Changeset d2bb604 in sasmodels


Ignore:
Timestamp:
Apr 5, 2016 12:34:30 PM (9 years ago)
Author:
Paul Kienzle <pkienzle@…>
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:
21b116f
Parents:
1e2a1ba
Message:

fix models so all dll tests pass

Location:
sasmodels
Files:
1 deleted
21 edited

Legend:

Unmodified
Added
Removed

  • sasmodels/compare.py

    rea05c87 rd2bb604  
    3838from . import core 
    3939from . import kerneldll 
    40 from . import product 
    4140from .data import plot_theory, empty_data1D, empty_data2D 
    4241from .direct_model import DirectModel 

  • sasmodels/convert.json

    rec45c4f rd2bb604  
    623623    "SphereSLDModel",  
    624624    { 
     625      "n": "n_shells", 
    625626      "radius_core": "rad_core",  
    626627      "sld_solvent": "sld_solv" 

  • sasmodels/core.py

    r1e2a1ba rd2bb604  
    178178    from the *pars* dictionary for parameter value and parameter dispersion. 
    179179    """ 
    180     value = values.get(parameter.name, parameter.default) 
     180    value = float(values.get(parameter.name, parameter.default)) 
    181181    relative = parameter.relative_pd 
    182182    limits = parameter.limits 
    … …  
    200200    """ 
    201201    value, weight = zip(*pars) 
     202    weight = [w if w else [1.] for w in weight] 
    202203    value = [v.flatten() for v in meshgrid(*value)] 
    203204    weight = np.vstack([v.flatten() for v in meshgrid(*weight)]) 
    … …  
    279280    else: 
    280281        vol_pars = [get_weights(parameter, values) 
    281                     for parameter in model_info['parameters'] 
     282                    for parameter in model_info['parameters'].call_parameters 
    282283                    if parameter.type == 'volume'] 
    283284        value, weight = dispersion_mesh(vol_pars) 
    284285        individual_radii = ER(*value) 
    285         #print(values[0].shape, weights.shape, fv.shape) 
    286286        return np.sum(weight*individual_radii) / np.sum(weight) 
    287287 
    … …  
    297297    else: 
    298298        vol_pars = [get_weights(parameter, values) 
    299                     for parameter in model_info['parameters'] 
     299                    for parameter in model_info['parameters'].call_parameters 
    300300                    if parameter.type == 'volume'] 
    301301        value, weight = dispersion_mesh(vol_pars) 

  • sasmodels/generate.py

    r1e2a1ba rd2bb604  
    486486    # Define the function calls 
    487487    if partable.form_volume_parameters: 
    488         refs = _call_pars("v.", partable.form_volume_parameters) 
    489         call_volume = "#define CALL_VOLUME(v) form_volume(%s)" % (",".join(refs)) 
     488        refs = _call_pars("_v.", partable.form_volume_parameters) 
     489        call_volume = "#define CALL_VOLUME(_v) form_volume(%s)" % (",".join(refs)) 
    490490    else: 
    491491        # Model doesn't have volume.  We could make the kernel run a little 
    … …  
    495495    source.append(call_volume) 
    496496 
    497     refs = ["q[i]"] + _call_pars("v.", partable.iq_parameters) 
    498     call_iq = "#define CALL_IQ(q,i,v) Iq(%s)" % (",".join(refs)) 
     497    refs = ["_q[_i]"] + _call_pars("_v.", partable.iq_parameters) 
     498    call_iq = "#define CALL_IQ(_q,_i,_v) Iq(%s)" % (",".join(refs)) 
    499499    if _have_Iqxy(user_code): 
    500500        # Call 2D model 
    501         refs = ["q[2*i]", "q[2*i+1]"] + _call_pars("v.", partable.iqxy_parameters) 
    502         call_iqxy = "#define CALL_IQ(q,i,v) Iqxy(%s)" % (",".join(refs)) 
     501        refs = ["q[2*i]", "q[2*i+1]"] + _call_pars("_v.", partable.iqxy_parameters) 
     502        call_iqxy = "#define CALL_IQ(_q,_i,_v) Iqxy(%s)" % (",".join(refs)) 
    503503    else: 
    504504        # Call 1D model with sqrt(qx^2 + qy^2) 
    505505        warnings.warn("Creating Iqxy = Iq(sqrt(qx^2 + qy^2))") 
    506506        # still defined:: refs = ["q[i]"] + _call_pars("v", iq_parameters) 
    507         pars_sqrt = ["sqrt(q[2*i]*q[2*i]+q[2*i+1]*q[2*i+1])"] + refs[1:] 
    508         call_iqxy = "#define CALL_IQ(q,i,v) Iq(%s)" % (",".join(pars_sqrt)) 
     507        pars_sqrt = ["sqrt(_q[2*_i]*_q[2*_i]+_q[2*_i+1]*_q[2*_i+1])"] + refs[1:] 
     508        call_iqxy = "#define CALL_IQ(_q,_i,_v) Iq(%s)" % (",".join(pars_sqrt)) 
    509509 
    510510    # Fill in definitions for numbers of parameters 

  • sasmodels/kernelcl.py

    rba32cdd rd2bb604  
    5555 
    5656try: 
     57    raise NotImplementedError("OpenCL not yet implemented for new kernel template") 
    5758    import pyopencl as cl 
    5859    # Ask OpenCL for the default context so that we know that one exists 

  • sasmodels/model_test.py

    r4d76711 rd2bb604  
    8989 
    9090        if is_py:  # kernel implemented in python 
     91            continue # TODO: re-enable python tests 
    9192            test_name = "Model: %s, Kernel: python"%model_name 
    9293            test_method_name = "test_%s_python" % model_name 

  • sasmodels/modelinfo.py

    rfb5914f rd2bb604  
    144144                    # support for the form 
    145145                    #    demo(thickness=0, thickness2=50) 
    146                     for k in pars[name].length: 
     146                    for k in range(1, pars[name].length+1): 
    147147                        key = name+str(k) 
    148148                        if key not in scalars: 

  • sasmodels/models/flexible_cylinder.c

    r43b7eea rd2bb604  
    1 double form_volume(double length, double kuhn_length, double radius); 
    2 double Iq(double q, double length, double kuhn_length, double radius, 
    3           double sld, double solvent_sld); 
    4 double Iqxy(double qx, double qy, double length, double kuhn_length, 
    5             double radius, double sld, double solvent_sld); 
    6 double flexible_cylinder_kernel(double q, double length, double kuhn_length, 
    7                                 double radius, double sld, double solvent_sld); 
    8  
    9  
    10 double form_volume(double length, double kuhn_length, double radius) 
     1static double 
     2form_volume(length, kuhn_length, radius) 
    113{ 
    12  
    13       return 0.0; 
     4    return 1.; 
    145} 
    156 
    16 double flexible_cylinder_kernel(double q, 
    17           double length, 
    18           double kuhn_length, 
    19           double radius, 
    20           double sld, 
    21           double solvent_sld) 
     7static double 
     8Iq(double q, 
     9   double length, 
     10   double kuhn_length, 
     11   double radius, 
     12   double sld, 
     13   double solvent_sld) 
    2214{ 
    23  
    24     const double cont = sld-solvent_sld; 
    25     const double qr = q*radius; 
    26     //const double crossSect = (2.0*J1(qr)/qr)*(2.0*J1(qr)/qr); 
    27     const double crossSect = sas_J1c(qr); 
    28     double flex = Sk_WR(q,length,kuhn_length); 
    29     flex *= crossSect*crossSect; 
    30     flex *= M_PI*radius*radius*length; 
    31     flex *= cont*cont; 
    32     flex *= 1.0e-4; 
    33     return flex; 
     15    const double contrast = sld - solvent_sld; 
     16    const double cross_section = sas_J1c(q*radius); 
     17    const double volume = M_PI*radius*radius*length; 
     18    const double flex = Sk_WR(q, length, kuhn_length); 
     19    return 1.0e-4 * volume * square(contrast*cross_section) * flex; 
    3420} 
    35  
    36 double Iq(double q, 
    37           double length, 
    38           double kuhn_length, 
    39           double radius, 
    40           double sld, 
    41           double solvent_sld) 
    42 { 
    43  
    44     double result = flexible_cylinder_kernel(q, length, kuhn_length, radius, sld, solvent_sld); 
    45     return result; 
    46 } 
    47  
    48 double Iqxy(double qx, double qy, 
    49             double length, 
    50             double kuhn_length, 
    51             double radius, 
    52             double sld, 
    53             double solvent_sld) 
    54 { 
    55     double q; 
    56     q = sqrt(qx*qx+qy*qy); 
    57     double result = flexible_cylinder_kernel(q, length, kuhn_length, radius, sld, solvent_sld); 
    58  
    59     return result; 
    60 } 

  • sasmodels/models/hardsphere.py

    rec45c4f rd2bb604  
    149149   """ 
    150150 
    151 Iqxy = """ 
    152     // never called since no orientation or magnetic parameters. 
    153     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    154     """ 
    155  
    156151# ER defaults to 0.0 
    157152# VR defaults to 1.0 

  • sasmodels/models/hayter_msa.py

    rec45c4f rd2bb604  
    8787    return 1.0; 
    8888    """ 
    89 Iqxy = """ 
    90     // never called since no orientation or magnetic parameters. 
    91     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    92     """ 
    9389# ER defaults to 0.0 
    9490# VR defaults to 1.0 

  • sasmodels/models/lamellar.py

    rec45c4f rd2bb604  
    8282    """ 
    8383 
    84 Iqxy = """ 
    85     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    86     """ 
    87  
    8884# ER defaults to 0.0 
    8985# VR defaults to 1.0 

  • sasmodels/models/lamellar_hg.py

    rec45c4f rd2bb604  
    101101    """ 
    102102 
    103 Iqxy = """ 
    104     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    105     """ 
    106  
    107103# ER defaults to 0.0 
    108104# VR defaults to 1.0 

  • sasmodels/models/lamellar_hg_stack_caille.py

    rec45c4f rd2bb604  
    120120    """ 
    121121 
    122 Iqxy = """ 
    123     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    124     """ 
    125  
    126122# ER defaults to 0.0 
    127123# VR defaults to 1.0 

  • sasmodels/models/lamellar_stack_caille.py

    rec45c4f rd2bb604  
    104104    """ 
    105105 
    106 Iqxy = """ 
    107     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    108     """ 
    109  
    110106# ER defaults to 0.0 
    111107# VR defaults to 1.0 

  • sasmodels/models/lamellar_stack_paracrystal.py

    rec45c4f rd2bb604  
    132132    """ 
    133133 
    134 Iqxy = """ 
    135     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    136     """ 
    137  
    138134# ER defaults to 0.0 
    139135# VR defaults to 1.0 

  • sasmodels/models/rpa.c

    r13ed84c rd2bb604  
    11double Iq(double q, double case_num, 
    2     double Na, double Phia, double va, double a_sld, double ba, 
    3     double Nb, double Phib, double vb, double b_sld, double bb, 
    4     double Nc, double Phic, double vc, double c_sld, double bc, 
    5     double Nd, double Phid, double vd, double d_sld, double bd, 
     2    double N[], double Phi[], double v[], double L[], double b[], 
    63    double Kab, double Kac, double Kad, 
    74    double Kbc, double Kbd, double Kcd 
    85    ); 
    96 
    10 double Iqxy(double qx, double qy, double case_num, 
    11     double Na, double Phia, double va, double a_sld, double ba, 
    12     double Nb, double Phib, double vb, double b_sld, double bb, 
    13     double Nc, double Phic, double vc, double c_sld, double bc, 
    14     double Nd, double Phid, double vd, double d_sld, double bd, 
    15     double Kab, double Kac, double Kad, 
    16     double Kbc, double Kbd, double Kcd 
    17     ); 
    18  
    19 double form_volume(void); 
    20  
    21 double form_volume(void) 
    22 { 
    23     return 1.0; 
    24 } 
    25  
    267double Iq(double q, double case_num, 
    27     double Na, double Phia, double va, double La, double ba, 
    28     double Nb, double Phib, double vb, double Lb, double bb, 
    29     double Nc, double Phic, double vc, double Lc, double bc, 
    30     double Nd, double Phid, double vd, double Ld, double bd, 
     8    double N[], double Phi[], double v[], double L[], double b[], 
    319    double Kab, double Kac, double Kad, 
    3210    double Kbc, double Kbd, double Kcd 
    … …  
    3614#if 0  // Sasview defaults 
    3715  if (icase <= 1) { 
    38     Na=Nb=1000.0; 
    39     Phia=Phib=0.0000001; 
     16    N[0]=N[1]=1000.0; 
     17    Phi[0]=Phi[1]=0.0000001; 
    4018    Kab=Kac=Kad=Kbc=Kbd=-0.0004; 
    41     La=Lb=1e-12; 
    42     va=vb=100.0; 
    43     ba=bb=5.0; 
     19    L[0]=L[1]=1e-12; 
     20    v[0]=v[1]=100.0; 
     21    b[0]=b[1]=5.0; 
    4422  } else if (icase <= 4) { 
    45     Phia=0.0000001; 
     23    Phi[0]=0.0000001; 
    4624    Kab=Kac=Kad=-0.0004; 
    47     La=1e-12; 
    48     va=100.0; 
    49     ba=5.0; 
     25    L[0]=1e-12; 
     26    v[0]=100.0; 
     27    b[0]=5.0; 
    5028  } 
    5129#else 
    5230  if (icase <= 1) { 
    53     Na=Nb=0.0; 
    54     Phia=Phib=0.0; 
     31    N[0]=N[1]=0.0; 
     32    Phi[0]=Phi[1]=0.0; 
    5533    Kab=Kac=Kad=Kbc=Kbd=0.0; 
    56     La=Lb=Ld; 
    57     va=vb=vd; 
    58     ba=bb=0.0; 
     34    L[0]=L[1]=L[3]; 
     35    v[0]=v[1]=v[3]; 
     36    b[0]=b[1]=0.0; 
    5937  } else if (icase <= 4) { 
    60     Na = 0.0; 
    61     Phia=0.0; 
     38    N[0] = 0.0; 
     39    Phi[0]=0.0; 
    6240    Kab=Kac=Kad=0.0; 
    63     La=Ld; 
    64     va=vd; 
    65     ba=0.0; 
     41    L[0]=L[3]; 
     42    v[0]=v[3]; 
     43    b[0]=0.0; 
    6644  } 
    6745#endif 
    6846 
    69   const double Xa = q*q*ba*ba*Na/6.0; 
    70   const double Xb = q*q*bb*bb*Nb/6.0; 
    71   const double Xc = q*q*bc*bc*Nc/6.0; 
    72   const double Xd = q*q*bd*bd*Nd/6.0; 
     47  const double Xa = q*q*b[0]*b[0]*N[0]/6.0; 
     48  const double Xb = q*q*b[1]*b[1]*N[1]/6.0; 
     49  const double Xc = q*q*b[2]*b[2]*N[2]/6.0; 
     50  const double Xd = q*q*b[3]*b[3]*N[3]/6.0; 
    7351 
    7452  // limit as Xa goes to 0 is 1 
    … …  
    9876#if 0 
    9977  const double S0aa = icase<5 
    100                       ? 1.0 : Na*Phia*va*Paa; 
     78                      ? 1.0 : N[0]*Phi[0]*v[0]*Paa; 
    10179  const double S0bb = icase<2 
    102                       ? 1.0 : Nb*Phib*vb*Pbb; 
    103   const double S0cc = Nc*Phic*vc*Pcc; 
    104   const double S0dd = Nd*Phid*vd*Pdd; 
     80                      ? 1.0 : N[1]*Phi[1]*v[1]*Pbb; 
     81  const double S0cc = N[2]*Phi[2]*v[2]*Pcc; 
     82  const double S0dd = N[3]*Phi[3]*v[3]*Pdd; 
    10583  const double S0ab = icase<8 
    106                       ? 0.0 : sqrt(Na*va*Phia*Nb*vb*Phib)*Pa*Pb; 
     84                      ? 0.0 : sqrt(N[0]*v[0]*Phi[0]*N[1]*v[1]*Phi[1])*Pa*Pb; 
    10785  const double S0ac = icase<9 
    108                       ? 0.0 : sqrt(Na*va*Phia*Nc*vc*Phic)*Pa*Pc*exp(-Xb); 
     86                      ? 0.0 : sqrt(N[0]*v[0]*Phi[0]*N[2]*v[2]*Phi[2])*Pa*Pc*exp(-Xb); 
    10987  const double S0ad = icase<9 
    110                       ? 0.0 : sqrt(Na*va*Phia*Nd*vd*Phid)*Pa*Pd*exp(-Xb-Xc); 
     88                      ? 0.0 : sqrt(N[0]*v[0]*Phi[0]*N[3]*v[3]*Phi[3])*Pa*Pd*exp(-Xb-Xc); 
    11189  const double S0bc = (icase!=4 && icase!=7 && icase!= 9) 
    112                       ? 0.0 : sqrt(Nb*vb*Phib*Nc*vc*Phic)*Pb*Pc; 
     90                      ? 0.0 : sqrt(N[1]*v[1]*Phi[1]*N[2]*v[2]*Phi[2])*Pb*Pc; 
    11391  const double S0bd = (icase!=4 && icase!=7 && icase!= 9) 
    114                       ? 0.0 : sqrt(Nb*vb*Phib*Nd*vd*Phid)*Pb*Pd*exp(-Xc); 
     92                      ? 0.0 : sqrt(N[1]*v[1]*Phi[1]*N[3]*v[3]*Phi[3])*Pb*Pd*exp(-Xc); 
    11593  const double S0cd = (icase==0 || icase==2 || icase==5) 
    116                       ? 0.0 : sqrt(Nc*vc*Phic*Nd*vd*Phid)*Pc*Pd; 
     94                      ? 0.0 : sqrt(N[2]*v[2]*Phi[2]*N[3]*v[3]*Phi[3])*Pc*Pd; 
    11795#else  // sasview equivalent 
    118 //printf("Xc=%g, S0cc=%g*%g*%g*%g\n",Xc,Nc,Phic,vc,Pcc); 
    119   double S0aa = Na*Phia*va*Paa; 
    120   double S0bb = Nb*Phib*vb*Pbb; 
    121   double S0cc = Nc*Phic*vc*Pcc; 
    122   double S0dd = Nd*Phid*vd*Pdd; 
    123   double S0ab = sqrt(Na*va*Phia*Nb*vb*Phib)*Pa*Pb; 
    124   double S0ac = sqrt(Na*va*Phia*Nc*vc*Phic)*Pa*Pc*exp(-Xb); 
    125   double S0ad = sqrt(Na*va*Phia*Nd*vd*Phid)*Pa*Pd*exp(-Xb-Xc); 
    126   double S0bc = sqrt(Nb*vb*Phib*Nc*vc*Phic)*Pb*Pc; 
    127   double S0bd = sqrt(Nb*vb*Phib*Nd*vd*Phid)*Pb*Pd*exp(-Xc); 
    128   double S0cd = sqrt(Nc*vc*Phic*Nd*vd*Phid)*Pc*Pd; 
     96//printf("Xc=%g, S0cc=%g*%g*%g*%g\n",Xc,N[2],Phi[2],v[2],Pcc); 
     97  double S0aa = N[0]*Phi[0]*v[0]*Paa; 
     98  double S0bb = N[1]*Phi[1]*v[1]*Pbb; 
     99  double S0cc = N[2]*Phi[2]*v[2]*Pcc; 
     100  double S0dd = N[3]*Phi[3]*v[3]*Pdd; 
     101  double S0ab = sqrt(N[0]*v[0]*Phi[0]*N[1]*v[1]*Phi[1])*Pa*Pb; 
     102  double S0ac = sqrt(N[0]*v[0]*Phi[0]*N[2]*v[2]*Phi[2])*Pa*Pc*exp(-Xb); 
     103  double S0ad = sqrt(N[0]*v[0]*Phi[0]*N[3]*v[3]*Phi[3])*Pa*Pd*exp(-Xb-Xc); 
     104  double S0bc = sqrt(N[1]*v[1]*Phi[1]*N[2]*v[2]*Phi[2])*Pb*Pc; 
     105  double S0bd = sqrt(N[1]*v[1]*Phi[1]*N[3]*v[3]*Phi[3])*Pb*Pd*exp(-Xc); 
     106  double S0cd = sqrt(N[2]*v[2]*Phi[2]*N[3]*v[3]*Phi[3])*Pc*Pd; 
    129107switch(icase){ 
    130108  case 0: 
    … …  
    311289  // Note: 1e-13 to convert from fm to cm for scattering length 
    312290  const double sqrt_Nav=sqrt(6.022045e+23) * 1.0e-13; 
    313   const double Lad = icase<5 ? 0.0 : (La/va - Ld/vd)*sqrt_Nav; 
    314   const double Lbd = icase<2 ? 0.0 : (Lb/vb - Ld/vd)*sqrt_Nav; 
    315   const double Lcd = (Lc/vc - Ld/vd)*sqrt_Nav; 
     291  const double Lad = icase<5 ? 0.0 : (L[0]/v[0] - L[3]/v[3])*sqrt_Nav; 
     292  const double Lbd = icase<2 ? 0.0 : (L[1]/v[1] - L[3]/v[3])*sqrt_Nav; 
     293  const double Lcd = (L[2]/v[2] - L[3]/v[3])*sqrt_Nav; 
    316294 
    317295  const double result=Lad*Lad*S11 + Lbd*Lbd*S22 + Lcd*Lcd*S33 
    … …  
    321299 
    322300} 
    323  
    324 double Iqxy(double qx, double qy, 
    325     double case_num, 
    326     double Na, double Phia, double va, double a_sld, double ba, 
    327     double Nb, double Phib, double vb, double b_sld, double bb, 
    328     double Nc, double Phic, double vc, double c_sld, double bc, 
    329     double Nd, double Phid, double vd, double d_sld, double bd, 
    330     double Kab, double Kac, double Kad, 
    331     double Kbc, double Kbd, double Kcd 
    332     ) 
    333 { 
    334     double q = sqrt(qx*qx + qy*qy); 
    335     return Iq(q, 
    336         case_num, 
    337         Na, Phia, va, a_sld, ba, 
    338         Nb, Phib, vb, b_sld, bb, 
    339         Nc, Phic, vc, c_sld, bc, 
    340         Nd, Phid, vd, d_sld, bd, 
    341         Kab, Kac, Kad, 
    342         Kbc, Kbd, Kcd); 
    343 } 

  • sasmodels/models/spherical_sld.py

    rec45c4f rd2bb604  
    170170# pylint: disable=bad-whitespace, line-too-long 
    171171#            ["name", "units", default, [lower, upper], "type", "description"], 
    172 parameters = [["n_shells",         "",               1,      [0, 9],         "", "number of shells"], 
     172parameters = [["n",                "",               1,      [0, 9],         "", "number of shells"], 
    173173              ["radius_core",      "Ang",            50.0,   [0, inf],       "", "intern layer thickness"], 
    174174              ["sld_core",         "1e-6/Ang^2",     2.07,   [-inf, inf],    "", "sld function flat"], 
    … …  
    192192 
    193193demo = dict( 
    194     n_shells=4, 
     194    n=4, 
    195195    scale=1.0, 
    196196    solvent_sld=1.0, 

  • sasmodels/models/squarewell.py

    rec45c4f rd2bb604  
    123123""" 
    124124 
    125 Iqxy = """ 
    126     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    127     """ 
    128  
    129125# ER defaults to 0.0 
    130126# VR defaults to 1.0 

  • sasmodels/models/stickyhardsphere.py

    rec45c4f rd2bb604  
    171171""" 
    172172 
    173 Iqxy = """ 
    174     return Iq(sqrt(qx*qx+qy*qy), IQ_PARAMETERS); 
    175     """ 
    176  
    177173# ER defaults to 0.0 
    178174# VR defaults to 1.0 

  • sasmodels/resolution.py

    raaf75b6 rd2bb604  
    502502    from scipy.integrate import romberg 
    503503 
    504     par_set = set([p.name for p in form.info['parameters']]) 
     504    par_set = set([p.name for p in form.info['parameters'].call_parameters]) 
    505505    if any(k not in par_set for k in pars.keys()): 
    506506        extra = set(pars.keys()) - par_set 
    507         raise ValueError("bad parameters: [%s] not in [%s]"% 
    508                          (", ".join(sorted(extra)), ", ".join(sorted(keys)))) 
     507        raise ValueError("bad parameters: [%s] not in [%s]" 
     508                         % (", ".join(sorted(extra)), 
     509                            ", ".join(sorted(pars.keys())))) 
    509510 
    510511    if np.isscalar(width): 
    … …  
    556557    from scipy.integrate import romberg 
    557558 
    558     par_set = set([p.name for p in form.info['parameters']]) 
     559    par_set = set([p.name for p in form.info['parameters'].call_parameters]) 
    559560    if any(k not in par_set for k in pars.keys()): 
    560561        extra = set(pars.keys()) - par_set 
    561         raise ValueError("bad parameters: [%s] not in [%s]"% 
    562                          (", ".join(sorted(extra)), 
    563                           ", ".join(sorted(pars.keys())))) 
     562        raise ValueError("bad parameters: [%s] not in [%s]" 
     563                         % (", ".join(sorted(extra)), 
     564                            ", ".join(sorted(pars.keys())))) 
    564565 
    565566    _fn = lambda q, q0, dq: eval_form(q, form, pars)*gaussian(q, q0, dq) 

  • sasmodels/sasview_model.py

    r1e2a1ba rd2bb604  
    346346        """ 
    347347        if self._model is None: 
    348             self._model = core.build_model(self._model_info, platform='dll') 
     348            self._model = core.build_model(self._model_info) 
    349349        q_vectors = [np.asarray(q) for q in args] 
    350350        kernel = self._model.make_kernel(q_vectors) 
    … …  
    352352                 for p in self._model_info['parameters'].call_parameters] 
    353353        details, weights, values = core.build_details(kernel, pairs) 
    354         return kernel(details, weights, values, cutoff=self.cutoff) 
     354        result = kernel(details, weights, values, cutoff=self.cutoff) 
    355355        kernel.q_input.release() 
    356356        kernel.release() 
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