UIParam#

class pulserver.protocol.UIParam[source]#

Bases: object

The keys of the scanner UI’s controls, from every typed group.

UIParam.TE is FloatKey.TE; configuration keys are reached through ConfigKey.

Examples

>>> from pulserver.protocol import FloatKey, UIParam
>>> UIParam.TE is FloatKey.TE
True
>>> f"{UIParam.PHASE_FOV}"
'phase_fov'
>>> UIParam.user_value(3)
<UserKey.USER3: 'user3_value'>

Methods

`user_name`	Return the key of the description naming user entry `n`, 0 to 18.
`user_value`	Return the key of float user entry `n`, 0 to 18.

Attributes

`BANDWIDTH`
`COMPRESSED_SENSING`
`DELAY_TIME`
`DIFFUSION_BVALUES`
`DIFFUSION_DIRECTIONS`
`ENABLE_SATURATION_UI`
`ETL`
`FAT_SAT`
`FLIP`
`FOV`
`FOV_OFFSET_X`
`FOV_OFFSET_Y`
`FOV_OFFSET_Z`
`FOV_ROTATION_11`
`FOV_ROTATION_12`
`FOV_ROTATION_13`
`FOV_ROTATION_21`
`FOV_ROTATION_22`
`FOV_ROTATION_23`
`FOV_ROTATION_31`
`FOV_ROTATION_32`
`FOV_ROTATION_33`
`IMAGING_MODE`
`MULTIBAND`
`NEX`
`NSLICES`
`NUM_ECHOES`
`NUM_FRAMES`
`NUM_SHOTS`
`NUM_SLABS`
`NX`
`NY`
`OVERLAP_LOCATIONS`
`PHASE_FOV`
`PREPARATION_TYPE`
`PREP_TIME`
`RECORD_PHYSIO`
`RF_SPOILING`
`RY`
`RZ`
`SAT_X`
`SAT_X_LOC1`
`SAT_X_LOC2`
`SAT_X_THICKNESS`
`SAT_Y`
`SAT_Y_LOC1`
`SAT_Y_LOC2`
`SAT_Y_THICKNESS`
`SAT_Z`
`SAT_Z_LOC1`
`SAT_Z_LOC2`
`SAT_Z_THICKNESS`
`SEQUENCE_TYPE`
`SLICE_SPACING`
`SLICE_THICKNESS`
`SPOILER`
`SWAP_PHASE_FREQ`
`TA`
`TE`
`TE2`
`TR`
`TRECOVERY`
`TRIGGER_DELAY`
`TRIGGER_TYPE`
`TRIGGER_WINDOW`

UIParam

Contents

UIParam#