esmrmb-educational/rawDatasExplanation.txt

# T2 Maps
t2maps_dict = {
    'kSpaces3D': sampled, # kSpace [kRd, kPh, kSl, kSpace_echo_1, kSpace_echo_2, ..., kSpace_echo_nETL]
    'images3D': imgMSE,   # images [nSl, nPh, nETL, nRD]
    'echoSpacing': echoSpacing, # Echo spacing
    'FOV': fov,           # FOV [sl,ph,rd]
    't2map': t2Map        # t2Map (ms) [nSl, nPh, nRD]
}

# T1 Map
t1map_dict = {
    'kSpaces3D': sampled, # kSpace [kRd, kPh, kSl, kSpace_echo_1, kSpace_echo_2, ..., kSpace_echo_nETL]
    'images3D': imgAll,   # images [nSl, nPh, nImg, nRD]
    'inversionTimes': tI_vector, # Inversion times corresponding each image
    'FOV': fov,           # FOV [sl,ph,rd]
    't1map': t1Map        # t2Map (ms) [nSl, nPh, nRD]
}

# Bo Map
bomap_dict = {
    'kSpace3D_0': sampled_0, # kSpace delay 0 [kRd, kPh, kSl, kSpace]
    'image3D_0': img0,   # images delay 0 [nSl, nPh, nRD]
    'kSpace3D_delay': sampled_delay, # kSpace delay [kRd, kPh, kSl, kSpace]
    'image3D_delay': img80,   # images delay [nSl, nPh, nRD]
    'delay': delay,         # delay (s)
    'FOV': fov,             # FOV [sl,ph,rd]
    'boMap': boCeros        # boMap (T) [nSl, nPh, nRD]
}

# PD 
pd_dict = {
    'kSpace3D': sampled_0, # kSpace [kRd, kPh, kSl, kSpace]
    'image3D': img0,   # images [nSl, nPh, nRD]
    'FOV': fov,             # FOV [sl,ph,rd]
}