Changeset 7ef3589 in sasmodels
- Timestamp:
- Feb 17, 2016 5:36:16 AM (9 years ago)
- Branches:
- master, core_shell_microgels, costrafo411, magnetic_model, release_v0.94, release_v0.95, ticket-1257-vesicle-product, ticket_1156, ticket_1265_superball, ticket_822_more_unit_tests
- Children:
- 4a82d4d
- Parents:
- 2fb1d88
- Location:
- sasmodels/models
- Files:
-
- 1 added
- 2 edited
Legend:
- Unmodified
- Added
- Removed
-
sasmodels/models/lib/librefl.c
r9244430 r7ef3589 1 //complex cassign(real, imag); 2 //complex cplx_add(x,y); 3 //complex rcmult(x,y); 4 //complex cplx_sub(x,y); 5 //complex cplx_mult(x,y); 6 //complex cplx_div(x,y); 7 //complex cplx_exp(b); 1 typedef struct { 2 double re; 3 double im; 4 } complex; 5 6 complex cassign(real, imag); 7 complex cplx_add(x,y); 8 complex rcmult(x,y); 9 complex cplx_sub(x,y); 10 complex cplx_mult(x,y); 11 complex cplx_div(x,y); 12 complex cplx_exp(b); 8 13 9 14 double err_mod_func(double n_sub, double ind, double nu); -
sasmodels/models/spherical_sld.py
r9244430 r7ef3589 67 67 # ["name", "units", default, [lower, upper], "type", "description"], 68 68 parameters = [["n_shells", "", 1, [0, 9], "", "number of shells"], 69 ["npts_i mter", "", 35, [0, inf], "", "number of points in each sublayer"],69 ["npts_inter", "", 35, [0, inf], "", "number of points in each sublayer"], 70 70 ["sld_solv", "1/Ang^2", 1E-6,[-inf, inf], "","sld function solvent"], 71 ["func_inter_0", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],71 ["func_inter_0", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 72 72 ["nu_inter_0", "", 2.5, [-inf, inf], "", "steepness parameter"], 73 73 ["thick_inter_0", "Ang", 50, [-inf, inf], "", "intern layer thickness"], 74 74 ["sld_core_0", "1/Ang^2", 2.07E-6, [-inf, inf],"", "sld function flat"], 75 [" thick_flat_0", "Ang", 100, [-inf, inf], "", "flat layer_thickness"],76 ["func_inter_1", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],75 ["rad_core_0", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 76 ["func_inter_1", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 77 77 ["nu_inter_1", "", 2.5, [-inf, inf], "", "steepness parameter"], 78 78 ["thick_inter_1", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 79 79 ["sld_flat_1", "1/Ang^2", 4.06E-6, [-inf, inf],"", "sld function flat"], 80 80 ["thick_flat_1", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 81 ["func_inter_2", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],81 ["func_inter_2", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 82 82 ["nu_inter_2", "", 2.5, [-inf, inf], "", "steepness parameter"], 83 83 ["thick_inter_2", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 84 84 ["sld_flat_2", "1/Ang^2", 3.56E-6, [-inf, inf],"", "sld function flat"], 85 85 ["thick_flat_2", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 86 ["func_inter_3", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],86 ["func_inter_3", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 87 87 ["nu_inter_3", "", 2.5, [-inf, inf], "", "steepness parameter"], 88 88 ["thick_inter_3", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 89 89 ["sld_flat_3", "1/Ang^2", 4.06E-6, [-inf, inf],"", "sld function flat"], 90 90 ["thick_flat_3", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 91 ["func_inter_4", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],91 ["func_inter_4", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 92 92 ["nu_inter_4", "", 2.5, [-inf, inf], "", "steepness parameter"], 93 93 ["thick_inter_4", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 94 94 ["sld_flat_4", "1/Ang^2", 3.5E-6, [-inf, inf],"", "sld function flat"], 95 95 ["thick_flat_4", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 96 ["func_inter_5", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],96 ["func_inter_5", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 97 97 ["nu_inter_5", "", 2.5, [-inf, inf], "", "steepness parameter"], 98 98 ["thick_inter_5", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 99 99 ["sld_flat_5", "1/Ang^2", 4.06E-6, [-inf, inf],"", "sld function flat"], 100 100 ["thick_flat_5", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 101 ["func_inter_6", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],101 ["func_inter_6", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 102 102 ["nu_inter_6", "", 2.5, [-inf, inf], "", "steepness parameter"], 103 103 ["thick_inter_6", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 104 104 ["sld_flat_6", "1/Ang^2", 3.5E-6, [-inf, inf],"", "sld function flat"], 105 105 ["thick_flat_6", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 106 ["func_inter_7", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],106 ["func_inter_7", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 107 107 ["nu_inter_7", "", 2.5, [-inf, inf], "", "steepness parameter"], 108 108 ["thick_inter_7", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 109 109 ["sld_flat_7", "1/Ang^2", 4.06E-6, [-inf, inf],"", "sld function flat"], 110 110 ["thick_flat_7", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 111 ["func_inter_8", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],111 ["func_inter_8", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 112 112 ["nu_inter_8", "", 2.5, [-inf, inf], "", "steepness parameter"], 113 113 ["thick_inter_8", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 114 114 ["sld_flat_8", "1/Ang^2", 3.5E-6, [-inf, inf],"", "sld function flat"], 115 115 ["thick_flat_8", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 116 ["func_inter_9", "", 0, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"],116 ["func_inter_9", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 117 117 ["nu_inter_9", "", 2.5, [-inf, inf], "", "steepness parameter"], 118 118 ["thick_inter_9", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 119 119 ["sld_flat_9", "1/Ang^2", 4.06E-6, [-inf, inf],"", "sld function flat"], 120 120 ["thick_flat_9", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 121 ["func_inter_10", "", 3, [0, 4], "", "'Erf(|nu|*z)':0, 'RPower(z^|nu|)':1, 'LPower(z^|nu|)':2, 'RExp(-|nu|*z)':3, 'LExp(-|nu|*z)':4"], 122 ["nu_inter_10", "", 2.5, [-inf, inf], "", "steepness parameter"], 123 ["thick_inter_10", "Ang", 50.0, [-inf, inf], "", "intern layer thickness"], 124 ["sld_flat_10", "1/Ang^2", 3.5E-6, [-inf, inf],"", "sld function flat"], 125 ["thick_flat_10", "Ang", 100.0, [-inf, inf], "", "flat layer_thickness"], 121 126 ] 122 127 # pylint: enable=bad-whitespace, line-too-long … … 155 160 156 161 157 demo = dict(scale=1, background=0. 1,162 demo = dict(scale=1, background=0.0, 158 163 n_shells=1, 164 sld_solv=1E-6, 159 165 npts_inter=35, 160 sld_solv=1E-6, 161 func_inter_1=0.0, 166 func_inter_0=3, 167 nu_inter_0=2.5, 168 rad_core_0=50.0, 169 sld_core_0=2.07E-6, 170 thick_inter_0=50, 171 func_inter_1=3, 162 172 nu_inter_1=2.5, 163 173 thick_inter_1=50, 164 174 sld_flat_1=4E-6, 165 175 thick_flat_1=100, 166 func_inter_0=0.0, 167 nu_inter_0=2.5, 168 rad_core_0=50.0, 169 std_core_0=2.07E-6, 170 thick_core_0=50 171 ) 176 func_inter_2=3, 177 nu_inter_2=2.5, 178 thick_inter_2=50, 179 sld_flat_2=3.5E-6, 180 thick_flat_2=100, 181 func_inter_3=3, 182 nu_inter_3=2.5, 183 thick_inter_3=50, 184 sld_flat_3=4E-6, 185 thick_flat_3=100, 186 func_inter_4=3, 187 nu_inter_4=2.5, 188 thick_inter_4=50, 189 sld_flat_4=3.5E-6, 190 thick_flat_4=100, 191 func_inter_5=3, 192 nu_inter_5=2.5, 193 thick_inter_5=50, 194 sld_flat_5=3.5E-6, 195 thick_flat_5=100, 196 func_inter_6=3, 197 nu_inter_6=2.5, 198 thick_inter_6=50, 199 sld_flat_6=3.5E-6, 200 thick_flat_6=100, 201 func_inter_7=3, 202 nu_inter_7=2.5, 203 thick_inter_7=50, 204 sld_flat_7=4E-6, 205 thick_flat_7=100, 206 func_inter_8=3, 207 nu_inter_8=2.5, 208 thick_inter_8=50, 209 sld_flat_8=3.5E-6, 210 thick_flat_8=100, 211 func_inter_9=3, 212 nu_inter_9=2.5, 213 thick_inter_9=50, 214 sld_flat_9=4E-6, 215 thick_flat_9=100, 216 func_inter_10=3, 217 nu_inter_10=2.5, 218 thick_inter_10=50, 219 sld_flat_10=3.5E-6, 220 thick_flat_10=100 221 ) 172 222 173 223 oldname = "SphericalSLDModel" 174 224 oldpars = dict( 175 npts_inter='npts_imter', 176 sld_solv='sld_solv', 177 func_inter_1='func_inter_1', 178 nu_inter_1='nu_inter', 179 thick_inter_1='thick_inter1', 180 sld_flat_1='sld_flat1', 181 thick_flat_1='thick_flat1', 182 func_inter_0='nu_inter0', 183 nu_inter_0='nu_inter0', 184 rad_core_0='rad_core0', 185 std_core_0='std_core0', 186 thick_core_0='thick_core0', 187 background='background') 225 scale="scale", 226 background="background", 227 rad_core_0 ="rad_core0", 228 thick_inter_0 = "thick_inter0", 229 nu_inter_0 = "nu_inter0", 230 func_inter_0 = "func_inter0", 231 thick_inter_1 = "thick_inter1", 232 nu_inter_1 = "nu_inter1", 233 func_inter_1 = "func_inter1") 234 235 # n_shells="n_shells", 236 # npts_inter='npts_inter', 237 # sld_solv='sld_solv', 238 # func_inter_0='func_inter0', 239 # nu_inter_0='nu_inter0', 240 # rad_core_0='rad_core0', 241 # sld_core_0='sld_core0', 242 # thick_inter_0='thick_inter0', 243 # func_inter_1='func_inter1', 244 # nu_inter_1='nu_inter1', 245 # thick_inter_1='thick_inter1', 246 # sld_flat_1='sld_flat1', 247 # thick_flat_1='thick_flat1', 248 # func_inter_2='func_inter2', 249 # nu_inter_2='nu_inter2', 250 # thick_inter_2='thick_inter2', 251 # sld_flat_2='sld_flat2', 252 # thick_flat_2='thick_flat2', 253 # func_inter_3='func_inter3', 254 # nu_inter_3='nu_inter3', 255 # thick_inter_3='thick_inter3', 256 # sld_flat_3='sld_flat3', 257 # thick_flat_3='thick_flat3', 258 # func_inter_4='func_inter4', 259 # nu_inter_4='nu_inter4', 260 # thick_inter_4='thick_inter4', 261 # sld_flat_4='sld_flat4', 262 # thick_flat_4='thick_flat4', 263 # func_inter_5='func_inter5', 264 # nu_inter_5='nu_inter5', 265 # thick_inter_5='thick_inter5', 266 # sld_flat_5='sld_flat5', 267 # thick_flat_5='thick_flat5', 268 # func_inter_6='func_inter6', 269 # nu_inter_6='nu_inter6', 270 # thick_inter_6='thick_inter6', 271 # sld_flat_6='sld_flat6', 272 # thick_flat_6='thick_flat6', 273 # func_inter_7='func_inter7', 274 # nu_inter_7='nu_inter7', 275 # thick_inter_7='thick_inter7', 276 # sld_flat_7='sld_flat7', 277 # thick_flat_7='thick_flat7', 278 # func_inter_8='func_inter8', 279 # nu_inter_8='nu_inter8', 280 # thick_inter_8='thick_inter8', 281 # sld_flat_8='sld_flat8', 282 # thick_flat_8='thick_flat8', 283 # func_inter_9='func_inter9', 284 # nu_inter_9='nu_inter9', 285 # thick_inter_9='thick_inter9', 286 # sld_flat_9='sld_flat9', 287 # thick_flat_9='thick_flat9', 288 # func_inter_10='func_inter10', 289 # nu_inter_10='nu_inter10', 290 # thick_inter_10='thick_inter10', 291 # sld_flat_10='sld_flat10', 292 # thick_flat_10='thick_flat10') 188 293 189 294 tests = [ … … 199 304 'nu_inter_0':2.5, 200 305 'rad_core_0':50.0, 201 's td_core_0':2.07E-6,202 'thick_ core':50,306 'sld_core_0':2.07E-6, 307 'thick_inter_0':50, 203 308 'background': 0.0, 204 309 }, 0.001, 1000],
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