)
383  DLL_PUBLIC Index stokesStokesVector(void *);
384  DLL_PUBLIC Index frequenciesStokesVector(void *);
385  DLL_PUBLIC Index zenithsStokesVector(void *);
386  DLL_PUBLIC Index azimuthsStokesVector(void *);
387  DLL_PUBLIC Index setStokesVector(void *, Index, Index, Index, Index, Numeric);
388  DLL_PUBLIC bool getOKStokesVector(void *);
389 
390  // String
391  BasicInterfaceCAPI(String)
392  BasicInputOutputCAPI(String)
393  VoidArrayCAPI(ArrayOfString)
394  BasicInterfaceCAPI(ArrayOfString)
395  BasicInputOutputCAPI(ArrayOfString)
396  VoidArrayCAPI(ArrayOfArrayOfString)
397  BasicInterfaceCAPI(ArrayOfArrayOfString)
398  BasicInputOutputCAPI(ArrayOfArrayOfString)
399  DLL_PUBLIC void setString(void * data, char * newdata);
400  DLL_PUBLIC char * getString(void * data);
401 
402  // GridPos
403  BasicInterfaceCAPI(GridPos)
404  BasicInputOutputCAPI(GridPos)
405  VoidStructGetterCAPI(GridPos, idx)
406  VoidStructGetterCAPI(GridPos, fd)
407  VoidArrayCAPI(ArrayOfGridPos)
408  BasicInterfaceCAPI(ArrayOfGridPos)
409  BasicInputOutputCAPI(ArrayOfGridPos)
410 
411  // GridPosPoly
412  BasicInterfaceCAPI(GridPosPoly)
413  VoidStructGetterCAPI(GridPosPoly, idx)
414  VoidStructGetterCAPI(GridPosPoly, w)
415  VoidArrayCAPI(ArrayOfGridPosPoly)
416  BasicInterfaceCAPI(ArrayOfGridPosPoly)
417  BasicInputOutputCAPI(ArrayOfGridPosPoly)
418 
419  // Ppath
420  BasicInterfaceCAPI(Ppath)
421  BasicInputOutputCAPI(Ppath)
422  VoidStructGetterCAPI(Ppath, dim)
423  VoidStructGetterCAPI(Ppath, np)
424  VoidStructGetterCAPI(Ppath, constant)
425  VoidStructGetterCAPI(Ppath, background)
426  VoidStructGetterCAPI(Ppath, start_pos)
427  VoidStructGetterCAPI(Ppath, start_los)
428  VoidStructGetterCAPI(Ppath, start_lstep)
429  VoidStructGetterCAPI(Ppath, pos)
430  VoidStructGetterCAPI(Ppath, los)
431  VoidStructGetterCAPI(Ppath, r)
432  VoidStructGetterCAPI(Ppath, lstep)
433  VoidStructGetterCAPI(Ppath, end_pos)
434  VoidStructGetterCAPI(Ppath, end_los)
435  VoidStructGetterCAPI(Ppath, end_lstep)
436  VoidStructGetterCAPI(Ppath, nreal)
437  VoidStructGetterCAPI(Ppath, ngroup)
438  VoidStructGetterCAPI(Ppath, gp_p)
439  VoidStructGetterCAPI(Ppath, gp_lat)
440  VoidStructGetterCAPI(Ppath, gp_lon)
441  VoidArrayCAPI(ArrayOfPpath)
442  BasicInterfaceCAPI(ArrayOfPpath)
443  BasicInputOutputCAPI(ArrayOfPpath)
444 
445  // TransmissionMatrix
446  BasicInterfaceCAPI(TransmissionMatrix)
447  BasicInputOutputCAPI(TransmissionMatrix)
448  VoidArrayCAPI(ArrayOfTransmissionMatrix)
449  BasicInterfaceCAPI(ArrayOfTransmissionMatrix)
450  BasicInputOutputCAPI(ArrayOfTransmissionMatrix)
451  VoidArrayCAPI(ArrayOfArrayOfTransmissionMatrix)
452  BasicInterfaceCAPI(ArrayOfArrayOfTransmissionMatrix)
453  BasicInputOutputCAPI(ArrayOfArrayOfTransmissionMatrix)
454  DLL_PUBLIC Numeric * getMat1TransmissionMatrix(Index, void *);
455  DLL_PUBLIC Numeric * getMat2TransmissionMatrix(Index, void *);
456  DLL_PUBLIC Numeric * getMat3TransmissionMatrix(Index, void *);
457  DLL_PUBLIC Numeric * getMat4TransmissionMatrix(Index, void *);
458  DLL_PUBLIC void setTransmissionMatrix(void *, Index, Index);
459  DLL_PUBLIC Index getStokesDimTransmissionMatrix(void *);
460  DLL_PUBLIC Index getFrequenciesTransmissionMatrix(void *);
461 
462  // RadiationVector
463  BasicInterfaceCAPI(RadiationVector)
464  BasicInputOutputCAPI(RadiationVector)
465  VoidArrayCAPI(ArrayOfRadiationVector)
466  BasicInterfaceCAPI(ArrayOfRadiationVector)
467  BasicInputOutputCAPI(ArrayOfRadiationVector)
468  VoidArrayCAPI(ArrayOfArrayOfRadiationVector)
469  BasicInterfaceCAPI(ArrayOfArrayOfRadiationVector)
470  BasicInputOutputCAPI(ArrayOfArrayOfRadiationVector)
471  DLL_PUBLIC Numeric * getVec1RadiationVector(Index, void *);
472  DLL_PUBLIC Numeric * getVec2RadiationVector(Index, void *);
473  DLL_PUBLIC Numeric * getVec3RadiationVector(Index, void *);
474  DLL_PUBLIC Numeric * getVec4RadiationVector(Index, void *);
475  DLL_PUBLIC void setRadiationVector(void *, Index, Index);
476  DLL_PUBLIC Index getStokesDimRadiationVector(void *);
477  DLL_PUBLIC Index getFrequenciesRadiationVector(void *);
478 
479  // GriddedField1
480  BasicInterfaceCAPI(GriddedField1)
481  BasicInputOutputCAPI(GriddedField1)
482  VoidArrayCAPI(ArrayOfGriddedField1)
483  BasicInterfaceCAPI(ArrayOfGriddedField1)
484  BasicInputOutputCAPI(ArrayOfGriddedField1)
485  VoidArrayCAPI(ArrayOfArrayOfGriddedField1)
486  BasicInterfaceCAPI(ArrayOfArrayOfGriddedField1)
487  BasicInputOutputCAPI(ArrayOfArrayOfGriddedField1)
488  DLL_PUBLIC Index get_dimGriddedField1(void * data);
489  DLL_PUBLIC Index get_grid_typeIndexGriddedField1(Index i, void * data);
490  DLL_PUBLIC Index get_grid_sizeGriddedField1(Index i, void * data);
491  DLL_PUBLIC char * get_nameGriddedField1(void * data);
492  DLL_PUBLIC void set_nameGriddedField1(void * data, char * newdata);
493  DLL_PUBLIC char * get_grid_nameGriddedField1(Index i, void * data);
494  DLL_PUBLIC void set_grid_nameGriddedField1(Index i, void * data, char * newdata);
495  DLL_PUBLIC void * get_numeric_gridGriddedField1(Index i, void * data);
496  DLL_PUBLIC void * get_string_gridGriddedField1(Index i, void * data);
497  DLL_PUBLIC void set_gridGriddedField1(Index i, void * data, void * newdata, bool NumericType);
498  DLL_PUBLIC void * dataGriddedField1(void * data);
499  DLL_PUBLIC bool checksizeGriddedField1(void * data);
500 
501  // GriddedField2
502  BasicInterfaceCAPI(GriddedField2)
503  BasicInputOutputCAPI(GriddedField2)
504  VoidArrayCAPI(ArrayOfGriddedField2)
505  BasicInterfaceCAPI(ArrayOfGriddedField2)
506  BasicInputOutputCAPI(ArrayOfGriddedField2)
507  VoidArrayCAPI(ArrayOfArrayOfGriddedField2)
508  BasicInterfaceCAPI(ArrayOfArrayOfGriddedField2)
509  BasicInputOutputCAPI(ArrayOfArrayOfGriddedField2)
510  DLL_PUBLIC Index get_dimGriddedField2(void * data);
511  DLL_PUBLIC Index get_grid_typeIndexGriddedField2(Index i, void * data);
512  DLL_PUBLIC Index get_grid_sizeGriddedField2(Index i, void * data);
513  DLL_PUBLIC char * get_nameGriddedField2(void * data);
514  DLL_PUBLIC void set_nameGriddedField2(void * data, char * newdata);
515  DLL_PUBLIC char * get_grid_nameGriddedField2(Index i, void * data);
516  DLL_PUBLIC void set_grid_nameGriddedField2(Index i, void * data, char * newdata);
517  DLL_PUBLIC void * get_numeric_gridGriddedField2(Index i, void * data);
518  DLL_PUBLIC void * get_string_gridGriddedField2(Index i, void * data);
519  DLL_PUBLIC void set_gridGriddedField2(Index i, void * data, void * newdata, bool NumericType);
520  DLL_PUBLIC void * dataGriddedField2(void * data);
521  DLL_PUBLIC bool checksizeGriddedField2(void * data);
522 
523  // GriddedField3
524  BasicInterfaceCAPI(GriddedField3)
525  BasicInputOutputCAPI(GriddedField3)
526  VoidArrayCAPI(ArrayOfGriddedField3)
527  BasicInterfaceCAPI(ArrayOfGriddedField3)
528  BasicInputOutputCAPI(ArrayOfGriddedField3)
529  VoidArrayCAPI(ArrayOfArrayOfGriddedField3)
530  BasicInterfaceCAPI(ArrayOfArrayOfGriddedField3)
531  BasicInputOutputCAPI(ArrayOfArrayOfGriddedField3)
532  DLL_PUBLIC Index get_dimGriddedField3(void * data);
533  DLL_PUBLIC Index get_grid_typeIndexGriddedField3(Index i, void * data);
534  DLL_PUBLIC Index get_grid_sizeGriddedField3(Index i, void * data);
535  DLL_PUBLIC char * get_nameGriddedField3(void * data);
536  DLL_PUBLIC void set_nameGriddedField3(void * data, char * newdata);
537  DLL_PUBLIC char * get_grid_nameGriddedField3(Index i, void * data);
538  DLL_PUBLIC void set_grid_nameGriddedField3(Index i, void * data, char * newdata);
539  DLL_PUBLIC void * get_numeric_gridGriddedField3(Index i, void * data);
540  DLL_PUBLIC void * get_string_gridGriddedField3(Index i, void * data);
541  DLL_PUBLIC void set_gridGriddedField3(Index i, void * data, void * newdata, bool NumericType);
542  DLL_PUBLIC void * dataGriddedField3(void * data);
543  DLL_PUBLIC bool checksizeGriddedField3(void * data);
544 
545  // GriddedField4
546  BasicInterfaceCAPI(GriddedField4)
547  BasicInputOutputCAPI(GriddedField4)
548  VoidArrayCAPI(ArrayOfGriddedField4)
549  BasicInterfaceCAPI(ArrayOfGriddedField4)
550  BasicInputOutputCAPI(ArrayOfGriddedField4)
551  DLL_PUBLIC Index get_dimGriddedField4(void * data);
552  DLL_PUBLIC Index get_grid_typeIndexGriddedField4(Index i, void * data);
553  DLL_PUBLIC Index get_grid_sizeGriddedField4(Index i, void * data);
554  DLL_PUBLIC char * get_nameGriddedField4(void * data);
555  DLL_PUBLIC void set_nameGriddedField4(void * data, char * newdata);
556  DLL_PUBLIC char * get_grid_nameGriddedField4(Index i, void * data);
557  DLL_PUBLIC void set_grid_nameGriddedField4(Index i, void * data, char * newdata);
558  DLL_PUBLIC void * get_numeric_gridGriddedField4(Index i, void * data);
559  DLL_PUBLIC void * get_string_gridGriddedField4(Index i, void * data);
560  DLL_PUBLIC void set_gridGriddedField4(Index i, void * data, void * newdata, bool NumericType);
561  DLL_PUBLIC void * dataGriddedField4(void * data);
562  DLL_PUBLIC bool checksizeGriddedField4(void * data);
563 
564  // GriddedField5
565  BasicInterfaceCAPI(GriddedField5)
566  BasicInputOutputCAPI(GriddedField5)
567  DLL_PUBLIC Index get_dimGriddedField5(void * data);
568  DLL_PUBLIC Index get_grid_typeIndexGriddedField5(Index i, void * data);
569  DLL_PUBLIC Index get_grid_sizeGriddedField5(Index i, void * data);
570  DLL_PUBLIC char * get_nameGriddedField5(void * data);
571  DLL_PUBLIC void set_nameGriddedField5(void * data, char * newdata);
572  DLL_PUBLIC char * get_grid_nameGriddedField5(Index i, void * data);
573  DLL_PUBLIC void set_grid_nameGriddedField5(Index i, void * data, char * newdata);
574  DLL_PUBLIC void * get_numeric_gridGriddedField5(Index i, void * data);
575  DLL_PUBLIC void * get_string_gridGriddedField5(Index i, void * data);
576  DLL_PUBLIC void set_gridGriddedField5(Index i, void * data, void * newdata, bool NumericType);
577  DLL_PUBLIC void * dataGriddedField5(void * data);
578  DLL_PUBLIC bool checksizeGriddedField5(void * data);
579 
580  // GriddedField6
581  BasicInterfaceCAPI(GriddedField6)
582  BasicInputOutputCAPI(GriddedField6)
583  DLL_PUBLIC Index get_dimGriddedField6(void * data);
584  DLL_PUBLIC Index get_grid_typeIndexGriddedField6(Index i, void * data);
585  DLL_PUBLIC Index get_grid_sizeGriddedField6(Index i, void * data);
586  DLL_PUBLIC char * get_nameGriddedField6(void * data);
587  DLL_PUBLIC void set_nameGriddedField6(void * data, char * newdata);
588  DLL_PUBLIC char * get_grid_nameGriddedField6(Index i, void * data);
589  DLL_PUBLIC void set_grid_nameGriddedField6(Index i, void * data, char * newdata);
590  DLL_PUBLIC void * get_numeric_gridGriddedField6(Index i, void * data);
591  DLL_PUBLIC void * get_string_gridGriddedField6(Index i, void * data);
592  DLL_PUBLIC void set_gridGriddedField6(Index i, void * data, void * newdata, bool NumericType);
593  DLL_PUBLIC void * dataGriddedField6(void * data);
594  DLL_PUBLIC bool checksizeGriddedField6(void * data);
595 
596  // SpeciesAuxData
597  BasicInterfaceCAPI(SpeciesAuxData)
598  BasicInputOutputCAPI(SpeciesAuxData)
599  DLL_PUBLIC void initSpeciesAuxData(void * data);
600  DLL_PUBLIC bool validindexSpeciesAuxData(void * data, Index s, Index i);
601  DLL_PUBLIC void * getDataSpeciesAuxData(void * data, Index s, Index i);
602  DLL_PUBLIC Index setTypeFromIndexSpeciesAuxData(void * data, Index s, Index i, Index t);
603  DLL_PUBLIC Index getTypeSpeciesAuxData(void * data, Index s, Index i);
604 
605  // CIARecord
606  BasicInterfaceCAPI(CIARecord)
607  BasicInputOutputCAPI(CIARecord)
608  VoidGetterCAPI(CIARecord, Data)
609  VoidArrayCAPI(ArrayOfCIARecord)
610  BasicInterfaceCAPI(ArrayOfCIARecord)
611  BasicInputOutputCAPI(ArrayOfCIARecord)
612  DLL_PUBLIC Index getSpecies1CIARecord(void *);
613  DLL_PUBLIC Index getSpecies2CIARecord(void *);
614  DLL_PUBLIC void setSpeciesCIARecord(void *, Index, Index);
615 
616  // Verbosity
617  BasicInterfaceCAPI(Verbosity)
618  BasicInputOutputCAPI(Verbosity)
619  DLL_PUBLIC Index getAgendaVerbosity(void *);
620  DLL_PUBLIC Index getScreenVerbosity(void *);
621  DLL_PUBLIC Index getFileVerbosity(void *);
622  DLL_PUBLIC bool getMainVerbosity(void *);
623  DLL_PUBLIC void setVerbosity(void *, Index, Index, Index, bool);
624 
625  // TessemNN
626  BasicInterfaceCAPI(TessemNN)
627  BasicInputOutputCAPI(TessemNN)
628  VoidStructGetterCAPI(TessemNN, nb_inputs)
629  VoidStructGetterCAPI(TessemNN, nb_outputs)
630  VoidStructGetterCAPI(TessemNN, nb_cache)
631  VoidStructGetterCAPI(TessemNN, b1)
632  VoidStructGetterCAPI(TessemNN, b2)
633  VoidStructGetterCAPI(TessemNN, w1)
634  VoidStructGetterCAPI(TessemNN, w2)
635  VoidStructGetterCAPI(TessemNN, x_min)
636  VoidStructGetterCAPI(TessemNN, x_max)
637  VoidStructGetterCAPI(TessemNN, y_min)
638  VoidStructGetterCAPI(TessemNN, y_max)
639 
640  // SingleScatteringData
641  BasicInterfaceCAPI(SingleScatteringData)
642  BasicInputOutputCAPI(SingleScatteringData)
643  VoidStructGetterCAPI(SingleScatteringData, ptype)
644  VoidStructGetterCAPI(SingleScatteringData, description)
645  VoidStructGetterCAPI(SingleScatteringData, f_grid)
646  VoidStructGetterCAPI(SingleScatteringData, T_grid)
647  VoidStructGetterCAPI(SingleScatteringData, za_grid)
648  VoidStructGetterCAPI(SingleScatteringData, aa_grid)
649  VoidStructGetterCAPI(SingleScatteringData, pha_mat_data)
650  VoidStructGetterCAPI(SingleScatteringData, ext_mat_data)
651  VoidStructGetterCAPI(SingleScatteringData, abs_vec_data)
652  VoidArrayCAPI(ArrayOfSingleScatteringData)
653  BasicInterfaceCAPI(ArrayOfSingleScatteringData)
654  BasicInputOutputCAPI(ArrayOfSingleScatteringData)
655  VoidArrayCAPI(ArrayOfArrayOfSingleScatteringData)
656  BasicInterfaceCAPI(ArrayOfArrayOfSingleScatteringData)
657  BasicInputOutputCAPI(ArrayOfArrayOfSingleScatteringData)
658 
659  // ScatteringMetaData
660  BasicInterfaceCAPI(ScatteringMetaData)
661  BasicInputOutputCAPI(ScatteringMetaData)
662  VoidStructGetterCAPI(ScatteringMetaData, description)
663  VoidStructGetterCAPI(ScatteringMetaData, source)
664  VoidStructGetterCAPI(ScatteringMetaData, refr_index)
665  VoidStructGetterCAPI(ScatteringMetaData, mass)
666  VoidStructGetterCAPI(ScatteringMetaData, diameter_max)
667  VoidStructGetterCAPI(ScatteringMetaData, diameter_volume_equ)
668  VoidStructGetterCAPI(ScatteringMetaData, diameter_area_equ_aerodynamical)
669  VoidArrayCAPI(ArrayOfScatteringMetaData)
670  BasicInterfaceCAPI(ArrayOfScatteringMetaData)
671  BasicInputOutputCAPI(ArrayOfScatteringMetaData)
672  VoidArrayCAPI(ArrayOfArrayOfScatteringMetaData)
673  BasicInterfaceCAPI(ArrayOfArrayOfScatteringMetaData)
674  BasicInputOutputCAPI(ArrayOfArrayOfScatteringMetaData)
675 
676  // Timer
677  BasicInterfaceCAPI(Timer)
678  BasicInputOutputCAPI(Timer)
679  DLL_PUBLIC bool getrunningTimer(void *);
680  DLL_PUBLIC bool getfinishedTimer(void *);
681  DLL_PUBLIC Index getcputime_start_utimeTimer(void *);
682  DLL_PUBLIC Index getcputime_start_stimeTimer(void *);
683  DLL_PUBLIC Index getcputime_start_cutimeTimer(void *);
684  DLL_PUBLIC Index getcputime_start_cstimeTimer(void *);
685  DLL_PUBLIC Index getrealtime_startTimer(void *);
686  DLL_PUBLIC Index getcputime_end_utimeTimer(void *);
687  DLL_PUBLIC Index getcputime_end_stimeTimer(void *);
688  DLL_PUBLIC Index getcputime_end_cutimeTimer(void *);
689  DLL_PUBLIC Index getcputime_end_cstimeTimer(void *);
690  DLL_PUBLIC Index getrealtime_endTimer(void *);
691  DLL_PUBLIC void setrunningTimer(void *, bool);
692  DLL_PUBLIC void setfinishedTimer(void *, bool);
693  DLL_PUBLIC void setcputime_start_utimeTimer(void *, Index);
694  DLL_PUBLIC void setcputime_start_stimeTimer(void *, Index);
695  DLL_PUBLIC void setcputime_start_cutimeTimer(void *, Index);
696  DLL_PUBLIC void setcputime_start_cstimeTimer(void *, Index);
697  DLL_PUBLIC void setrealtime_startTimer(void *, Index);
698  DLL_PUBLIC void setcputime_end_utimeTimer(void *, Index);
699  DLL_PUBLIC void setcputime_end_stimeTimer(void *, Index);
700  DLL_PUBLIC void setcputime_end_cutimeTimer(void *, Index);
701  DLL_PUBLIC void setcputime_end_cstimeTimer(void *, Index);
702  DLL_PUBLIC void setrealtime_endTimer(void *, Index);
703  DLL_PUBLIC bool supportTimer();
704  DLL_PUBLIC Index tickTimer();
705 
706  // TelsemAtlas
707  BasicInterfaceCAPI(TelsemAtlas)
708  BasicInputOutputCAPI(TelsemAtlas)
709  VoidGetterCAPI(TelsemAtlas, DataCount)
710  VoidGetterCAPI(TelsemAtlas, ChannelCount)
711  VoidGetterCAPI(TelsemAtlas, Name)
712  VoidGetterCAPI(TelsemAtlas, Month)
713  VoidGetterCAPI(TelsemAtlas, Lat)
714  VoidGetterCAPI(TelsemAtlas, Cells)
715  VoidGetterCAPI(TelsemAtlas, FirstCells)
716  VoidGetterCAPI(TelsemAtlas, Emis)
717  VoidGetterCAPI(TelsemAtlas, Emis_err)
718  VoidGetterCAPI(TelsemAtlas, Correlations)
719  VoidGetterCAPI(TelsemAtlas, Classes1)
720  VoidGetterCAPI(TelsemAtlas, Classes2)
721  VoidGetterCAPI(TelsemAtlas, Cellnumber)
722  VoidGetterCAPI(TelsemAtlas, Correspondance)
723  VoidArrayCAPI(ArrayOfTelsemAtlas)
724  BasicInterfaceCAPI(ArrayOfTelsemAtlas)
725  BasicInputOutputCAPI(ArrayOfTelsemAtlas)
726  DLL_PUBLIC Numeric getA0_K0TelsemAtlas(Index, void*);
727  DLL_PUBLIC Numeric getA0_K1TelsemAtlas(Index, void*);
728  DLL_PUBLIC Numeric getA0_K2TelsemAtlas(Index, void*);
729  DLL_PUBLIC Numeric getA0_EVEHTelsemAtlas(Index, void*);
730  DLL_PUBLIC Numeric getA1_EVEHTelsemAtlas(Index, void*);
731  DLL_PUBLIC Numeric getA2_EVEHTelsemAtlas(Index, void*);
732  DLL_PUBLIC Numeric getA3_EVEHTelsemAtlas(Index, void*);
733  DLL_PUBLIC Numeric getB0_EVEHTelsemAtlas(Index, void*);
734  DLL_PUBLIC Numeric getB1_EVEHTelsemAtlas(Index, void*);
735  DLL_PUBLIC Numeric getB2_EVEHTelsemAtlas(Index, void*);
736  DLL_PUBLIC Numeric getB3_EVEHTelsemAtlas(Index, void*);
737  DLL_PUBLIC Numeric getRAPPORT43_32TelsemAtlas(Index, void*);
738  DLL_PUBLIC Numeric getRAPPORT54_43TelsemAtlas(Index, void*);
739 
740  // MCAntenna
741  BasicInterfaceCAPI(MCAntenna)
742  BasicInputOutputCAPI(MCAntenna)
743  VoidGetterCAPI(MCAntenna, saa)
744  VoidGetterCAPI(MCAntenna, sza)
745  VoidGetterCAPI(MCAntenna, aag)
746  VoidGetterCAPI(MCAntenna, zag)
747  VoidGetterCAPI(MCAntenna, G)
748  DLL_PUBLIC Index getTypeMCAntenna(void *);
749  DLL_PUBLIC Index setTypeMCAntenna(void *, Index);
750 
751  // GasAbsLookup
752  BasicInterfaceCAPI(GasAbsLookup)
753  BasicInputOutputCAPI(GasAbsLookup)
754  VoidGetterCAPI(GasAbsLookup, Species)
755  VoidGetterCAPI(GasAbsLookup, NonLinearSpecies)
756  VoidGetterCAPI(GasAbsLookup, Fgrid)
757  VoidGetterCAPI(GasAbsLookup, FGPDefault)
758  VoidGetterCAPI(GasAbsLookup, Pgrid)
759  VoidGetterCAPI(GasAbsLookup, LogPgrid)
760  VoidGetterCAPI(GasAbsLookup, VMRs)
761  VoidGetterCAPI(GasAbsLookup, Tref)
762  VoidGetterCAPI(GasAbsLookup, Tpert)
763  VoidGetterCAPI(GasAbsLookup, NLSPert)
764  VoidGetterCAPI(GasAbsLookup, Xsec)
765 
766  // XsecRecord
767  BasicInterfaceCAPI(XsecRecord)
768  BasicInputOutputCAPI(XsecRecord)
769  VoidGetterCAPI(XsecRecord, Coeffs)
770  VoidGetterCAPI(XsecRecord, RefPressure)
771  VoidGetterCAPI(XsecRecord, RefTemperature)
772  VoidGetterCAPI(XsecRecord, Fgrids)
773  VoidGetterCAPI(XsecRecord, Xsecs)
774  VoidGetterCAPI(XsecRecord, TemperatureSlope)
775  VoidGetterCAPI(XsecRecord, TemperatureIntersect)
776  VoidArrayCAPI(ArrayOfXsecRecord)
777  BasicInterfaceCAPI(ArrayOfXsecRecord)
778  BasicInputOutputCAPI(ArrayOfXsecRecord)
779  DLL_PUBLIC Index getSpeciesXsecRecord(void *);
780  DLL_PUBLIC void setSpeciesXsecRecord(void *, Index);
781 
782  // Sparse
783  BasicInterfaceCAPI(Sparse)
784  BasicInputOutputCAPI(Sparse)
785  VoidArrayCAPI(ArrayOfSparse)
786  BasicInterfaceCAPI(ArrayOfSparse)
787  BasicInputOutputCAPI(ArrayOfSparse)
788  DLL_PUBLIC void resizeSparse(Index, Index, void *);
789  DLL_PUBLIC Index rowsSparse(void *);
790  DLL_PUBLIC Index colsSparse(void *);
791  DLL_PUBLIC Index sizeSparse(void *);
792  DLL_PUBLIC int * rowsptrSparse(void *);
793  DLL_PUBLIC int * colsptrSparse(void *);
794  DLL_PUBLIC Numeric * getDataSparse(void *);
795  DLL_PUBLIC void setDataSparse(void *, Index, Index, Numeric);
796 
797  // CovarianceMatrix
798  BasicInterfaceCAPI(CovarianceMatrix)
799  BasicInputOutputCAPI(CovarianceMatrix)
800  VoidArrayElemCAPI(CovarianceMatrix, get_blocks)
801  VoidArrayElemCAPI(CovarianceMatrix, get_inverse_blocks)
802 
803  // Any
804  BasicInterfaceCAPI(Any)
805  BasicInputOutputCAPI(Any)
806 
807  // Agenda
808  BasicInterfaceCAPI(Agenda)
809  BasicInputOutputCAPI(Agenda)
810  VoidArrayCAPI(ArrayOfAgenda)
811  BasicInterfaceCAPI(ArrayOfAgenda)
812  BasicInputOutputCAPI(ArrayOfAgenda)
813 
814  // RetrievalQuantity
815  BasicInterfaceCAPI(RetrievalQuantity)
816  BasicInputOutputCAPI(RetrievalQuantity)
817  VoidGetterCAPI(RetrievalQuantity, MainTag)
818  VoidGetterCAPI(RetrievalQuantity, SubTag)
819  VoidGetterCAPI(RetrievalQuantity, SubSubTag)
820  VoidGetterCAPI(RetrievalQuantity, Mode)
821  VoidGetterCAPI(RetrievalQuantity, Analytical)
822  VoidGetterCAPI(RetrievalQuantity, Perturbation)
823  VoidGetterCAPI(RetrievalQuantity, Grids)
824  VoidGetterCAPI(RetrievalQuantity, QuantumIdentity)
825  VoidGetterCAPI(RetrievalQuantity, TransformationFunc)
826  VoidGetterCAPI(RetrievalQuantity, TFuncParameters)
827  VoidGetterCAPI(RetrievalQuantity, Transformation)
828  VoidGetterCAPI(RetrievalQuantity, Offset)
829  GetterSetterCAPI(RetrievalQuantity, Integration, bool)
830  VoidArrayCAPI(ArrayOfRetrievalQuantity)
831  BasicInterfaceCAPI(ArrayOfRetrievalQuantity)
832  BasicInputOutputCAPI(ArrayOfRetrievalQuantity)
833  DLL_PUBLIC Index getTypeRetrievalQuantity(void *);
834  DLL_PUBLIC Index setTypeRetrievalQuantity(void *, Index);
835 
836  // Range
837  BasicInterfaceCAPI(Range)
838  DLL_PUBLIC Index get_startRange(void *);
839  DLL_PUBLIC Index get_strideRange(void *);
840  DLL_PUBLIC Index get_extentRange(void *);
841  DLL_PUBLIC void setRange(void *, Index, Index, Index);
842 
843  // Block
844  BasicInterfaceCAPI(Block)
845  VoidGetterCAPI(Block, get_row_range)
846  VoidGetterCAPI(Block, get_column_range)
847  VoidGetterCAPI(Block, get_dense)
848  VoidGetterCAPI(Block, get_sparse)
849  DLL_PUBLIC Index get_matrix_typeBlock(void *);
850  DLL_PUBLIC Index get_index1Block(void *);
851  DLL_PUBLIC Index get_index2Block(void *);
852  DLL_PUBLIC void set_indicesBlock(void *, Index, Index);
853  DLL_PUBLIC void set_matrixBlock(void *, void *, bool);
854 
855  // Time
856  BasicInterfaceCAPI(Time)
857  BasicInputOutputCAPI(Time)
858  GetterSetterCAPI(Time, Seconds, Numeric)
859  VoidArrayCAPI(ArrayOfTime)
860  BasicInterfaceCAPI(ArrayOfTime)
861  BasicInputOutputCAPI(ArrayOfTime)
862  VoidArrayCAPI(ArrayOfArrayOfTime)
863  BasicInterfaceCAPI(ArrayOfArrayOfTime)
864  BasicInputOutputCAPI(ArrayOfArrayOfTime)
865  DLL_PUBLIC void setTime(void *, void *);
866  DLL_PUBLIC bool equalTime(void *, void *);
867  DLL_PUBLIC bool lessTime(void *, void *);
868 
869  // HitranRelaxationMatrixData
870  BasicInterfaceCAPI(HitranRelaxationMatrixData)
871  BasicInputOutputCAPI(HitranRelaxationMatrixData)
872  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0rr)
873  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0rr)
874  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0rq)
875  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0rq)
876  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0rp)
877  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0rp)
878  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0qr)
879  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0qr)
880  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0qq)
881  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0qq)
882  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0qp)
883  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0qp)
884  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0pr)
885  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0pr)
886  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0pq)
887  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0pq)
888  VoidStructGetterCAPI(HitranRelaxationMatrixData, W0pp)
889  VoidStructGetterCAPI(HitranRelaxationMatrixData, B0pp)
890 
891  // generic
892  DLL_PUBLIC Index string2filetypeindex(char *);
893  DLL_PUBLIC void * get_list_of_all_workspace_classes();
894 }
895 
896 
897 #undef BasicInterfaceCAPI
898 #undef GetterSetterCAPI
899 #undef EnumGetterSetterCAPI
900 #undef VoidGetterCAPI
901 #undef VoidStructGetterCAPI
902 #undef BasicInputOutputCAPI
903 #undef VoidArrayCAPI
904 #undef VoidArrayElemCAPI
905 
906 
907 #if REMOVE_DLL_PUBLIC
908 #undef DLL_PUBLIC
909 #endif
910 #undef REMOVE_DLL_PUBLIC
911 
912 #endif // _ARTS_ARTS_API_CLASS_H_
913 
GriddedField2
Definition: gridded_fields.h:237
setPropagationMatrix
DLL_PUBLIC Index setPropagationMatrix(void *, Index, Index, Index, Index, Numeric)
Matrix
The Matrix class.
Definition: matpackI.h:1193
getA0_EVEHTelsemAtlas
DLL_PUBLIC Numeric getA0_EVEHTelsemAtlas(Index, void *)
Self
Self
Definition: arts_api_classes.h:211
getDataTensor3
DLL_PUBLIC Numeric * getDataTensor3(void *)
set_gridGriddedField6
DLL_PUBLIC void set_gridGriddedField6(Index i, void *data, void *newdata, bool NumericType)
get_grid_typeIndexGriddedField3
DLL_PUBLIC Index get_grid_typeIndexGriddedField3(Index i, void *data)
checksizeGriddedField1
DLL_PUBLIC bool checksizeGriddedField1(void *data)
Zeeman::Model
Main Zeeman Model.
Definition: zeemandata.h:358
NumericType
NumericType
Definition: xml_io.h:43
getDataTensor7
DLL_PUBLIC Numeric * getDataTensor7(void *)
get_string_gridGriddedField6
DLL_PUBLIC void * get_string_gridGriddedField6(Index i, void *data)
vitrinesTensor6
void *DLL_PUBLIC Index vitrinesTensor6(void *)
setrunningTimer
DLL_PUBLIC void setrunningTimer(void *, bool)
QuantumNumbers
Container class for Quantum Numbers.
Definition: quantum.h:222
StokesVector
Stokes vector is as Propagation matrix but only has 4 possible values.
Definition: propagationmatrix.h:1075
getDataVector
DLL_PUBLIC Numeric * getDataVector(void *)
dataGriddedField3
DLL_PUBLIC void * dataGriddedField3(void *data)
rowsTensor4
DLL_PUBLIC Index rowsTensor4(void *)
matpack.h
QuantumIdentifier
Class to identify and match lines by their quantum numbers.
Definition: quantum.h:390
get_nameGriddedField6
DLL_PUBLIC char * get_nameGriddedField6(void *data)
VoidGetterCAPI
#define VoidGetterCAPI(TYPE, VALUE)
Definition: arts_api_classes.h:66
VoidStructGetterCAPI
#define VoidStructGetterCAPI(TYPE, VALUE)
Definition: arts_api_classes.h:71
get_grid_nameGriddedField3
DLL_PUBLIC char * get_grid_nameGriddedField3(Index i, void *data)
set_matrixBlock
DLL_PUBLIC void set_matrixBlock(void *, void *, bool)
getcputime_start_cutimeTimer
DLL_PUBLIC Index getcputime_start_cutimeTimer(void *)
w
Complex w(Complex z) noexcept
The Faddeeva function.
Definition: linefunctions.cc:42
pagesTensor7
DLL_PUBLIC Index pagesTensor7(void *)
checksizeGriddedField2
DLL_PUBLIC bool checksizeGriddedField2(void *data)
get_grid_sizeGriddedField5
DLL_PUBLIC Index get_grid_sizeGriddedField5(Index i, void *data)
rowsMatrix
void *DLL_PUBLIC Index rowsMatrix(void *)
get_grid_sizeGriddedField6
DLL_PUBLIC Index get_grid_sizeGriddedField6(Index i, void *data)
get_grid_sizeGriddedField3
DLL_PUBLIC Index get_grid_sizeGriddedField3(Index i, void *data)
Tensor3
The Tensor3 class.
Definition: matpackIII.h:339
librariesTensor7
void *DLL_PUBLIC Index librariesTensor7(void *)
get_index1Block
DLL_PUBLIC Index get_index1Block(void *)
get_grid_typeIndexGriddedField6
DLL_PUBLIC Index get_grid_typeIndexGriddedField6(Index i, void *data)
getDataTensor6
DLL_PUBLIC Numeric * getDataTensor6(void *)
Mirroring
bool Absorption::CutoffType Mirroring
Definition: arts_api_classes.h:215
setcputime_start_cstimeTimer
DLL_PUBLIC void setcputime_start_cstimeTimer(void *, Index)
set_grid_nameGriddedField1
DLL_PUBLIC void set_grid_nameGriddedField1(Index i, void *data, char *newdata)
getOKPropagationMatrix
DLL_PUBLIC bool getOKPropagationMatrix(void *)
get_grid_typeIndexGriddedField5
DLL_PUBLIC Index get_grid_typeIndexGriddedField5(Index i, void *data)
set_gridGriddedField5
DLL_PUBLIC void set_gridGriddedField5(Index i, void *data, void *newdata, bool NumericType)
setrealtime_endTimer
DLL_PUBLIC void setrealtime_endTimer(void *, Index)
getcputime_end_cutimeTimer
DLL_PUBLIC Index getcputime_end_cutimeTimer(void *)
GriddedField6
Definition: gridded_fields.h:455
F0
G0 G2 FVC Y DV F0
Definition: arts_api_classes.h:154
getA0_K1TelsemAtlas
DataCount Name Lat FirstCells Emis_err Classes1 Cellnumber void *DLL_PUBLIC Numeric getA0_K1TelsemAtlas(Index, void *)
shelvesTensor7
DLL_PUBLIC Index shelvesTensor7(void *)
tickTimer
DLL_PUBLIC Index tickTimer()
Species
QuantumIdentifier::QType Index LowerQuantumNumbers Species
Definition: arts_api_classes.h:189
set_gridGriddedField2
DLL_PUBLIC void set_gridGriddedField2(Index i, void *data, void *newdata, bool NumericType)
get_grid_sizeGriddedField1
DLL_PUBLIC Index get_grid_sizeGriddedField1(Index i, void *data)
setIndex
DLL_PUBLIC void setIndex(void *, Index)
Definition: arts_api_classes.cc:163
getcputime_start_cstimeTimer
DLL_PUBLIC Index getcputime_start_cstimeTimer(void *)
Absorption::NormalizationType
NormalizationType
Describes the type of normalization line effects.
Definition: absorptionlines.h:97
get_nameGriddedField5
DLL_PUBLIC char * get_nameGriddedField5(void *data)
nelemVector
void *DLL_PUBLIC Index nelemVector(void *)
setcputime_end_stimeTimer
DLL_PUBLIC void setcputime_end_stimeTimer(void *, Index)
getcputime_end_stimeTimer
DLL_PUBLIC Index getcputime_end_stimeTimer(void *)
getA3_EVEHTelsemAtlas
DLL_PUBLIC Numeric getA3_EVEHTelsemAtlas(Index, void *)
getDataMatrix
DLL_PUBLIC Numeric * getDataMatrix(void *)
get_numeric_gridGriddedField6
DLL_PUBLIC void * get_numeric_gridGriddedField6(Index i, void *data)
set_gridGriddedField1
DLL_PUBLIC void set_gridGriddedField1(Index i, void *data, void *newdata, bool NumericType)
DLL_PUBLIC
#define DLL_PUBLIC
Definition: arts_api_classes.h:35
Sparse
The Sparse class.
Definition: matpackII.h:60
getDataSparse
DLL_PUBLIC Numeric * getDataSparse(void *)
frequenciesPropagationMatrix
DLL_PUBLIC Index frequenciesPropagationMatrix(void *)
get_extentRange
DLL_PUBLIC Index get_extentRange(void *)
setSpeciesCIARecord
DLL_PUBLIC void setSpeciesCIARecord(void *, Index, Index)
set_grid_nameGriddedField2
DLL_PUBLIC void set_grid_nameGriddedField2(Index i, void *data, char *newdata)
getString
DLL_PUBLIC char * getString(void *data)
getcputime_start_stimeTimer
DLL_PUBLIC Index getcputime_start_stimeTimer(void *)
CovarianceMatrix
Definition: covariance_matrix.h:226
PropagationMatrix
Definition: propagationmatrix.h:87
Zeeman
Implements Zeeman modeling.
Definition: zeemandata.h:40
get_grid_nameGriddedField5
DLL_PUBLIC char * get_grid_nameGriddedField5(Index i, void *data)
lessTime
DLL_PUBLIC bool lessTime(void *, void *)
pagesTensor3
void *DLL_PUBLIC Index pagesTensor3(void *)
TelsemAtlas
A telsem atlas.
Definition: telsem.h:57
rowsTensor5
DLL_PUBLIC Index rowsTensor5(void *)
data
G0 G2 FVC Y DV Numeric Numeric Numeric Zeeman LowerQuantumNumbers void * data
Definition: arts_api_classes.cc:232
TessemNN
Definition: tessem.h:33
get_index2Block
DLL_PUBLIC Index get_index2Block(void *)
setTransmissionMatrix
DLL_PUBLIC void setTransmissionMatrix(void *, Index, Index)
MCAntenna
An Antenna object used by MCGeneral.
Definition: mc_antenna.h:51
colsMatrix
DLL_PUBLIC Index colsMatrix(void *)
CIASecond
QuantumIdentifier::QType Index LowerQuantumNumbers Index Numeric CIASecond
Definition: arts_api_classes.h:193
equalTime
Numeric void *DLL_PUBLIC bool equalTime(void *, void *)
getOKStokesVector
DLL_PUBLIC bool getOKStokesVector(void *)
setTypeRetrievalQuantity
DLL_PUBLIC Index setTypeRetrievalQuantity(void *, Index)
set_gridGriddedField3
DLL_PUBLIC void set_gridGriddedField3(Index i, void *data, void *newdata, bool NumericType)
get_numeric_gridGriddedField4
DLL_PUBLIC void * get_numeric_gridGriddedField4(Index i, void *data)
Absorption::SingleLine
Computations and data for a single absorption line.
Definition: absorptionlines.h:246
get_nameGriddedField3
DLL_PUBLIC char * get_nameGriddedField3(void *data)
get_nameGriddedField1
DLL_PUBLIC char * get_nameGriddedField1(void *data)
b2
#define b2
Definition: complex.h:59
get_numeric_gridGriddedField2
DLL_PUBLIC void * get_numeric_gridGriddedField2(Index i, void *data)
Tensor4
The Tensor4 class.
Definition: matpackIV.h:421
rowsTensor6
DLL_PUBLIC Index rowsTensor6(void *)
rowsSparse
void *DLL_PUBLIC Index rowsSparse(void *)
VoidArrayElemCAPI
#define VoidArrayElemCAPI(TYPE, ELEM)
Definition: arts_api_classes.h:92
getFileVerbosity
DLL_PUBLIC Index getFileVerbosity(void *)
vitrinesTensor7
DLL_PUBLIC Index vitrinesTensor7(void *)
CutoffFreqValue
bool Absorption::CutoffType Absorption::MirroringType Absorption::NormalizationType CutoffFreqValue
Definition: arts_api_classes.h:219
Ppath
The structure to describe a propagation path and releated quantities.
Definition: ppath.h:48
SpeciesAuxData
Auxiliary data for isotopologues.
Definition: absorption.h:217
colsTensor7
DLL_PUBLIC Index colsTensor7(void *)
Agenda
The Agenda class.
Definition: agenda_class.h:44
setNumeric
DLL_PUBLIC void setNumeric(void *data, Numeric newval)
Definition: arts_api_classes.cc:176
GriddedField3
Definition: gridded_fields.h:284
SingleScatteringData
Definition: optproperties.h:80
pagesTensor6
DLL_PUBLIC Index pagesTensor6(void *)
GasAbsLookup
An absorption lookup table.
Definition: gas_abs_lookup.h:45
colsTensor6
DLL_PUBLIC Index colsTensor6(void *)
getTypeMCAntenna
saa aag G DLL_PUBLIC Index getTypeMCAntenna(void *)
Timer
Definition: m_general.h:68
setrealtime_startTimer
DLL_PUBLIC void setrealtime_startTimer(void *, Index)
getMat4TransmissionMatrix
DLL_PUBLIC Numeric * getMat4TransmissionMatrix(Index, void *)
checksizeGriddedField3
DLL_PUBLIC bool checksizeGriddedField3(void *data)
getDataSpeciesAuxData
DLL_PUBLIC void * getDataSpeciesAuxData(void *data, Index s, Index i)
getLineShapeModelParametersType
DLL_PUBLIC Index getLineShapeModelParametersType(char *)
Definition: arts_api_classes.cc:195
validindexSpeciesAuxData
DLL_PUBLIC bool validindexSpeciesAuxData(void *data, Index s, Index i)
Array
This can be used to make arrays out of anything.
Definition: array.h:108
E0
G0 G2 FVC Y DV Numeric E0
Definition: arts_api_classes.h:156
SpeciesTag
A tag group can consist of the sum of several of these.
Definition: abs_species_tags.h:44
setStokesVector
DLL_PUBLIC Index setStokesVector(void *, Index, Index, Index, Index, Numeric)
LineShape::Model
Main line shape model class.
Definition: lineshapemodel.h:972
validSpecies
QuantumIdentifier::QType Index LowerQuantumNumbers Index Numeric Index Index char *DLL_PUBLIC Index validSpecies(Index)
get_grid_typeIndexGriddedField1
DLL_PUBLIC Index get_grid_typeIndexGriddedField1(Index i, void *data)
get_grid_sizeGriddedField2
DLL_PUBLIC Index get_grid_sizeGriddedField2(Index i, void *data)
checksizeGriddedField6
DLL_PUBLIC bool checksizeGriddedField6(void *data)
booksTensor5
DLL_PUBLIC Index booksTensor5(void *)
g_upp
G0 G2 FVC Y DV Numeric Numeric g_upp
Definition: arts_api_classes.h:158
string2quantumnumbersindex
DLL_PUBLIC Index string2quantumnumbersindex(char *)
Definition: arts_api_classes.cc:234
setcputime_start_stimeTimer
DLL_PUBLIC void setcputime_start_stimeTimer(void *, Index)
validAllIsotopologues
DLL_PUBLIC Index validAllIsotopologues(Index, Index)
set_grid_nameGriddedField5
DLL_PUBLIC void set_grid_nameGriddedField5(Index i, void *data, char *newdata)
getSpeciesNameAbsorptionLines
DLL_PUBLIC void * getSpeciesNameAbsorptionLines(void *)
Absorption
Namespace to contain things required for absorption calculations.
Definition: absorptionlines.h:44
zenithsPropagationMatrix
DLL_PUBLIC Index zenithsPropagationMatrix(void *)
getB1_EVEHTelsemAtlas
DLL_PUBLIC Numeric getB1_EVEHTelsemAtlas(Index, void *)
HitranRelaxationMatrixData
Definition: linemixing_hitran.h:38
LineShape::SingleSpeciesModel
Compute the line shape parameters for a single broadening species.
Definition: lineshapemodel.h:359
getFrequenciesRadiationVector
DLL_PUBLIC Index getFrequenciesRadiationVector(void *)
set_nameGriddedField2
DLL_PUBLIC void set_nameGriddedField2(void *data, char *newdata)
pagesTensor4
DLL_PUBLIC Index pagesTensor4(void *)
getfinishedTimer
DLL_PUBLIC bool getfinishedTimer(void *)
GridPosPoly
Structure to store a grid position for higher order interpolation.
Definition: interpolation_poly.h:64
getRAPPORT54_43TelsemAtlas
DLL_PUBLIC Numeric getRAPPORT54_43TelsemAtlas(Index, void *)
my_basic_string< char >
getrealtime_endTimer
DLL_PUBLIC Index getrealtime_endTimer(void *)
get_numeric_gridGriddedField1
DLL_PUBLIC void * get_numeric_gridGriddedField1(Index i, void *data)
Nom
Numeric Nom
Definition: arts_api_classes.h:128
ScatteringMetaData
Definition: optproperties.h:109
getVec3RadiationVector
DLL_PUBLIC Numeric * getVec3RadiationVector(Index, void *)
printLineShapeModelParameters
DLL_PUBLIC void printLineShapeModelParameters(void *)
Definition: arts_api_classes.cc:194
isAbsorptionLinesOK
DLL_PUBLIC Index isAbsorptionLinesOK(void *)
get_grid_nameGriddedField6
DLL_PUBLIC char * get_grid_nameGriddedField6(Index i, void *data)
setDataSparse
DLL_PUBLIC void setDataSparse(void *, Index, Index, Numeric)
pagesTensor5
DLL_PUBLIC Index pagesTensor5(void *)
get_grid_nameGriddedField1
DLL_PUBLIC char * get_grid_nameGriddedField1(Index i, void *data)
BasicInputOutputCAPI
#define BasicInputOutputCAPI(TYPE)
Definition: arts_api_classes.h:76
get_string_gridGriddedField2
DLL_PUBLIC void * get_string_gridGriddedField2(Index i, void *data)
getVec4RadiationVector
DLL_PUBLIC Numeric * getVec4RadiationVector(Index, void *)
shelvesTensor6
DLL_PUBLIC Index shelvesTensor6(void *)
getrealtime_startTimer
DLL_PUBLIC Index getrealtime_startTimer(void *)
setfinishedTimer
DLL_PUBLIC void setfinishedTimer(void *, bool)
checksizeGriddedField4
DLL_PUBLIC bool checksizeGriddedField4(void *data)
getcputime_start_utimeTimer
DLL_PUBLIC Index getcputime_start_utimeTimer(void *)
getB0_EVEHTelsemAtlas
DLL_PUBLIC Numeric getB0_EVEHTelsemAtlas(Index, void *)
get_numeric_gridGriddedField5
DLL_PUBLIC void * get_numeric_gridGriddedField5(Index i, void *data)
set_nameGriddedField3
DLL_PUBLIC void set_nameGriddedField3(void *data, char *newdata)
colsTensor5
DLL_PUBLIC Index colsTensor5(void *)
Cutoff
bool Cutoff
Definition: arts_api_classes.h:213
getA1_EVEHTelsemAtlas
DLL_PUBLIC Numeric getA1_EVEHTelsemAtlas(Index, void *)
Numeric
NUMERIC Numeric
The type to use for all floating point numbers.
Definition: matpack.h:33
Verbosity
Definition: messages.h:49
rowsTensor7
DLL_PUBLIC Index rowsTensor7(void *)
setRange
DLL_PUBLIC void setRange(void *, Index, Index, Index)
getDataTensor4
DLL_PUBLIC Numeric * getDataTensor4(void *)
getMat3TransmissionMatrix
DLL_PUBLIC Numeric * getMat3TransmissionMatrix(Index, void *)
XsecRecord
Definition: hitran_xsec.h:37
getB3_EVEHTelsemAtlas
DLL_PUBLIC Numeric getB3_EVEHTelsemAtlas(Index, void *)
GriddedField4
Definition: gridded_fields.h:340
dataGriddedField4
DLL_PUBLIC void * dataGriddedField4(void *data)
getMat2TransmissionMatrix
idx idx dim constant start_pos start_lstep los lstep end_los nreal gp_p gp_lon void *DLL_PUBLIC Numeric * getMat2TransmissionMatrix(Index, void *)
getA2_EVEHTelsemAtlas
DLL_PUBLIC Numeric getA2_EVEHTelsemAtlas(Index, void *)
setcputime_end_cstimeTimer
DLL_PUBLIC void setcputime_end_cstimeTimer(void *, Index)
Absorption::MirroringType
MirroringType
Describes the type of mirroring line effects.
Definition: absorptionlines.h:49
ARTS::Var::f_grid
Vector f_grid(Workspace &ws) noexcept
Definition: autoarts.h:3449
Absorption::Lines
Definition: absorptionlines.h:547
validContinuum
DLL_PUBLIC Index validContinuum(Index, Index)
booksTensor7
DLL_PUBLIC Index booksTensor7(void *)
EnergyLevelMap
Definition: energylevelmap.h:60
sizeQuantumNumbers
G0 G2 FVC Y DV Numeric Numeric Numeric Zeeman LowerQuantumNumbers void *DLL_PUBLIC Index sizeQuantumNumbers()
Definition: arts_api_classes.cc:233
Uf
QuantumIdentifier::QType Index LowerQuantumNumbers Index Uf
Definition: arts_api_classes.h:191
getcputime_end_utimeTimer
DLL_PUBLIC Index getcputime_end_utimeTimer(void *)
get_grid_nameGriddedField4
DLL_PUBLIC char * get_grid_nameGriddedField4(Index i, void *data)
ARTS::Var::za_grid
Vector za_grid(Workspace &ws) noexcept
Definition: autoarts.h:7771
Isotopologue
QuantumIdentifier::QType Isotopologue
Definition: arts_api_classes.h:176
get_strideRange
DLL_PUBLIC Index get_strideRange(void *)
set_grid_nameGriddedField3
DLL_PUBLIC void set_grid_nameGriddedField3(Index i, void *data, char *newdata)
get_nameGriddedField4
DLL_PUBLIC char * get_nameGriddedField4(void *data)
zenithsStokesVector
DLL_PUBLIC Index zenithsStokesVector(void *)
get_grid_sizeGriddedField4
DLL_PUBLIC Index get_grid_sizeGriddedField4(Index i, void *data)
get_numeric_gridGriddedField3
DLL_PUBLIC void * get_numeric_gridGriddedField3(Index i, void *data)
Tensor5
The Tensor5 class.
Definition: matpackV.h:506
frequenciesStokesVector
DLL_PUBLIC Index frequenciesStokesVector(void *)
getScreenVerbosity
DLL_PUBLIC Index getScreenVerbosity(void *)
Range
The range class.
Definition: matpackI.h:160
GridPos
Structure to store a grid position.
Definition: interpolation.h:73
RadiationVector
Radiation Vector for Stokes dimension 1-4.
Definition: transmissionmatrix.h:395
set_indicesBlock
DLL_PUBLIC void set_indicesBlock(void *, Index, Index)
set_grid_nameGriddedField6
DLL_PUBLIC void set_grid_nameGriddedField6(Index i, void *data, char *newdata)
Type
Type
Definition: arts_api_classes.h:174
getcputime_end_cstimeTimer
DLL_PUBLIC Index getcputime_end_cstimeTimer(void *)
Normalization
bool Absorption::CutoffType Absorption::MirroringType Normalization
Definition: arts_api_classes.h:217
setcputime_end_cutimeTimer
DLL_PUBLIC void setcputime_end_cutimeTimer(void *, Index)
BasicInterfaceCAPI
#define BasicInterfaceCAPI(TYPE)
Definition: arts_api_classes.h:41
getB2_EVEHTelsemAtlas
DLL_PUBLIC Numeric getB2_EVEHTelsemAtlas(Index, void *)
LineShape
Computations of line shape derived parameters.
Definition: lineshapemodel.h:67
Time
Class to handle time in ARTS.
Definition: artstime.h:40
set_gridGriddedField4
DLL_PUBLIC void set_gridGriddedField4(Index i, void *data, void *newdata, bool NumericType)
get_nameGriddedField2
DLL_PUBLIC char * get_nameGriddedField2(void *data)
checksizeGriddedField5
DLL_PUBLIC bool checksizeGriddedField5(void *data)
colsTensor4
DLL_PUBLIC Index colsTensor4(void *)
gu
gu
Definition: arts_api_classes.h:122
get_grid_typeIndexGriddedField2
DLL_PUBLIC Index get_grid_typeIndexGriddedField2(Index i, void *data)
getRAPPORT43_32TelsemAtlas
DLL_PUBLIC Numeric getRAPPORT43_32TelsemAtlas(Index, void *)
getStokesDimRadiationVector
DLL_PUBLIC Index getStokesDimRadiationVector(void *)
CIARecord
CIA data for a single pair of molecules.
Definition: cia.h:67
GriddedField1
Definition: gridded_fields.h:196
set_nameGriddedField1
DLL_PUBLIC void set_nameGriddedField1(void *data, char *newdata)
VoidArrayCAPI
#define VoidArrayCAPI(TYPE)
Definition: arts_api_classes.h:83
validIsotopologue
DLL_PUBLIC Index validIsotopologue(Index, Index)
colsTensor3
DLL_PUBLIC Index colsTensor3(void *)
EnumGetterSetterCAPI
#define EnumGetterSetterCAPI(TYPE, VALUE, ENUM)
Definition: arts_api_classes.h:57
Seconds
Seconds
Definition: arts_api_classes.h:858
setVerbosity
DLL_PUBLIC void setVerbosity(void *, Index, Index, Index, bool)
Block
Definition: covariance_matrix.h:62
get_string_gridGriddedField4
DLL_PUBLIC void * get_string_gridGriddedField4(Index i, void *data)
rowsTensor3
DLL_PUBLIC Index rowsTensor3(void *)
get_grid_nameGriddedField2
DLL_PUBLIC char * get_grid_nameGriddedField2(Index i, void *data)
setRadiationVector
DLL_PUBLIC void setRadiationVector(void *, Index, Index)
colsptrSparse
DLL_PUBLIC int * colsptrSparse(void *)
set_nameGriddedField5
DLL_PUBLIC void set_nameGriddedField5(void *data, char *newdata)
getTypeSpeciesAuxData
DLL_PUBLIC Index getTypeSpeciesAuxData(void *data, Index s, Index i)
dataGriddedField1
DLL_PUBLIC void * dataGriddedField1(void *data)
getFrequenciesTransmissionMatrix
DLL_PUBLIC Index getFrequenciesTransmissionMatrix(void *)
setcputime_start_utimeTimer
DLL_PUBLIC void setcputime_start_utimeTimer(void *, Index)
rowsptrSparse
DLL_PUBLIC int * rowsptrSparse(void *)
get_string_gridGriddedField3
DLL_PUBLIC void * get_string_gridGriddedField3(Index i, void *data)
Integration
get_blocks MainTag SubSubTag Analytical Grids TransformationFunc Transformation Integration
Definition: arts_api_classes.h:829
set_nameGriddedField6
DLL_PUBLIC void set_nameGriddedField6(void *data, char *newdata)
set_nameGriddedField4
DLL_PUBLIC void set_nameGriddedField4(void *data, char *newdata)
get_list_of_all_workspace_classes
DLL_PUBLIC void * get_list_of_all_workspace_classes()
Absorption::CutoffType
CutoffType
Describes the type of cutoff calculations.
Definition: absorptionlines.h:207
get_grid_typeIndexGriddedField4
DLL_PUBLIC Index get_grid_typeIndexGriddedField4(Index i, void *data)
Index
INDEX Index
The type to use for all integer numbers and indices.
Definition: matpack.h:39
get_string_gridGriddedField5
DLL_PUBLIC void * get_string_gridGriddedField5(Index i, void *data)
RetrievalQuantity
Deals with internal derivatives, Jacobian definition, and OEM calculations.
Definition: jacobian.h:120
GetterSetterCAPI
#define GetterSetterCAPI(TYPE, VALUE, BASETYPE)
Definition: arts_api_classes.h:50
azimuthsPropagationMatrix
DLL_PUBLIC Index azimuthsPropagationMatrix(void *)
Tensor6
The Tensor6 class.
Definition: matpackVI.h:1088
getA0_K2TelsemAtlas
DLL_PUBLIC Numeric getA0_K2TelsemAtlas(Index, void *)
setSpeciesXsecRecord
DLL_PUBLIC void setSpeciesXsecRecord(void *, Index)
EnergyLevelMapType
EnergyLevelMapType
Definition: energylevelmap.h:49
Any
A placeholder for any type.
Definition: supergeneric.h:36
dataGriddedField2
DLL_PUBLIC void * dataGriddedField2(void *data)
Vector
The Vector class.
Definition: matpackI.h:860
Absorption::PopulationType
PopulationType
Describes the type of population level counter.
Definition: absorptionlines.h:148
colsSparse
DLL_PUBLIC Index colsSparse(void *)
TransmissionMatrix
Class to keep track of Transmission Matrices for Stokes Dim 1-4.
Definition: transmissionmatrix.h:38
sizeSparse
DLL_PUBLIC Index sizeSparse(void *)
dataGriddedField5
DLL_PUBLIC void * dataGriddedField5(void *data)
GriddedField5
Definition: gridded_fields.h:395
ARTS::Var::aa_grid
Vector aa_grid(Workspace &ws) noexcept
Definition: autoarts.h:1717
azimuthsStokesVector
DLL_PUBLIC Index azimuthsStokesVector(void *)
booksTensor6
DLL_PUBLIC Index booksTensor6(void *)
getStokesDimTransmissionMatrix
DLL_PUBLIC Index getStokesDimTransmissionMatrix(void *)
getMainVerbosity
DLL_PUBLIC bool getMainVerbosity(void *)
b1
#define b1
Definition: complex.h:57
setcputime_end_utimeTimer
DLL_PUBLIC void setcputime_end_utimeTimer(void *, Index)
setcputime_start_cutimeTimer
DLL_PUBLIC void setcputime_start_cutimeTimer(void *, Index)
booksTensor4
void *DLL_PUBLIC Index booksTensor4(void *)
get_string_gridGriddedField1
DLL_PUBLIC void * get_string_gridGriddedField1(Index i, void *data)
getDataTensor5
DLL_PUBLIC Numeric * getDataTensor5(void *)
supportTimer
DLL_PUBLIC bool supportTimer()
getSpecies2CIARecord
DLL_PUBLIC Index getSpecies2CIARecord(void *)
Rational
Implements rational numbers to work with other ARTS types.
Definition: rational.h:54
newdata
char * newdata
Definition: arts_api_classes.h:399
shelvesTensor5
void *DLL_PUBLIC Index shelvesTensor5(void *)
getVec2RadiationVector
void *DLL_PUBLIC Numeric * getVec2RadiationVector(Index, void *)
Tensor7
The Tensor7 class.
Definition: matpackVII.h:2382
setTypeFromIndexSpeciesAuxData
DLL_PUBLIC Index setTypeFromIndexSpeciesAuxData(void *data, Index s, Index i, Index t)
set_grid_nameGriddedField4
DLL_PUBLIC void set_grid_nameGriddedField4(Index i, void *data, char *newdata)
setTypeMCAntenna
DLL_PUBLIC Index setTypeMCAntenna(void *, Index)
dataGriddedField6
DLL_PUBLIC void * dataGriddedField6(void *data)