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/data/17/acqp

http://ne-proj.googlecode.com/
#! | 394 lines | 394 code | 0 blank | 0 comment | 0 complexity | 4cb4ecbb2ff0bda55e219ace4bc41a65 MD5 | raw file
  1##TITLE=Parameter List
  2##JCAMPDX=4.24
  3##DATATYPE=Parameter Values
  4##ORIGIN=Bruker BioSpin MRI GmbH
  5##OWNER=unevo
  6$$ Thu Jun 23 08:46:34 2011 CEST (UT+2h)  unevo
  7$$ /opt/PV5.0/data/unevo/nmr/Tube_flow_peristatic_2dir_230611.8H1/17/acqp
  8##$PULPROG=( 32 )
  9<comp_DblDtiEpi.ppg>
 10##$GRDPROG=( 16 )
 11<>
 12##$ACQ_experiment_mode=SingleExperiment
 13##$ACQ_user_filter=No
 14##$ACQ_DS_enabled=No
 15##$ACQ_switch_pll_enabled=No
 16$$ @vis= PULPROG GRDPROG ACQ_experiment_mode ACQ_user_filter ACQ_DS_enabled
 17##$ACQ_preload=0
 18##$ACQ_dim=2
 19##$ACQ_dim_desc=( 2 )
 20Spatial Spatial
 21##$ACQ_size=( 2 )
 224096 4
 23##$ACQ_ns_list_size=1
 24$$ @vis= ACQ_switch_pll_enabled ACQ_preload ACQ_dim ACQ_dim_desc ACQ_size
 25##$ACQ_ns=1
 26##$ACQ_phase_factor=1
 27##$ACQ_scan_size=ACQ_phase_factor_scans
 28##$NI=1
 29##$NA=4
 30##$NAE=1
 31##$NR=41
 32##$DS=0
 33$$ @vis= ACQ_ns_list_size ACQ_ns ACQ_phase_factor ACQ_scan_size NI NA NAE NR
 34##$D=( 64 )
 350.3516968 0.000199 0.001301 0.000209 0.000209 1e-06 0 0 2.5e-05 0.0005 0 0 0 
 360 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 
 370 0 0 0 0 0 0 0 0 0 0 0
 38##$P=( 64 )
 391000 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 
 400 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
 41##$PL=( 64 )
 420 120 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 
 430 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
 44##$TPQQ=( 16 )
 45(<hermite.exc>, 17.1716544386206, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 
 4630, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0)
 47 (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<hermite.rfc>, 
 4811.1510545253409, 0)
 49##$DPQQ=( 16 )
 50(<>, 50, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 
 5130, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0) (<>, 30, 0)
 52 (<>, 30, 0) (<>, 30, 0) (<>, 30, 0)
 53##$SW_h=101010.101010101
 54##$SW=336.316932336756
 55##$FW=625000
 56##$RG=101
 57##$AQ_mod=qdig
 58##$DR=17
 59##$PAPS=QP
 60##$PH_ref=0
 61##$ACQ_BF_enable=Yes
 62##$BF1=300.342002730208
 63$$ @vis= DS D P PL TPQQ DPQQ SW_h SW FW RG AQ_mod DR PAPS PH_ref ACQ_BF_enable
 64##$SFO1=300.342002730208
 65##$O1=0
 66##$ACQ_O1_list_size=1
 67##$ACQ_O1_list=( 1 )
 684.91794105439426e-13
 69##$ACQ_O1B_list_size=1
 70##$ACQ_O1B_list=( 1 )
 710
 72$$ @vis= BF1 SFO1 O1 ACQ_O1_list_size ACQ_O1_list ACQ_O1B_list_size
 73##$BF2=300.3240593
 74##$SFO2=300.3240593
 75##$O2=0
 76##$ACQ_O2_list_size=1
 77##$ACQ_O2_list=( 1 )
 780
 79##$BF3=300.3240593
 80##$SFO3=300.3240593
 81##$O3=0
 82##$ACQ_O3_list_size=1
 83$$ @vis= ACQ_O1B_list BF2 SFO2 O2 ACQ_O2_list_size ACQ_O2_list BF3 SFO3 O3
 84##$ACQ_O3_list=( 1 )
 850
 86##$BF4=300.3240593
 87##$SFO4=300.3240593
 88##$O4=0
 89##$BF5=300.3240593
 90##$SFO5=300.3240593
 91##$O5=0
 92##$BF6=300.3240593
 93##$SFO6=300.3240593
 94##$O6=0
 95##$BF7=300.3240593
 96##$SFO7=300.3240593
 97$$ @vis= ACQ_O3_list_size ACQ_O3_list BF4 SFO4 O4 BF5 SFO5 O5 BF6 SFO6 O6 BF7
 98##$O7=0
 99##$BF8=300.3240593
100##$SFO8=300.3240593
101##$O8=0
102##$NUC1=( 8 )
103<1H>
104##$NUC2=( 8 )
105<off>
106##$NUC3=( 8 )
107<off>
108##$NUC4=( 8 )
109<off>
110##$NUC5=( 8 )
111<off>
112##$NUC6=( 8 )
113<off>
114##$NUC7=( 8 )
115<off>
116##$NUC8=( 8 )
117<off>
118##$NUCLEUS=( 8 )
119<1H>
120##$ACQ_coil_config_file=( 512 )
121<Default_Transceiver_1H_50W>
122$$ @vis= SFO7 O7 BF8 SFO8 O8 NUC1 NUC2 NUC3 NUC4 NUC5 NUC6 NUC7 NUC8 NUCLEUS
123##$ACQ_coils=( 4 )
124(<Generic 1H Resonator>, <unknown>, <unknown>, <unknown>, 0, VolumeCoil, 300, 
1250, 1, 0) (<>, <>, <>, <>, 0, NoCoil, 0, 0, 0, 0) (<>, <>, <>, <>, 0, NoCoil, 
1260, 0, 0, 0) (<>, <>, <>, <>, 0, NoCoil, 0, 0, 0, 0)
127##$ACQ_coil_elements=( 1 )
128(0, 3, -1, 1, 0, 0, 0, 0, 0, 0, <1H-19F>, 0, noPin, preamp_probe, 1, 0, 0, 
129voltageMode, hardwareCoded, -36, 0, 0, 0)
130##$ACQ_operation_mode=( 64 )
131<[1H] TX/RX Volume>
132##$ACQ_Routing=RouteDefinedByCoil
133##$L=( 32 )
1344 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
135##$ACQ_vd_list_size=1
136$$ @vis= ACQ_coil_config_file ACQ_coils ACQ_coil_elements ACQ_operation_mode L
137##$ACQ_vd_list=( 1 )
1381e-06
139##$ACQ_vp_list_size=1
140##$ACQ_vp_list=( 1 )
1411e-06
142##$ACQ_status=( 20 )
143<S116>
144##$ACQ_Routing_base=( 128 )
145<1H>
146##$ACQ_scan_name=( 64 )
147<>
148$$ @vis= ACQ_vd_list_size ACQ_vd_list ACQ_vp_list_size ACQ_vp_list ACQ_status
149##$ACQ_method=( 20 )
150<comp_DblDtiEpi>
151##$ACQ_completed=Yes
152##$ACQ_pipe_status=Wrapup
153##$ACQ_scans_completed=0
154$$ @vis= ACQ_scan_name ACQ_method ACQ_completed ACQ_pipe_status
155##$ACQ_nr_completed=41
156##$ACQ_total_completed=164
157##$ACQ_word_size=_32_BIT
158$$ @vis= ACQ_scans_completed ACQ_nr_completed ACQ_total_completed
159##$NECHOES=1
160##$ACQ_n_echo_images=1
161##$ACQ_n_movie_frames=41
162##$ACQ_echo_descr=( 1, 20 )
163<>
164$$ @vis= ACQ_word_size NECHOES ACQ_n_echo_images ACQ_n_movie_frames
165##$ACQ_movie_descr=( 41, 20 )
166<Dir 1 B 3> <Dir 1 B 4> <Dir 1 B 9> <Dir 1 B 17> <Dir 1 B 27> <Dir 1 B 41> <
167Dir 1 B 58> <Dir 1 B 78> <Dir 1 B 101> <Dir 1 B 127> <Dir 1 B 156> <Dir 1 B 
168188> <Dir 1 B 223> <Dir 1 B 261> <Dir 1 B 303> <Dir 1 B 347> <Dir 1 B 394> <
169Dir 1 B 445> <Dir 1 B 498> <Dir 1 B 555> <Dir 1 B 615> <Dir 1 B 677> <Dir 1 B 
170743> <Dir 1 B 812> <Dir 1 B 884> <Dir 1 B 958> <Dir 1 B 1036> <Dir 1 B 1117> <
171Dir 1 B 1202> <Dir 1 B 1289> <Dir 1 B 1379> <Dir 1 B 1472> <Dir 1 B 1568> <
172Dir 1 B 1668> <Dir 1 B 1770> <Dir 1 B 1876> <Dir 1 B 1984> <Dir 1 B 2096> <
173Dir 1 B 2210> <Dir 1 B 2328> <Dir 1 B 2449>
174##$ACQ_fov=( 2 )
1751.5941770647653 1.01982117647059
176##$ACQ_read_ext=1
177##$ACQ_slice_angle=( 1 )
1780
179##$ACQ_slice_orient=Arbitrary_Oblique
180$$ @vis= ACQ_echo_descr ACQ_movie_descr ACQ_fov ACQ_read_ext ACQ_slice_angle
181##$ACQ_patient_pos=Head_Supine
182##$ACQ_read_offset=( 1 )
1830
184##$ACQ_phase1_offset=( 1 )
1859
186##$ACQ_phase2_offset=( 1 )
1870
188$$ @vis= ACQ_slice_orient ACQ_patient_pos ACQ_read_offset ACQ_phase1_offset
189##$ACQ_slice_sepn=( 1 )
1902
191##$ACQ_slice_sepn_mode=Contiguous
192##$ACQ_slice_thick=2
193##$ACQ_slice_offset=( 1 )
1941.82145964977565e-16
195$$ @vis= ACQ_phase2_offset ACQ_slice_sepn ACQ_slice_sepn_mode ACQ_slice_thick
196##$ACQ_obj_order=( 1 )
1970
198##$ACQ_flip_angle=90
199##$ACQ_flipback=No
200##$ACQ_echo_time=( 1 )
201124.4996
202$$ @vis= ACQ_slice_offset ACQ_obj_order ACQ_flip_angle ACQ_flipback
203##$ACQ_inter_echo_time=( 1 )
2041.2672
205##$ACQ_recov_time=( 1 )
206499.5
207##$ACQ_repetition_time=( 1 )
208500
209##$ACQ_scan_time=0
210$$ @vis= ACQ_echo_time ACQ_inter_echo_time ACQ_recov_time ACQ_repetition_time
211##$ACQ_inversion_time=( 1 )
2120
213##$ACQ_temporal_delay=( 1 )
2140
215##$ACQ_time=( 24 )
216<08:41:10 23 Jun 2011>
217##$ACQ_time_points=( 41 )
2180 8 16 24 32 40 48 56 64 72 80 88 96 104 112 120 128 136 144 152 160 168 176 
219184 192 200 208 216 224 232 240 248 256 264 272 280 288 296 304 312 320
220$$ @vis= ACQ_scan_time ACQ_inversion_time ACQ_temporal_delay ACQ_time
221##$ACQ_abs_time=1308811270
222##$ACQ_operator=( 16 )
223<unevo>
224##$ACQ_RF_power=0
225##$ACQ_transmitter_coil=( 16 )
226<>
227$$ @vis= ACQ_time_points ACQ_abs_time ACQ_operator ACQ_RF_power
228##$ACQ_contrast_agent=( 20 )
229<>
230##$ACQ_trigger_enable=No
231##$ACQ_trigger_reference=( 16 )
232< >
233$$ @vis= ACQ_transmitter_coil ACQ_contrast_agent ACQ_trigger_enable
234##$ACQ_trigger_delay=1
235##$ACQ_institution=( 48 )
236<Tel-Aviv University>
237##$ACQ_station=( 64 )
238<Biospec 70/30>
239##$ACQ_sw_version=( 65 )
240<PV 5.0>
241$$ @vis= ACQ_trigger_reference ACQ_trigger_delay ACQ_institution ACQ_station
242##$ACQ_calib_date=( 24 )
243<08:42:12 10 Sep 2009>
244##$ACQ_grad_str_X=0
245##$ACQ_grad_str_Y=0
246##$ACQ_grad_str_Z=0
247$$ @vis= ACQ_sw_version ACQ_calib_date ACQ_grad_str_X ACQ_grad_str_Y
248##$ACQ_position_X=0
249##$ACQ_position_Y=0
250##$ACQ_position_Z=0
251##$BYTORDA=little
252##$INSTRUM=( 64 )
253<spect>
254$$ @vis= ACQ_grad_str_Z ACQ_position_X ACQ_position_Y ACQ_position_Z BYTORDA
255##$ACQ_fit_function_name=( 32 )
256<dtraceb>
257##$ACQ_adc_overflow=( 2 )
258No No
259##$GRPDLY=0
260##$FRQLO3=151515.151515151
261##$FQ1LIST=( 16 )
262<ACQ_O1_list>
263$$ @vis= INSTRUM ACQ_fit_function_name ACQ_adc_overflow GRPDLY FRQLO3 ACQ_INFO
264##$FQ2LIST=( 16 )
265<ACQ_O2_list>
266##$FQ3LIST=( 16 )
267<ACQ_O3_list>
268##$FQ8LIST=( 16 )
269<ACQ_O1B_list>
270##$SP=( 32 )
27117.1716544386206 30 30 30 30 30 30 30 50 30 30 30 30 30 30 30 30 30 30 30 30 
27230 30 11.1510545253409 30 30 30 30 30 30 30 30
273##$SPOFFS=( 32 )
2740 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
275##$SPNAM0=( 16 )
276<hermite.exc>
277##$SPNAM1=( 16 )
278<>
279##$SPNAM2=( 16 )
280<>
281##$SPNAM3=( 16 )
282<>
283##$SPNAM4=( 16 )
284<>
285$$ @vis= FQ1LIST FQ2LIST FQ3LIST FQ8LIST SP SPOFFS SPNAM0 SPNAM1 SPNAM2 SPNAM3
286##$SPNAM5=( 16 )
287<>
288##$SPNAM6=( 16 )
289<>
290##$SPNAM7=( 16 )
291<>
292##$SPNAM8=( 16 )
293<>
294##$SPNAM9=( 16 )
295<>
296##$SPNAM10=( 16 )
297<>
298##$SPNAM11=( 16 )
299<>
300##$SPNAM12=( 16 )
301<>
302##$SPNAM13=( 16 )
303<>
304$$ @vis= SPNAM4 SPNAM5 SPNAM6 SPNAM7 SPNAM8 SPNAM9 SPNAM10 SPNAM11 SPNAM12
305##$SPNAM14=( 16 )
306<>
307##$SPNAM15=( 16 )
308<>
309##$HPPRGN=normal
310##$LOCNUC=( 8 )
311<off>
312##$QNP=1
313##$SOLVENT=( 16 )
314<>
315##$DIGMOD=digital_mode
316##$DIGTYP=_HADC_HRD16_2
317##$DQDMODE=DQDMODE_add
318$$ @vis= SPNAM13 SPNAM14 SPNAM15 HPPRGN LOCNUC QNP SOLVENT HIRES DIGMOD DIGTYP
319##$DSPFIRM=DSP_medium
320##$DECIM=6
321##$DSPFVS=15
322##$ACQ_scan_shift=-26
323##$DEOSC=24828.4
324##$DE=6
325##$FCUCHAN=( 10 )
3260 2 0 0 0 0 0 0 0 0
327##$RSEL=( 10 )
3280 0 2 0 0 0 0 0 0 0
329##$SWIBOX=( 16 )
3300 1 2 0 0 0 0 0 0 0 0 0 0 0 0 0
331$$ @vis= DQDMODE DSPFIRM DECIM DSPFVS ACQ_scan_shift DEOSC DE FCUCHAN RSEL
332##$POWMOD=LOW
333##$HPMOD=( 8 )
3340 0 0 0 0 0 0 0
335##$PRECHAN=( 16 )
336-1 0 1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1
337##$OBSCHAN=( 10 )
3380 1 0 0 0 0 0 0 0 0
339##$RECCHAN=( 16 )
3400 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0
341##$RECSEL=( 16 )
3420 0 2 0 0 0 0 0 0 0 0 0 0 0 0 0
343##$RECPRE=( 16 )
344-1 -1 1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1
345##$NLOGCH=0
346$$ @vis= SWIBOX POWMOD HPMOD PRECHAN OBSCHAN RECCHAN RECSEL RECPRE NLOGCH
347##$ACQ_n_trim=2
348##$ACQ_trim=( 2, 3 )
34915.8823529411765 15.8823529411765 15.8823529411765 -7.31857846905096 
350-7.31857846905096 -7.31857846905096
351##$ACQ_scaling_read=1
352##$ACQ_scaling_phase=1
353$$ @vis= AVANCE_PARS ACQ_n_trim ACQ_trim ACQ_trim_values ACQ_scaling_read
354##$ACQ_scaling_slice=1
355##$ACQ_grad_matrix=( 1, 3, 3 )
3561 0 0 0 1 -6.12303176911189e-17 0 6.12303176911189e-17 1
357##$NSLICES=1
358##$ACQ_rare_factor=1
359$$ @vis= ACQ_scaling_phase ACQ_scaling_slice ACQ_grad_matrix NSLICES
360##$ACQ_phase_encoding_mode=( 2 )
361Read Linear
362##$ACQ_phase_enc_start=( 2 )
363-1 -1
364##$GS_dim=2
365$$ @vis= ACQ_rare_factor ACQ_phase_encoding_mode ACQ_phase_enc_start GRAD_PARS
366##$GS_disp_update=Each_Accum
367##$GS_online_reco=Yes
368##$GS_reco_display=Yes
369##$GS_typ=Spectrometer_Parameters
370##$GS_info_dig_filling=Yes
371$$ @vis= GS_dim GS_disp_update GS_online_reco GS_reco_display GS_typ
372##$GS_info_normalized_area=No_info
373##$GS_info_max_point=No_info
374##$GS_get_info_points=No_info
375$$ @vis= GS_info_dig_filling GS_info_normalized_area GS_info_max_point
376##$GS_continue=Exit_gsauto
377##$GO_init_files=No
378##$GO_data_save=Yes
379##$GO_block_size=continuous
380$$ @vis= GS_get_info_points GS_continue GS GO_init_files GO_data_save
381##$GO_raw_data_format=GO_32BIT_SGN_INT
382##$GO_disp_update=Each_Accum
383##$GO_online_reco=Yes
384##$GO_reco_display=Yes
385$$ @vis= GO_block_size GO_raw_data_format GO_disp_update GO_online_reco
386##$GO_reco_each_nr=Yes
387##$GO_max_reco_mem=0
388##$GO_time_est=Yes
389##$GO_use_macro=No
390$$ @vis= GO_reco_display GO_reco_each_nr GO_max_reco_mem GO_time_est
391##$GO_macro=( 4096 )
392<>
393$$ @vis= GO_use_macro GO ACQP
394##END=