/dports/science/mcstas-comps/mcstas-comps-2.5-src/examples/ |
H A D | Test_Pol_Mirror.instr | 55 Lmin = 0.0, Lmax = 30) 80 nL=30, Lmin = 0, Lmax = 30, 91 nL=30, Lmin = 0, Lmax = 30, 103 Lmin = 0.0, Lmax = 30) 109 Lmin = 0.0, Lmax = 30)
|
H A D | Test_Magnetic_Rotation.instr | 83 nL=100, Lmin = 0.0, Lmax = 10.0, npol=21, 89 nL=100, Lmin = 0.0, Lmax = 10.0, npol=21, 95 nL=100, Lmin = 0.0, Lmax = 10.0, npol=21, 108 nL=100, Lmin = 0.0, Lmax = 10.0, 114 nL=100, Lmin = 0.0, Lmax = 10.0, 120 nL=100, Lmin = 0.0, Lmax = 10.0,
|
H A D | SE_example2.instr | 73 xwidth = 0.05, yheight = 0.05, Lmin = 1, Lmax = 10) 104 restore_neutron = 1, mx = 0, my = 0, mz = 1, Lmin = 1, 119 restore_neutron = 1, mx = 0, my = 1, mz = 0, Lmin = 1, 136 restore_neutron = 1, mx = 0, my = 1, mz = 0, Lmin = 1, 161 restore_neutron = 1, mx = 0, my = 1, mz = 0, Lmin = 1, 182 restore_neutron = 0, mx = 0, my = 0, mz = 1, Lmin = 1, 195 restore_neutron = 1, mx = 0, my = 0, mz = 1, Lmin = 1, 213 restore_neutron = 1, mx = 1, my = 0, mz = 0, Lmin = 1, 234 restore_neutron = 1, mx = 0, my = 0, mz = 1, Lmin = 1,
|
H A D | ESS_Testbeamline_HZB_V20.instr | 19 * Example: ESS_Testbeamline_HZB_V20 Lmin=1 Frequency=14 151 xwidth = 0.06, yheight = 0.125, tmin = 0, tmax =72000, Lmin = 0, Lmax = 10 ) 215 xwidth = 0.06, yheight = 0.125, Lmin = lambda_min,Lmax = lambda_max) 291 xwidth = 0.06, yheight = 0.125, Lmin = lambda_min, Lmax = lambda_max) 297 Lmin = 0, Lmax = 10 ) 360 xwidth = 0.06, yheight = 0.125, Lmin = lambda_min, Lmax = lambda_max) 434 xwidth = 0.06, yheight = 0.125, Lmin = lambda_min, Lmax = lambda_max) 446 Lmin = lambda_min, Lmax = lambda_max ) 482 xwidth = 0.06, yheight = 0.125, Lmin = lambda_min, Lmax = lambda_max) 567 xwidth = 0.06, yheight = 0.125, Lmin = lambda_min, Lmax = lambda_max) [all …]
|
H A D | SE_example.instr | 73 xwidth = 0.05, yheight = 0.05, Lmin = 1, Lmax = 10) 104 restore_neutron = 1, mx = 0, my = 0, mz = 1, Lmin = 1, 122 restore_neutron = 1, mx = 0, my = 1, mz = 0, Lmin = 1, 145 restore_neutron = 1, mx = 0, my = 1, mz = 0, Lmin = 1, 176 restore_neutron = 1, mx = 0, my = 1, mz = 0, Lmin = 1, 205 restore_neutron = 0, mx = 0, my = 0, mz = 1, Lmin = 1, 221 restore_neutron = 1, mx = 0, my = 0, mz = 1, Lmin = 1, 239 restore_neutron = 1, mx = 1, my = 0, mz = 0, Lmin = 1, 260 restore_neutron = 1, mx = 0, my = 0, mz = 1, Lmin = 1,
|
H A D | ISIS_SANS2d.instr | 39 * Lmin: [AA] Minimum wavelength to produce at the source 46 DEFINE INSTRUMENT ISIS_SANS2d(L1=3.926, A1w=0.030, A1h=0.02, S6=0.006, A2=0.006, Lmin=1, Lmax=14) 63 Face = "E2", Emin = -Lmax, Emax = -Lmin, dist = 3.68, 71 xmax = 0.04, ymin = -0.03, ymax = 0.03, Lmin = 0.0, 142 xmax = 0.018, ymin = -0.018, ymax = 0.018, Lmin = 0.0, 192 xmax = 0.0155, ymin = -0.0105, ymax = 0.0105, Lmin = 0.0, 209 xmax = 0.0075, ymin = -0.0075, ymax = 0.0075, Lmin = 0.0,
|
H A D | ISIS_SANS2d_Mantid.instr | 39 * Lmin: [AA] Minimum wavelength to produce at the source 47 DEFINE INSTRUMENT ISIS_SANS2d_Mantid(L1=3.926, A1w=0.030, A1h=0.02, S6=0.006, A2=0.006, Lmin=1, Lma… 72 Face = "E2", Emin = -Lmax, Emax = -Lmin, dist = 3.68, 80 xmax = 0.04, ymin = -0.03, ymax = 0.03, Lmin = 0.0, 151 xmax = 0.018, ymin = -0.018, ymax = 0.018, Lmin = 0.0, 201 xmax = 0.0155, ymin = -0.0105, ymax = 0.0105, Lmin = 0.0, 226 xmax = 0.0075, ymin = -0.0075, ymax = 0.0075, Lmin = 0.0, 283 xmax = 0.5, ymin = -0.5, ymax = 0.5, Lmin = 0.0,
|
H A D | Test_Pol_Bender.instr | 88 Lmin = 0.0, Lmax = 30) 112 Lmin = 0.0, Lmax = 30) 122 nL=30, Lmin = 0, Lmax = 30, npol=41, 128 nL=30, Lmin = 0, Lmax = 30,
|
H A D | SNS_BASIS.instr | 230 yheight = 0.4,Lmin = 0.5, Lmax =30, nL = 1000) 271 yheight = 0.4, Lmin = 0.1, Lmax = 12.4, nL = 1000) 281 yheight = 0.4, Lmin = 0.1, Lmax = 12.4, nL = 1000) 338 yheight = 0.4, Lmin = 0.1, Lmax = 12.4, nL = 1000) 349 yheight = 0.4, Lmin = 0.1, Lmax = 40.0, nL = 1000) 420 yheight = 0.4, Lmin = 2.0, Lmax = 10.0, nL = 1000) 462 yheight = 0.4, Lmin = 2.0, Lmax = 10.0, nL = 1000) 522 yheight = 0.4, Lmin = 2.0, Lmax = 10.0, nL = 1000) 562 yheight = 0.4, Lmin = 2.0, Lmax = 10.0, nL = 1000) 641 yheight = 0.4, Lmin = 0.1, Lmax = 12.4, nL = 1000) [all …]
|
H A D | Test_Pol_TripleAxis.instr | 128 nL=40, Lmin = 0.97*LAMBDA, Lmax = 1.03*LAMBDA, npol=11, 146 nL=40, Lmin = 0.97*LAMBDA, Lmax = 1.03*LAMBDA, npol=11, 157 nL=40, Lmin = 0.97*LAMBDA, Lmax = 1.03*LAMBDA, npol=11, 182 nL=40, Lmin = 0.97*LAMBDA, Lmax = 1.03*LAMBDA, npol=11,
|
/dports/science/mcstas-comps/mcstas-comps-2.5-src/monitors/ |
H A D | DivLambda_monitor.comp | 23 * maxdiv_h=2, Lmin=2, Lmax=10) 40 * Lmin: [AA] Minimum wavelength detected 57 …-0.05, xmax=0.05, ymin=-0.05, ymax=0.05, xwidth=0, yheight=0, maxdiv_h=2, Lmin, Lmax, restore_neut… 99 lambda > Lmin && lambda < Lmax) 107 i = floor((lambda - Lmin)*nL/(Lmax - Lmin)); 126 Lmin, Lmax, -maxdiv_h, maxdiv_h,
|
H A D | MeanPolLambda_monitor.comp | 32 * Lmin: [AA] Minimum wavelength detected 52 SETTING PARAMETERS (string filename, mx=0, my=0, mz=0, Lmin, Lmax) 71 if (Lmax<=Lmin) { 115 lambda > Lmin && lambda < Lmax) { 119 i= floor((lambda - Lmin)*nL/(Lmax - Lmin)); 156 "Wavelength", Lmin, Lmax, nL,
|
H A D | L_monitor.comp | 21 * Example: L_monitor(xmin=-0.1, xmax=0.1, ymin=-0.1, ymax=0.1, nL=20, filename="Output.L", Lmin=2, … 32 * Lmin: [AA] Minimum wavelength to detect 51 xwidth=0, yheight=0, Lmin, Lmax, restore_neutron=0, int nowritefile=0) 92 i = floor((L-Lmin)*nL/(Lmax-Lmin)); 113 "L", Lmin, Lmax, nL,
|
H A D | TOFLambda_monitor.comp | 32 * Lmin: [AA] Minimum wavelength detected 50 xwidth=0, yheight=0, Lmin, Lmax, restore_neutron=0, int nowritefile=0) 93 lambda > Lmin && lambda < Lmax) 97 i = floor((lambda - Lmin)*nL/(Lmax - Lmin)); 115 tmin, tmax, Lmin, Lmax,
|
/dports/science/mcxtrace-comps/mcxtrace-comps-1.2-src/monitors/ |
H A D | L_monitor.comp | 25 * nL=20, filename="Output.L", Lmin=0.1, Lmax=1) 36 * Lmin: Minimum wavelength to detect (AA) 54 xwidth=0, yheight=0, Lmin, Lmax, restore_xray=0) 92 i = floor((L-Lmin)*nL/(Lmax-Lmin)); 111 "L", Lmin, Lmax, nL,
|
/dports/science/mcstas-comps/mcstas-comps-2.5-src/sources/ |
H A D | Source_Maxwell_3.comp | 35 * Lmin: [AA] Lower edge of lambda distribution 60 SETTING PARAMETERS (size=0, yheight=0, xwidth=0, Lmin, Lmax, dist, 103 Lmin=lambda0-dlambda; 106 l_range = Lmax-Lmin; 111 …if (w_source <0 || h_source < 0 || Lmin <= 0 || Lmax <= 0 || dist <= 0 || T1 <= 0 || T2 <= 0|| T3 … 136 lambda = Lmin+l_range*rand01(); /* Choose from uniform distribution */
|
H A D | Source_gen.comp | 96 * Lmin: [AA] Minimum wavelength of neutrons 249 Lmin = table_lmin; Lmax = table_lmax; 255 if (Lmin < table_lmin) { 257 Lmin = table_lmin; 379 Lmin = sqrt(81.81/(E0+dE)); /* Angstroem */ 383 { lambda0 = (Lmax+Lmin)/2; 384 dlambda = (Lmax-Lmin)/2; 405 Lmin = lambda0 - dlambda; /* Angstroem */ 417 p_in *= (Lmax-Lmin); /* AA. 1 bin=AA/n */ 419 && !flux_file_perAA) p_in *= pTable.rows/(Lmax-Lmin); [all …]
|
/dports/science/mcstas-comps/mcstas-comps-2.5-src/contrib/ |
H A D | Source_multi_surfaces.comp | 70 * Lmin=0.01,Lmax=10.0,filename="files_name.dat") 80 * Lmin: [AA] Minimum wavelength of neutrons 91 Emin=0.0,Emax=0.0,Lmin=0.0,Lmax=0.0) 180 if ((Lmin < 0) || (Lmax < 0)) 182 …fprintf(stderr,"Source_multi_surfaces: Error: Wavelength will reach negative values (Lmin or Lmax … 188 Lmin=sqrt(81.82/Emax/1e3); /* wavelength in AA */ 192 delta_lambda=Lmax-Lmin; 274 if (Lmin < Table_Index(Tables[k],(Tables[k].rows-1),0)) { 275 …fprintf(stderr,"Source_multi_surfaces: Error: Lmin or Emax not present in %s",values[k].spec_name); 276 …ulti_surfaces: Choosen Lmin or Emax is %2.8f smaller as the given Lmin-value in the file %s . \n",… [all …]
|
H A D | Source_gen4.comp | 27 * Emax=E0+dE or Lmin=Lambda0-dLambda and Lmax=Lambda0+dLambda. The I1 may 91 * Lmin: [AA] Minimum wavelength of neutrons 237 Lmin = table_lmin; Lmax = table_lmax; 243 if (Lmin < table_lmin) { 245 Lmin = table_lmin; 372 Lmin = sqrt(81.81/(E0+dE)); /* Angstroem */ 376 { Lambda0 = (Lmax+Lmin)/2; 377 dLambda = (Lmax-Lmin)/2; 397 Lmin = Lambda0 - dLambda; /* Angstroem */ 408 p_in *= (Lmax-Lmin); /* AA. 1 bin=AA/n */ [all …]
|
/dports/cad/kicad-devel/kicad-a17a58203b33e08b966075833b177dad5740c236/pcb_calculator/attenuators/ |
H A D | attenuator_classes.cpp | 54 Lmin = L = A = 0.0; // internal variable for temporary use 183 Lmin = (2 * m_Zin / m_Zout) - 1 + 2 * in Calculate() 188 Lmin = (2 * m_Zout / m_Zin) - 1 + 2 * in Calculate() 191 m_MinimumATT = 10 * log10( Lmin ); in Calculate()
|
/dports/cad/ghdl/ghdl-1.0.0/testsuite/vests/vhdl-ams/ashenden/compliant/AMS_CS3_Power_Systems/ |
H A D | tb_CalcBuckParams.vhd | 35 quantity Lmin : inductance; 63 Lmin => Lmin,
|
H A D | CalcBuckParams_wa.vhd | 33 quantity Lmin : out inductance; -- minimum inductance [Henries] port 52 Lmin == (Vin - Vout) * Ton/(2.0*Imin); 59 Fz == 1.0/(math_2_pi*sqrt(Lmin*Cmin*4.0)+1.0e-9);
|
/dports/math/saga/saga-8.1.3/saga-gis/src/tools/imagery/imagery_tools/ |
H A D | landsat_toar_core.cpp | 626 double Lmin[][4] = { in set_MSS2() local 640 lmin = Lmin[i]; in set_MSS2() 675 double Lmin[][4] = { in set_MSS3() local 688 lmin = Lmin[i]; in set_MSS3() 722 double Lmin[][4] = { in set_MSS4() local 739 lmin = Lmin[i]; in set_MSS4() 769 double Lmin[][7] = { in set_TM4() local 788 lmin = Lmin[i]; in set_TM4() 844 lmin = Lmin[i]; in set_MSS5() 893 lmin = Lmin[i]; in set_TM5() [all …]
|
/dports/science/mcstas-comps/mcstas-comps-2.5-src/obsolete/ |
H A D | ESS_moderator_short.comp | 26 * size=0.12 Lmin=0.1 Lmax=10 dist=2 focus_xw=0.06 yh=0.12 nu=50 67 * Lmin: [AA] Lower edge of wavelength distribution 92 SETTING PARAMETERS (size, Lmin, Lmax, dist, focus_xw, focus_yh, 130 if (n == 1 || n2 == 1 || Lmin<=0 || Lmax <=0 || dist == 0 133 …or_short: %s: Check parameters (lead to Math Error).\n Avoid 0 value for {Lmin Lmax dist tau} and … 138 l_range = Lmax-Lmin; 160 lambda = Lmin+l_range*rand01(); /* Choose from uniform distribution */
|
/dports/math/octave-forge-ltfat/ltfat/inst/gabor/ |
H A D | noshearlength.m | 38 Lmin=dgtlength(1,a,M,lt); 41 Lsmallest=Lmin; 57 Lsmallest=Lmin*c./kmax;
|