1############################################################### ############################################################### ############################################################### ### CCP4 4.2: FFT version 4.2 : 31/07/02## ############################################################### User: mgwt Run date: 12/ 6/03 Run time:10:00:53 Please reference: Collaborative Computational Project, Number 4. 1994. "The CCP4 Suite: Programs for Protein Crystallography". Acta Cryst. D50, 760-763. as well as any specific reference in the program write-up.Data line--- title anomalous patterson for domain Hg H3 exclude batch 74 (tutorial step 120) Data line--- PATTERSON Data line--- scale F2 0.000001 Scale factor and Temperature factor for F2 0.0000 0.0000 Data line--- exclude sig1 0.0 sig2 3.0 diff 9999.0 Data line--- labin F1=DANO_Hg SIG1=SIGDANO_Hg Data line--- end (Q)QOPEN: file opened on unit 1 Status: READONLY Logical Name: HKLIN Filename: /y/people/mgwt/TEST/hg_a_1to84_h3_scala2.mtz HEADER INFORMATION FROM INPUT MTZ FILE ON INDEX 1 * Title: MOSFLM into SCALA _ domain mercury H3. * Number of Datasets = 1 * Dataset ID, project/crystal name, dataset name, cell dimensions, wavelength: 1 HypF / Hg 58.4407 58.4407 156.1607 90.0000 90.0000 120.0000 0.99970 * Number of Columns = 18 * Number of Reflections = 8930 * Missing value set to NaN in input mtz file * HISTORY for current MTZ file : From TRUNCATE, 19/ 5/03 12:19:06 From SCALA: run at 12:19:05 on 19/ 5/03 From SORTMTZ, 19/ 5/03 12:18:55 using keys: H K L M/ISYM BATCH From MOSFLM run on 19/ 5/03 * Column Labels : H K L F_Hg SIGF_Hg DANO_Hg SIGDANO_Hg F_Hg(+) SIGF_Hg(+) F_Hg(-) SIGF_Hg(-) IMEAN_Hg SIGIMEAN_Hg I_Hg(+) SIGI_Hg(+) I_Hg(-) SIGI_Hg(-) ISYM_Hg * Column Types : H H H F Q D Q G L G L J Q K M K M Y * Associated datasets : 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 * Cell Dimensions : 58.4407 58.4407 156.1607 90.0000 90.0000 120.0000 * Resolution Range : 0.00117 0.19322 ( 29.235 - 2.275 A ) * Sort Order : 1 2 3 4 5 * Space group = H3 (number 146) PATTERSON calculated - ** All translational elements of symmetry set to zero ** Symmetry operators: 1: X, Y, Z: 2:-Y, X-Y, Z Harker Vector: 2 X+ Y, -X+2Y, 0 Harker Section is: Z = 0.00 Harker vector Matrix: 1.00 1.00 0.00 0.00 -1.00 2.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Symmetry operators: 1: X, Y, Z: 3:-X+ Y, -X, Z Harker Vector: 3 2X-Y, X+ Y, 0 Harker Section is: Z = 0.00 Harker vector Matrix: 2.00 -1.00 0.00 0.00 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Patterson spacegroup is H-3, number 148 FORMATTED OLD file opened on unit 24 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib FORMATTED OLD file opened on unit 49 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib *** Calculation symmetry using space-group CalcSpaceGroup 2 *** FORMATTED OLD file opened on unit 24 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib In PGDEFN: Nsym = 2 Number of primitive symmetry operators 2 Number of symmetry operators 2 The point group for these symmetry operators is PG1 Resorted symmetry( all primitives first) 1 1.000 0.000 0.000 0.000 0.000 1.000 0.000 0.000 0.000 0.000 1.000 0.000 0.000 0.000 0.000 1.000 Resorted symmetry( all primitives first) 2 -1.000 0.000 0.000 0.000 0.000 -1.000 0.000 0.000 0.000 0.000 -1.000 0.000 0.000 0.000 0.000 1.000 **** ICENTR gives axis of centering ***** No centering (P spacegroups) *** KLASS: a crystal class name used in MDF files *** TRICLINIC 1_BAR (PG1) sgs 1 FORMATTED OLD file opened on unit 24 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib * Input Program Labels : H K L A B F1 SIG1 PHI F2 SIG2 FH PHIH W DANO W2 PHI2 FREE I SIGI * Input File Labels : H K L F_Hg SIGF_Hg DANO_Hg SIGDANO_Hg F_Hg(+) SIGF_Hg(+) F_Hg(-) SIGF_Hg(-) IMEAN_Hg SIGIMEAN_Hg I_Hg(+) SIGI_Hg(+) I_Hg(-) SIGI_Hg(-) ISYM_Hg * Lookup Table : the number indicates the input column no. * Array element n corresponds to the nth program label 1 2 3 0 0 6 7 0 0 0 0 0 0 0 0 0 0 0 0 FREE column NOT assigned Coefficients used for Fourier calculation:- ******************************************* Patterson synthesis: ( k1 * F1)**2 F1 = DANO_Hg checked by SIG1 = SIGDANO_Hg Resolution limits: 29.24 2.27 Scale & B for F1 : 1.00000 0.00000 * F used = Scale * exp(- B * (sin theta/lambda)**2); ** Scale and B applied to F BEFORE squaring for Patterson ** *** reflections excluded *** if |F2| < 3.0* |sd(F2)| if differences |F1-F2| > 9999.00 PATTERSON calculated - amplitudes used = F1 squared - ** All translational elements of symmetry set to zero ** Patterson spacegroup is H-3, number 148 Number of symmetry and primitive operations = 18 3 Space-group for FFT = 1 True space-group = 148 List terms gt 0 Sym reset 1.00 0.00 0.00 0.00 0 0.00 1.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset 0.00 -1.00 0.00 0.00 0 1.00 -1.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset -1.00 1.00 0.00 0.00 0 -1.00 0.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset -1.00 0.00 0.00 0.00 0 0.00 -1.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 0.00 1.00 0.00 0.00 0 -1.00 1.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 1.00 -1.00 0.00 0.00 0 1.00 0.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 1.00 0.00 0.00 0.00 0 0.00 1.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset 0.00 -1.00 0.00 0.00 0 1.00 -1.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset -1.00 1.00 0.00 0.00 0 -1.00 0.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset -1.00 0.00 0.00 0.00 0 0.00 -1.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 0.00 1.00 0.00 0.00 0 -1.00 1.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 1.00 -1.00 0.00 0.00 0 1.00 0.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 1.00 0.00 0.00 0.00 0 0.00 1.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset 0.00 -1.00 0.00 0.00 0 1.00 -1.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset -1.00 1.00 0.00 0.00 0 -1.00 0.00 0.00 0.00 0 0.00 0.00 1.00 0.00 0 Sym reset -1.00 0.00 0.00 0.00 0 0.00 -1.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 0.00 1.00 0.00 0.00 0 -1.00 1.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Sym reset 1.00 -1.00 0.00 0.00 0 1.00 0.00 0.00 0.00 0 0.00 0.00 -1.00 0.00 0 Axis order in map: fast=Y, medium= X, slow(section)= Z ** The limits of the map have been set to those of the CCP4 asymmetric unit for spacegroup 1 Min X Max X Min Y Max Y Min Z Max Z 0.000 1.000 0.000 1.000 0.000 1.000 (expressed in fractional coordinates and with x,y,z referring to the unpermutated axes.) Permutation of axes: (program=input) x= X, y= Z, z= Y (Q)QOPEN: file opened on unit 2 Status: UNKNOWN Logical Name: FFTHKLSCR Filename: /tmp/mgwt/fft_IO4.04115 Indices should be permuted by FFT to order h l k 3 sort keys, in columns 1 3 2 **** Largest F Value *** Reflection 2 5 24 8265.13 Mean F 478.86 21606 records passed to sort 21606 records output (Q)QOPEN: file opened on unit 1 Status: READONLY Logical Name: FFTHKLSCR Filename: /tmp/mgwt/fft_IO4.04115 * Input Program Labels : H K L A B * Input File Labels : H K L A B * Lookup Table : the number indicates the input column no. * Array element n corresponds to the nth program label 1 2 3 4 5 Before permutation : Maximum indices hkl ................... 25 25 68 Sampling intervals on xyz ............. 78 78 204 Map limits in grid points on xyz ...... 0 77 0 77 0 203 Binary map will be written to stream 1 Data is assumed to be sorted After permutation : Maximum indices hkl ................... 25 68 25 Sampling intervals on xyz ............. 78 204 78 Map limits in grid points on xyz ...... 0 77 0 203 0 77 Fourier synthesis for space-group P1 1000000 Size of working array (words) ...................... 1000000 Number of layers of h in each pass (P1) ............ 51 Number of map sections in each pass (P2) ........... 164 (Q)QOPEN: file opened on unit 2 Status: SCRATCH Logical Name: DISKIO1 Filename: /tmp/mgwt/fft_IO1.04115 **** Largest F Value *** Reflection 2 5 24 8265.13 Mean F 478.86 21606 Structure factors used out of 21606 on the input file. Limits on h are -25 25 (Q)QOPEN: file opened on unit 3 Status: UNKNOWN Logical Name: MAPOUT Filename: /y/people/mgwt/work/hg_a_1to84_h3_patterson1.map File name for output map file on unit 1 : /y/people/mgwt/work/hg_a_1to84_h3_patterson1.map logical name MAPOUT FORMATTED OLD file opened on unit 4 Logical name: SYMOP, Filename: /y/programs/xtal/ccp4-4.2.2-mar/lib/data/symop.lib F000 = 0.000E+00 V = 4.619E+05 Section axis is Z Binary output has Y running fastest, X next Section Z = 0 minimum rho = -4.9494 at X = 0 Y = 75 maximum rho = 44.8003 at X = 0 Y = 0 Section Z = 1 minimum rho = -3.9369 at X = 77 Y = 75 maximum rho = 33.4390 at X = 0 Y = 0 Section Z = 2 minimum rho = -1.8771 at X = 77 Y = 75 maximum rho = 11.7765 at X = 0 Y = 0 Section Z = 3 minimum rho = -1.3616 at X = 77 Y = 76 maximum rho = 2.2082 at X = 1 Y = 75 Section Z = 4 minimum rho = -1.0130 at X = 0 Y = 0 maximum rho = 1.2167 at X = 3 Y = 67 Section Z = 5 minimum rho = -1.1050 at X = 10 Y = 29 maximum rho = 1.2385 at X = 67 Y = 73 Section Z = 6 minimum rho = -1.2592 at X = 10 Y = 29 maximum rho = 1.9128 at X = 41 Y = 4 Section Z = 7 minimum rho = -1.1817 at X = 75 Y = 41 maximum rho = 3.1713 at X = 41 Y = 37 Section Z = 8 minimum rho = -1.0885 at X = 1 Y = 62 maximum rho = 3.1502 at X = 41 Y = 37 Section Z = 9 minimum rho = -1.1061 at X = 34 Y = 58 maximum rho = 1.4889 at X = 74 Y = 37 Section Z = 10 minimum rho = -1.0788 at X = 34 Y = 58 maximum rho = 1.0727 at X = 10 Y = 31 Section Z = 11 minimum rho = -1.1431 at X = 59 Y = 52 maximum rho = 1.2635 at X = 27 Y = 46 Section Z = 12 minimum rho = -0.9486 at X = 26 Y = 7 maximum rho = 1.6110 at X = 24 Y = 26 Section Z = 13 minimum rho = -0.8676 at X = 12 Y = 65 maximum rho = 1.9112 at X = 2 Y = 54 Section Z = 14 minimum rho = -1.0079 at X = 20 Y = 19 maximum rho = 1.4148 at X = 1 Y = 54 Section Z = 15 minimum rho = -0.9850 at X = 8 Y = 21 maximum rho = 0.9783 at X = 29 Y = 65 Section Z = 16 minimum rho = -1.0522 at X = 57 Y = 65 maximum rho = 1.2800 at X = 0 Y = 0 Section Z = 17 minimum rho = -1.0606 at X = 19 Y = 39 maximum rho = 1.1397 at X = 0 Y = 0 Section Z = 18 minimum rho = -0.9292 at X = 33 Y = 13 maximum rho = 1.1066 at X = 62 Y = 40 Section Z = 19 minimum rho = -0.8949 at X = 33 Y = 13 maximum rho = 1.5438 at X = 45 Y = 13 Section Z = 20 minimum rho = -1.1586 at X = 41 Y = 25 maximum rho = 1.4435 at X = 48 Y = 11 Section Z = 21 minimum rho = -1.1628 at X = 13 Y = 12 maximum rho = 1.1828 at X = 67 Y = 37 Section Z = 22 minimum rho = -1.0128 at X = 41 Y = 18 maximum rho = 1.0554 at X = 0 Y = 0 Section Z = 23 minimum rho = -1.1578 at X = 41 Y = 18 maximum rho = 1.1363 at X = 0 Y = 0 Section Z = 24 minimum rho = -0.9798 at X = 69 Y = 64 maximum rho = 0.9517 at X = 6 Y = 74 Section Z = 25 minimum rho = -0.9019 at X = 39 Y = 24 maximum rho = 0.8818 at X = 52 Y = 26 Section Z = 26 minimum rho = -0.8426 at X = 21 Y = 45 maximum rho = 1.0571 at X = 52 Y = 26 Section Z = 27 minimum rho = -0.8233 at X = 21 Y = 44 maximum rho = 1.0520 at X = 52 Y = 26 Section Z = 28 minimum rho = -0.8781 at X = 58 Y = 35 maximum rho = 0.9182 at X = 32 Y = 8 Section Z = 29 minimum rho = -0.9480 at X = 19 Y = 69 maximum rho = 0.9135 at X = 29 Y = 26 Section Z = 30 minimum rho = -0.9197 at X = 25 Y = 43 maximum rho = 0.8281 at X = 19 Y = 48 Section Z = 31 minimum rho = -0.9487 at X = 26 Y = 43 maximum rho = 1.0807 at X = 14 Y = 28 Section Z = 32 minimum rho = -0.8689 at X = 35 Y = 2 maximum rho = 1.4042 at X = 14 Y = 28 Section Z = 33 minimum rho = -0.9409 at X = 51 Y = 41 maximum rho = 1.1816 at X = 14 Y = 28 Section Z = 34 minimum rho = -0.8564 at X = 2 Y = 63 maximum rho = 0.6644 at X = 27 Y = 42 Section Z = 35 minimum rho = -0.9409 at X = 1 Y = 63 maximum rho = 1.1816 at X = 38 Y = 40 Section Z = 36 minimum rho = -0.8689 at X = 17 Y = 24 maximum rho = 1.4042 at X = 2 Y = 40 Section Z = 37 minimum rho = -0.9487 at X = 35 Y = 52 maximum rho = 1.0807 at X = 38 Y = 76 Section Z = 38 minimum rho = -0.9197 at X = 17 Y = 44 maximum rho = 0.8281 at X = 33 Y = 56 Section Z = 39 minimum rho = -0.9480 at X = 33 Y = 35 maximum rho = 0.9135 at X = 23 Y = 0 Section Z = 40 minimum rho = -0.8781 at X = 72 Y = 69 maximum rho = 0.9182 at X = 20 Y = 18 Section Z = 41 minimum rho = -0.8233 at X = 18 Y = 49 maximum rho = 1.0520 at X = 0 Y = 0 Section Z = 42 minimum rho = -0.8426 at X = 28 Y = 47 maximum rho = 1.0571 at X = 0 Y = 0 Section Z = 43 minimum rho = -0.9019 at X = 67 Y = 65 maximum rho = 0.8818 at X = 0 Y = 0 Section Z = 44 minimum rho = -0.9798 at X = 57 Y = 17 maximum rho = 0.9517 at X = 62 Y = 32 Section Z = 45 minimum rho = -1.1578 at X = 11 Y = 8 maximum rho = 1.1363 at X = 52 Y = 26 Section Z = 46 minimum rho = -1.0128 at X = 11 Y = 8 maximum rho = 1.0554 at X = 52 Y = 26 Section Z = 47 minimum rho = -1.1628 at X = 64 Y = 25 maximum rho = 1.1828 at X = 4 Y = 15 Section Z = 48 minimum rho = -1.1586 at X = 77 Y = 10 maximum rho = 1.4435 at X = 4 Y = 15 Section Z = 49 minimum rho = -0.8949 at X = 65 Y = 6 maximum rho = 1.5438 at X = 7 Y = 13 Section Z = 50 minimum rho = -0.9292 at X = 72 Y = 59 maximum rho = 1.1066 at X = 14 Y = 4 Section Z = 51 minimum rho = -1.0606 at X = 32 Y = 45 maximum rho = 1.1397 at X = 52 Y = 26 Section Z = 52 minimum rho = -1.0522 at X = 39 Y = 34 maximum rho = 1.2800 at X = 52 Y = 26 Section Z = 53 minimum rho = -0.9850 at X = 73 Y = 39 maximum rho = 0.9783 at X = 23 Y = 39 Section Z = 54 minimum rho = -1.0079 at X = 53 Y = 46 maximum rho = 1.4148 at X = 28 Y = 1 Section Z = 55 minimum rho = -0.8676 at X = 40 Y = 39 maximum rho = 1.9112 at X = 50 Y = 50 Section Z = 56 minimum rho = -0.9486 at X = 26 Y = 19 maximum rho = 1.6110 at X = 28 Y = 0 Section Z = 57 minimum rho = -1.1431 at X = 26 Y = 19 maximum rho = 1.2635 at X = 25 Y = 58 Section Z = 58 minimum rho = -1.0788 at X = 32 Y = 50 maximum rho = 1.0727 at X = 42 Y = 73 Section Z = 59 minimum rho = -1.1061 at X = 28 Y = 60 maximum rho = 1.4889 at X = 11 Y = 22 Section Z = 60 minimum rho = -1.0885 at X = 36 Y = 9 maximum rho = 3.1502 at X = 11 Y = 67 Section Z = 61 minimum rho = -1.1817 at X = 55 Y = 63 maximum rho = 3.1713 at X = 11 Y = 67 Section Z = 62 minimum rho = -1.2592 at X = 3 Y = 45 maximum rho = 1.9128 at X = 11 Y = 67 Section Z = 63 minimum rho = -1.1050 at X = 42 Y = 75 maximum rho = 1.2385 at X = 46 Y = 15 Section Z = 64 minimum rho = -1.0130 at X = 52 Y = 26 maximum rho = 1.2167 at X = 49 Y = 37 Section Z = 65 minimum rho = -1.3616 at X = 50 Y = 25 maximum rho = 2.2082 at X = 56 Y = 27 Section Z = 66 minimum rho = -1.8771 at X = 49 Y = 24 maximum rho = 11.7765 at X = 52 Y = 26 Section Z = 67 minimum rho = -3.9369 at X = 49 Y = 24 maximum rho = 33.4390 at X = 52 Y = 26 Section Z = 68 minimum rho = -4.9494 at X = 52 Y = 23 maximum rho = 44.8003 at X = 52 Y = 26 Section Z = 69 minimum rho = -3.9369 at X = 51 Y = 23 maximum rho = 33.4390 at X = 52 Y = 26 Section Z = 70 minimum rho = -1.8771 at X = 51 Y = 23 maximum rho = 11.7765 at X = 52 Y = 26 Section Z = 71 minimum rho = -1.3616 at X = 51 Y = 27 maximum rho = 2.2082 at X = 53 Y = 23 Section Z = 72 minimum rho = -1.0130 at X = 52 Y = 26 maximum rho = 1.2167 at X = 38 Y = 23 Section Z = 73 minimum rho = -1.1050 at X = 62 Y = 55 maximum rho = 1.2385 at X = 41 Y = 21 Section Z = 74 minimum rho = -1.2592 at X = 23 Y = 7 maximum rho = 1.9128 at X = 15 Y = 30 Section Z = 75 minimum rho = -1.1817 at X = 11 Y = 60 maximum rho = 3.1713 at X = 15 Y = 30 Section Z = 76 minimum rho = -1.0885 at X = 68 Y = 43 maximum rho = 3.1502 at X = 15 Y = 30 Section Z = 77 minimum rho = -1.1061 at X = 8 Y = 6 maximum rho = 1.4889 at X = 48 Y = 63 Section Z = 78 minimum rho = -1.0788 at X = 8 Y = 6 maximum rho = 1.0727 at X = 73 Y = 16 Section Z = 79 minimum rho = -1.1431 at X = 45 Y = 45 maximum rho = 1.2635 at X = 71 Y = 77 Section Z = 80 minimum rho = -0.9486 at X = 45 Y = 45 maximum rho = 1.6110 at X = 26 Y = 24 Section Z = 81 minimum rho = -0.8676 at X = 27 Y = 14 maximum rho = 1.9112 at X = 76 Y = 52 Section Z = 82 minimum rho = -1.0079 at X = 72 Y = 45 maximum rho = 1.4148 at X = 53 Y = 2 Section Z = 83 minimum rho = -0.9850 at X = 60 Y = 47 maximum rho = 0.9783 at X = 10 Y = 75 Section Z = 84 minimum rho = -1.0522 at X = 31 Y = 13 maximum rho = 1.2800 at X = 52 Y = 26 Section Z = 85 minimum rho = -1.0606 at X = 13 Y = 6 maximum rho = 1.1397 at X = 52 Y = 26 Section Z = 86 minimum rho = -0.9292 at X = 7 Y = 39 maximum rho = 1.1066 at X = 12 Y = 48 Section Z = 87 minimum rho = -0.8949 at X = 7 Y = 39 maximum rho = 1.5438 at X = 19 Y = 39 Section Z = 88 minimum rho = -1.1586 at X = 15 Y = 51 maximum rho = 1.4435 at X = 15 Y = 56 Section Z = 89 minimum rho = -1.1628 at X = 65 Y = 38 maximum rho = 1.1828 at X = 15 Y = 56 Section Z = 90 minimum rho = -1.0128 at X = 15 Y = 44 maximum rho = 1.0554 at X = 52 Y = 26 Section Z = 91 minimum rho = -1.1578 at X = 15 Y = 44 maximum rho = 1.1363 at X = 52 Y = 26 Section Z = 92 minimum rho = -0.9798 at X = 43 Y = 12 maximum rho = 0.9517 at X = 56 Y = 36 Section Z = 93 minimum rho = -0.9019 at X = 28 Y = 41 maximum rho = 0.8818 at X = 26 Y = 52 Section Z = 94 minimum rho = -0.8426 at X = 7 Y = 2 maximum rho = 1.0571 at X = 26 Y = 52 Section Z = 95 minimum rho = -0.8233 at X = 73 Y = 70 maximum rho = 1.0520 at X = 26 Y = 52 Section Z = 96 minimum rho = -0.8781 at X = 29 Y = 46 maximum rho = 0.9182 at X = 6 Y = 34 Section Z = 97 minimum rho = -0.9480 at X = 61 Y = 54 maximum rho = 0.9135 at X = 26 Y = 29 Section Z = 98 minimum rho = -0.9197 at X = 77 Y = 69 maximum rho = 0.8281 at X = 71 Y = 74 Section Z = 99 minimum rho = -0.9487 at X = 0 Y = 69 maximum rho = 1.0807 at X = 24 Y = 12 Section Z = 100 minimum rho = -0.8689 at X = 50 Y = 59 maximum rho = 1.4042 at X = 66 Y = 12 Section Z = 101 minimum rho = -0.9409 at X = 25 Y = 67 maximum rho = 1.1816 at X = 24 Y = 12 Section Z = 102 minimum rho = -0.8564 at X = 11 Y = 35 maximum rho = 0.6644 at X = 1 Y = 68 Section Z = 103 minimum rho = -0.9409 at X = 53 Y = 11 maximum rho = 1.1816 at X = 12 Y = 66 Section Z = 104 minimum rho = -0.8689 at X = 28 Y = 19 maximum rho = 1.4042 at X = 12 Y = 66 Section Z = 105 minimum rho = -0.9487 at X = 0 Y = 9 maximum rho = 1.0807 at X = 12 Y = 66 Section Z = 106 minimum rho = -0.9197 at X = 69 Y = 70 maximum rho = 0.8281 at X = 7 Y = 4 Section Z = 107 minimum rho = -0.9480 at X = 7 Y = 61 maximum rho = 0.9135 at X = 52 Y = 49 Section Z = 108 minimum rho = -0.8781 at X = 61 Y = 29 maximum rho = 0.9182 at X = 72 Y = 44 Section Z = 109 minimum rho = -0.8233 at X = 70 Y = 75 maximum rho = 1.0520 at X = 52 Y = 26 Section Z = 110 minimum rho = -0.8426 at X = 71 Y = 76 maximum rho = 1.0571 at X = 52 Y = 26 Section Z = 111 minimum rho = -0.9019 at X = 41 Y = 13 maximum rho = 0.8818 at X = 52 Y = 26 Section Z = 112 minimum rho = -0.9798 at X = 12 Y = 47 maximum rho = 0.9517 at X = 22 Y = 42 Section Z = 113 minimum rho = -1.1578 at X = 44 Y = 29 maximum rho = 1.1363 at X = 26 Y = 52 Section Z = 114 minimum rho = -1.0128 at X = 44 Y = 29 maximum rho = 1.0554 at X = 26 Y = 52 Section Z = 115 minimum rho = -1.1628 at X = 13 Y = 40 maximum rho = 1.1828 at X = 37 Y = 15 Section Z = 116 minimum rho = -1.1586 at X = 42 Y = 15 maximum rho = 1.4435 at X = 56 Y = 41 Section Z = 117 minimum rho = -0.8949 at X = 71 Y = 39 maximum rho = 1.5438 at X = 39 Y = 20 Section Z = 118 minimum rho = -0.9292 at X = 46 Y = 7 maximum rho = 1.1066 at X = 42 Y = 12 Section Z = 119 minimum rho = -1.0606 at X = 65 Y = 72 maximum rho = 1.1397 at X = 26 Y = 52 Section Z = 120 minimum rho = -1.0522 at X = 13 Y = 60 maximum rho = 1.2800 at X = 26 Y = 52 Section Z = 121 minimum rho = -0.9850 at X = 13 Y = 60 maximum rho = 0.9783 at X = 13 Y = 10 Section Z = 122 minimum rho = -1.0079 at X = 27 Y = 72 maximum rho = 1.4148 at X = 25 Y = 76 Section Z = 123 minimum rho = -0.8676 at X = 13 Y = 27 maximum rho = 1.9112 at X = 24 Y = 76 Section Z = 124 minimum rho = -0.9486 at X = 0 Y = 45 maximum rho = 1.6110 at X = 52 Y = 54 Section Z = 125 minimum rho = -1.1431 at X = 0 Y = 45 maximum rho = 1.2635 at X = 7 Y = 1 Section Z = 126 minimum rho = -1.0788 at X = 6 Y = 76 maximum rho = 1.0727 at X = 57 Y = 73 Section Z = 127 minimum rho = -1.1061 at X = 6 Y = 76 maximum rho = 1.4889 at X = 30 Y = 15 Section Z = 128 minimum rho = -1.0885 at X = 10 Y = 35 maximum rho = 3.1502 at X = 30 Y = 15 Section Z = 129 minimum rho = -1.1817 at X = 60 Y = 49 maximum rho = 3.1713 at X = 30 Y = 15 Section Z = 130 minimum rho = -1.2592 at X = 7 Y = 62 maximum rho = 1.9128 at X = 63 Y = 48 Section Z = 131 minimum rho = -1.1050 at X = 55 Y = 71 maximum rho = 1.2385 at X = 20 Y = 41 Section Z = 132 minimum rho = -1.0130 at X = 26 Y = 52 maximum rho = 1.2167 at X = 23 Y = 63 Section Z = 133 minimum rho = -1.3616 at X = 24 Y = 51 maximum rho = 2.2082 at X = 23 Y = 48 Section Z = 134 minimum rho = -1.8771 at X = 23 Y = 50 maximum rho = 11.7765 at X = 26 Y = 52 Section Z = 135 minimum rho = -3.9369 at X = 23 Y = 50 maximum rho = 33.4390 at X = 26 Y = 52 Section Z = 136 minimum rho = -4.9494 at X = 26 Y = 49 maximum rho = 44.8003 at X = 26 Y = 52 Section Z = 137 minimum rho = -3.9369 at X = 25 Y = 49 maximum rho = 33.4390 at X = 26 Y = 52 Section Z = 138 minimum rho = -1.8771 at X = 25 Y = 49 maximum rho = 11.7765 at X = 26 Y = 52 Section Z = 139 minimum rho = -1.3616 at X = 25 Y = 53 maximum rho = 2.2082 at X = 29 Y = 56 Section Z = 140 minimum rho = -1.0130 at X = 26 Y = 52 maximum rho = 1.2167 at X = 12 Y = 49 Section Z = 141 minimum rho = -1.1050 at X = 45 Y = 42 maximum rho = 1.2385 at X = 31 Y = 46 Section Z = 142 minimum rho = -1.2592 at X = 45 Y = 42 maximum rho = 1.9128 at X = 22 Y = 11 Section Z = 143 minimum rho = -1.1817 at X = 70 Y = 55 maximum rho = 3.1713 at X = 22 Y = 11 Section Z = 144 minimum rho = -1.0885 at X = 27 Y = 36 maximum rho = 3.1502 at X = 22 Y = 11 Section Z = 145 minimum rho = -1.1061 at X = 60 Y = 32 maximum rho = 1.4889 at X = 67 Y = 11 Section Z = 146 minimum rho = -1.0788 at X = 60 Y = 32 maximum rho = 1.0727 at X = 36 Y = 5 Section Z = 147 minimum rho = -1.1431 at X = 7 Y = 26 maximum rho = 1.2635 at X = 45 Y = 25 Section Z = 148 minimum rho = -0.9486 at X = 7 Y = 26 maximum rho = 1.6110 at X = 28 Y = 28 Section Z = 149 minimum rho = -0.8676 at X = 39 Y = 77 maximum rho = 1.9112 at X = 0 Y = 50 Section Z = 150 minimum rho = -1.0079 at X = 7 Y = 53 maximum rho = 1.4148 at X = 1 Y = 51 Section Z = 151 minimum rho = -0.9850 at X = 34 Y = 73 maximum rho = 0.9783 at X = 39 Y = 16 Section Z = 152 minimum rho = -1.0522 at X = 34 Y = 73 maximum rho = 1.2800 at X = 26 Y = 52 Section Z = 153 minimum rho = -1.0606 at X = 46 Y = 33 maximum rho = 1.1397 at X = 26 Y = 52 Section Z = 154 minimum rho = -0.9292 at X = 13 Y = 72 maximum rho = 1.1066 at X = 4 Y = 68 Section Z = 155 minimum rho = -0.8949 at X = 6 Y = 19 maximum rho = 1.5438 at X = 13 Y = 6 Section Z = 156 minimum rho = -1.1586 at X = 10 Y = 11 maximum rho = 1.4435 at X = 15 Y = 11 Section Z = 157 minimum rho = -1.1628 at X = 25 Y = 39 maximum rho = 1.1828 at X = 15 Y = 11 Section Z = 158 minimum rho = -1.0128 at X = 3 Y = 11 maximum rho = 1.0554 at X = 26 Y = 52 Section Z = 159 minimum rho = -1.1578 at X = 3 Y = 11 maximum rho = 1.1363 at X = 26 Y = 52 Section Z = 160 minimum rho = -0.9798 at X = 21 Y = 61 maximum rho = 0.9517 at X = 30 Y = 62 Section Z = 161 minimum rho = -0.9019 at X = 11 Y = 13 maximum rho = 0.8818 at X = 0 Y = 0 Section Z = 162 minimum rho = -0.8426 at X = 47 Y = 19 maximum rho = 1.0571 at X = 0 Y = 0 Section Z = 163 minimum rho = -0.8233 at X = 60 Y = 29 maximum rho = 1.0520 at X = 0 Y = 0 Section Z = 164 minimum rho = -0.8781 at X = 6 Y = 9 maximum rho = 0.9182 at X = 58 Y = 60 Section Z = 165 minimum rho = -0.9480 at X = 35 Y = 2 maximum rho = 0.9135 at X = 0 Y = 55 Section Z = 166 minimum rho = -0.9197 at X = 44 Y = 27 maximum rho = 0.8281 at X = 55 Y = 33 Section Z = 167 minimum rho = -0.9487 at X = 52 Y = 17 maximum rho = 1.0807 at X = 40 Y = 38 Section Z = 168 minimum rho = -0.8689 at X = 24 Y = 7 maximum rho = 1.4042 at X = 40 Y = 38 Section Z = 169 minimum rho = -0.9409 at X = 16 Y = 1 maximum rho = 1.1816 at X = 40 Y = 2 Section Z = 170 minimum rho = -0.8564 at X = 28 Y = 37 maximum rho = 0.6644 at X = 53 Y = 16 Section Z = 171 minimum rho = -0.9409 at X = 10 Y = 51 maximum rho = 1.1816 at X = 28 Y = 14 Section Z = 172 minimum rho = -0.8689 at X = 43 Y = 76 maximum rho = 1.4042 at X = 64 Y = 14 Section Z = 173 minimum rho = -0.9487 at X = 43 Y = 17 maximum rho = 1.0807 at X = 28 Y = 14 Section Z = 174 minimum rho = -0.9197 at X = 43 Y = 18 maximum rho = 0.8281 at X = 48 Y = 29 Section Z = 175 minimum rho = -0.9480 at X = 28 Y = 19 maximum rho = 0.9135 at X = 49 Y = 52 Section Z = 176 minimum rho = -0.8781 at X = 20 Y = 43 maximum rho = 0.9182 at X = 8 Y = 54 Section Z = 177 minimum rho = -0.8233 at X = 55 Y = 21 maximum rho = 1.0520 at X = 26 Y = 52 Section Z = 178 minimum rho = -0.8426 at X = 45 Y = 24 maximum rho = 1.0571 at X = 26 Y = 52 Section Z = 179 minimum rho = -0.9019 at X = 39 Y = 54 maximum rho = 0.8818 at X = 26 Y = 52 Section Z = 180 minimum rho = -0.9798 at X = 9 Y = 14 maximum rho = 0.9517 at X = 10 Y = 6 Section Z = 181 minimum rho = -1.1578 at X = 37 Y = 60 maximum rho = 1.1363 at X = 0 Y = 0 Section Z = 182 minimum rho = -1.0128 at X = 18 Y = 55 maximum rho = 1.0554 at X = 0 Y = 0 Section Z = 183 minimum rho = -1.1628 at X = 1 Y = 13 maximum rho = 1.1828 at X = 30 Y = 67 Section Z = 184 minimum rho = -1.1586 at X = 25 Y = 62 maximum rho = 1.4435 at X = 30 Y = 67 Section Z = 185 minimum rho = -0.8949 at X = 13 Y = 58 maximum rho = 1.5438 at X = 13 Y = 46 Section Z = 186 minimum rho = -0.9292 at X = 20 Y = 33 maximum rho = 1.1066 at X = 22 Y = 62 Section Z = 187 minimum rho = -1.0606 at X = 59 Y = 39 maximum rho = 1.1397 at X = 0 Y = 0 Section Z = 188 minimum rho = -1.0522 at X = 65 Y = 8 maximum rho = 1.2800 at X = 0 Y = 0 Section Z = 189 minimum rho = -0.9850 at X = 70 Y = 57 maximum rho = 0.9783 at X = 49 Y = 13 Section Z = 190 minimum rho = -1.0079 at X = 19 Y = 77 maximum rho = 1.4148 at X = 77 Y = 24 Section Z = 191 minimum rho = -0.8676 at X = 66 Y = 13 maximum rho = 1.9112 at X = 76 Y = 24 Section Z = 192 minimum rho = -0.9486 at X = 52 Y = 71 maximum rho = 1.6110 at X = 54 Y = 52 Section Z = 193 minimum rho = -1.1431 at X = 52 Y = 71 maximum rho = 1.2635 at X = 46 Y = 19 Section Z = 194 minimum rho = -1.0788 at X = 58 Y = 24 maximum rho = 1.0727 at X = 31 Y = 21 Section Z = 195 minimum rho = -1.1061 at X = 58 Y = 24 maximum rho = 1.4889 at X = 37 Y = 41 Section Z = 196 minimum rho = -1.0885 at X = 17 Y = 1 maximum rho = 3.1502 at X = 37 Y = 41 Section Z = 197 minimum rho = -1.1817 at X = 3 Y = 37 maximum rho = 3.1713 at X = 37 Y = 74 Section Z = 198 minimum rho = -1.2592 at X = 29 Y = 19 maximum rho = 1.9128 at X = 37 Y = 41 Section Z = 199 minimum rho = -1.1050 at X = 29 Y = 19 maximum rho = 1.2385 at X = 11 Y = 5 Section Z = 200 minimum rho = -1.0130 at X = 0 Y = 0 maximum rho = 1.2167 at X = 67 Y = 64 Section Z = 201 minimum rho = -1.3616 at X = 76 Y = 77 maximum rho = 2.2082 at X = 4 Y = 1 Section Z = 202 minimum rho = -1.8771 at X = 75 Y = 76 maximum rho = 11.7765 at X = 0 Y = 0 Section Z = 203 minimum rho = -3.9369 at X = 2 Y = 77 maximum rho = 33.4390 at X = 0 Y = 0 Minimum density in map = -4.94944 Maximum density = 44.80034 Mean density = 0.00000 Rms deviation from mean = 0.38762 Overall maximum rho = 44.8003 on section Z = 0 at X = 0 Y = 0 Overall minimum rho = -4.9494 on section Z = 68 at X = 52 Y = 23 Average density on this map is 0.00000000 (Q)QOPEN: file opened on unit 3 Status: READONLY Logical Name: MAPOUT Filename: /y/people/mgwt/work/hg_a_1to84_h3_patterson1.map File name for input map file on unit 1 : /y/people/mgwt/work/hg_a_1to84_h3_patterson1.map file size = 4967008 ; logical name MAPOUT Number of columns, rows, sections ............... 78 78 204 Map mode ........................................ 2 Start and stop points on columns, rows, sections 0 77 0 77 0 203 Grid sampling on x, y, z ........................ 78 78 204 Cell dimensions ................................. 58.44070 58.44070 156.16071 90.00000 90.00000 120.00000 Fast, medium, slow axes ......................... Y X Z Minimum density ................................. -4.94944 Maximum density ................................. 44.80034 Mean density .................................... 0.00000 Rms deviation from mean density ................. 0.38762 Space-group ..................................... 148 Number of titles ................................ 1 Titles : anomalous patterson for domain Hg H3 exclude batch 74 (tutorial step 120) FFT: Normal termination Times: User: 1.0s System: 0.1s Elapsed: 0:02