Difference between revisions of "Read wave.m"
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| − | {{DISPLAYTITLE:read_wave.m}} | + | {{DISPLAYTITLE:read_wave.m}} __NOTOC__ |
Reads JCAMP-DX pulse waveform files. JCAMP-DX is a standard format in which pulse shaped are often distributed. | Reads JCAMP-DX pulse waveform files. JCAMP-DX is a standard format in which pulse shaped are often distributed. | ||
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[A,phi,Cx,Cy,scaling_factor]=read_wave(filename,npoints) | [A,phi,Cx,Cy,scaling_factor]=read_wave(filename,npoints) | ||
| − | == | + | ==Parameters== |
filename - a string containing the name of the file | filename - a string containing the name of the file | ||
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A - polar amplitude at each slice | A - polar amplitude at each slice | ||
| − | + | ||
phi - polar phase at each slice, radians | phi - polar phase at each slice, radians | ||
| − | + | ||
Cx - Cartesian amplitude in X at each slice | Cx - Cartesian amplitude in X at each slice | ||
| − | + | ||
Cy - Cartesian amplitude in Y at each slice | Cy - Cartesian amplitude in Y at each slice | ||
| − | + | ||
scaling_factor - scaling factor for a given pulse shape | scaling_factor - scaling factor for a given pulse shape | ||
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==See also== | ==See also== | ||
| − | [[shaped_pulse_af.m]], [[shaped_pulse_xy.m]], [[step.m]] | + | [[shaped_pulse_af.m]], [[shaped_pulse_xy.m]], [[step.m]], [[bruker_write.m]], [[cartesian2polar.m]], [[chirp_pulse.m]], [[ctrl_trajan.m]], [[fapt2sfo.m]], [[grad_pulse.m]], [[grad_sandw.m]], [[heterodyne.m]], [[inst_freq.m]], [[pmlg5.m]], [[polar2cartesian.m]], [[pulse_shape.m]], [[restrans.m]], [[rseq_compiler.m]], [[rsequence.m]], [[sawtooth.m]], [[sech_pulse.m]], [[spinal.m]], [[triwave.m]], [[vg_pulse.m]], [[wave_basis.m]], [[Optimal_control_module]], [[Kernel_functions]] |
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| − | [[Kernel_functions | ||
''Version 2.2, authors: [[Ilya Kuprov]], [[Konstantin Pervushin]]'' | ''Version 2.2, authors: [[Ilya Kuprov]], [[Konstantin Pervushin]]'' | ||
Latest revision as of 19:40, 6 June 2026
Reads JCAMP-DX pulse waveform files. JCAMP-DX is a standard format in which pulse shaped are often distributed.
Syntax
[A,phi,Cx,Cy,scaling_factor]=read_wave(filename,npoints)
Parameters
filename - a string containing the name of the file
npoints - waveform upsampling or downsampling is
performed to this number of points
Outputs
A - polar amplitude at each slice phi - polar phase at each slice, radians Cx - Cartesian amplitude in X at each slice Cy - Cartesian amplitude in Y at each slice scaling_factor - scaling factor for a given pulse shape
Returns
A - polar amplitude at each slice phi - polar phase at each slice, radians Cx - Cartesian amplitude in X at each slice Cy - Cartesian amplitude in Y at each slice scaling factor - scaling factor for a given pulse shape
Examples
A few examples are distributed with Spinach, see /kernel/pulses/pk_files directory.
Notes
Put your own pulses into /kernel/pulses/pk_files; please also consider sending them to us.
See also
shaped_pulse_af.m, shaped_pulse_xy.m, step.m, bruker_write.m, cartesian2polar.m, chirp_pulse.m, ctrl_trajan.m, fapt2sfo.m, grad_pulse.m, grad_sandw.m, heterodyne.m, inst_freq.m, pmlg5.m, polar2cartesian.m, pulse_shape.m, restrans.m, rseq_compiler.m, rsequence.m, sawtooth.m, sech_pulse.m, spinal.m, triwave.m, vg_pulse.m, wave_basis.m, Optimal_control_module, Kernel_functions
Version 2.2, authors: Ilya Kuprov, Konstantin Pervushin
