Master index | Index for Applications/Horace/@d2d |

IXTdataset_2d | Convert d2d object into IXTdataset_2d |

IX_dataset_2d | Convert d2d object into IX_dataset_2d |

acos | Implement acos(w1) for objects |

acosh | Implement acosh(w1) for objects |

acot | Implement acot(w1) for objects |

acoth | Implement acoth(w1) for objects |

acsc | Implement acsc(w1) for objects |

acsch | Implement acsch(w1) for objects |

asec | Implement asec(w1) for objects |

asech | Implement asech(w1) for objects |

asin | Implement asin(w1) for objects |

asinh | Implement asinh(w1) for objects |

atan | Implement atan(w1) for objects |

atanh | Implement atanh(w1) for objects |

calculate_q_bins | Calculate qh,qk,ql,en for the centres of the bins of a d2d dataset |

calculate_qw_bins | Calculate qh,qk,ql,en for the centres of the bins of a d2d dataset |

change_crystal | Change the crystal lattice and orientation of a d2d object or array of objects |

compact | Squeezes the data range in a d2d object to eliminate empty bins |

cos | Implement cos(w1) for objects |

cosh | Implement cosh(w1) for objects |

cot | Implement acot(w1) for objects |

coth | Implement acoth(w1) for objects |

csc | Implement csc(w1) for objects |

csch | Implement csch(w1) for objects |

cut | Take a cut from a d2d object by integrating over one or more of the plot axes. |

d2d | Create a 2D Horace dataset ('d2d') |

dimensions | Find number of dimensions and extent along each dimension of |

disp2sqw_eval | Calculate sqw for a model scattering function |

dispersion | Calculate dispersion relation for dataset or array of datasets. |

display | Display sqw object to screen |

exp | Implement exp(w1) for objects |

fit | Fits a function to an object, with an optional background function. |

fit_func | Fits a function to an object, with an optional background function. |

fit_sqw | Fit a model for S(Q,w) to an object, with an optional background function. |

fit_sqw_sqw | Fit a model for S(Q,w) to an object, with an optional background function that is also a model for S(Q,w) |

func_eval | Evaluate a function at the plotting bin centres of d2d object or array of d2d objects |

get | Get a named field from an object, or a structure with all |

head | Display a summary of a d2d object or file containing d2d information. |

isvalid | Check fields for data_array object |

log | Implement log(w1) for objects |

log10 | Implement log(w1) for objects |

mask | Remove the bins indicated by the mask array |

mask_points | Determine the points to keep on the basis of ranges and mask array. |

minus | Implement w1 - w2 for objects |

mldivide | Implement w1 \ w2 for objects |

mpower | Implement w1 ^ w2 for objects |

mrdivide | Implement w1 / w2 for objects |

mtimes | Implement w1 * w2 for objects |

multifit | Simultaneously fit a function to an array of objects. |

multifit_func | Simultaneously fit a function to an array of objects. |

multifit_sqw | Simultaneously fit a model for S(Q,w) to an array of objects. |

multifit_sqw_sqw | Simultaneously fit a model for S(Q,w) to an array of objects. |

permute | Permute the order of the display axes. Syntax the same as the matlab array permute function |

plus | Implement w1 + w2 for objects |

read | Read d2d object from a file or array of d2d objects from a set of files |

refine_crystal | Refine crystal orientation and lattice parameters for a d2d object. |

replicate | Make a higher dimensional dataset from a two dimensional dataset by |

save | Save a sqw object to file |

save_xye | Saves a two dimensional dataset to ASCII file |

sec | Implement sec(w1) for objects |

sech | Implement sech(w1) for objects |

section | Takes a section out of a 2-dimensional dataset. |

set | Set function |

sigvar | Create sigvar object |

sigvar_get | Get signal and variance from object, and a logical array of which values to ignore |

sigvar_set | Set output object signal and variance fields from input sigvar object |

sigvar_size | Matlab size of signal array |

sin | Implement sin(w1) for objects |

sinh | Implement sinh(w1) for objects |

smooth | Smooths a two dimensional dataset |

sqrt | Implement sqrt(w1) for objects |

sqw | Convert input dnd-type object into sqw object |

sqw_eval | Calculate sqw for a model scattering function |

struct | A Comprehensive Guide to Object Oriented Programming in MATLAB |

subsasgn | A Comprehensive Guide to Object Oriented Programming in MATLAB |

subsref | A Comprehensive Guide to Object Oriented Programming in MATLAB |

tan | Implement tan(w1) for objects |

tanh | Implement tanh(w1) for objects |

uminus | Implement -w1 for objects |

uplus | Implement +w1 for objects |

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