Here are the data structures with brief descriptions:

C_grad_heat_handle
C_grad_list
C_phaseencoding_coord_pool_s
CIndices
CKS_BASE	(Internal use) Structure being a part of various sequence object to keep count of instances on HOST and TGT
CKS_CORESLICETIME	Duration and RF center (for excitation or inversion as applicable) of a coreslice/irslice function (having one or more sequence modules). KS_CORESLICETIME is the return type of each sequence's coreslice. It is used for content-agnostic inversion timing
Cks_crusher_constraints
CKS_DIXON_ASYMREADWAVE	ADDTITLEHERE
CKS_DYNAMIC_STATE	Data to be extracted during the looping structure of the psd
CKS_ECHOTRAIN	A collection of readout controls that define an echotrain
CKS_ECHOTRAIN_DESIGN
CKS_ECHOTRAIN_READOUT_TIMING	Save key timepoints of the readout, used by ks_pg_echotrain_readout as output
CKS_EPI	Composite sequence object for EPI readout
CKS_GRADRFCTRL	`typedef struct` that is a part of the KS_SEQ_CONTROL `typedef struct`, used internally to collect gradient & RF usage for heating and SAR calcs. Should not be used directly.
CKS_ISIROT	Struct for in-sequence rotations using ISI vector interupts
Cks_kacq_coord_params_t
CKS_KACQ_RECONSHEDULE_ENTRY	An entry into the table that is written into the k_acq file when using GE's arc reconstruction
CKS_KCOORD	ADDTITLEHERE
CKS_KSPACE_ACQ	ADDTITLEHERE
CKS_KSPACE_DESIGN	Input design for how to set up data acquistion (FOV, matrix size, parallel imaging, rBW etc) This struct is used by e.g. ks_eval_design_readtrap(), ksepi_eval_kdesign2epitrain(), ksfse_eval_numlines2acq() and is a part of all sequence generator's design structs (KSEPI_MODULE->KSEPI_DESIGN, KSFSE_MODULE->KSFSE_DESIGN, KSGRE_MODULE->KSGRE_DESIGN)
CKS_PEPLAN_SHOT_DISTRIBUTION	ADDTITLEHERE
CKS_PHASEENCODING_COORD	Struct holding a 3D k-space phase encoding location (ky,kz)
CKS_PHASEENCODING_PLAN	ADDTITLEHERE
CKS_PHASEENCODING_PLAN_DESIGN	Design struct for the generation of a phase encoding plan
CKS_PHASEENCODING_REPEAT_DESIGN	ADDTITLEHERE
CKS_PHASEENCODING_SHOTCOORDS	ADDTITLEHERE
CKS_PHASER	Composite sequence object for phase encoding using a trapezoid gradient
Cks_rampparams_s
CKS_READ	Core sequence object that handles a data acquisition window
CKS_READ_RESAMPLER	An internal input parameter structure for writing out a resampling file
CKS_READCONTROL	Wraps pulsegen information and state of each readout in an echotrain
CKS_READCONTROL_PULSEGEN	Stores information used to pulsegen an array of readouts (KS_REATRAP/KS_READWAVE)
CKS_READCONTROL_STATE	Stores information used to adapt an array of readouts (KS_REATRAP/KS_READWAVE) during the scan
CKS_READTRAP	Composite sequence object for data readout using a trapezoid gradient
CKS_READWAVE	Composite sequence object for data readout during a wave (1-D resampling)
CKS_READWAVE_DESIGN
CKS_RF	Composite sequence object for RF (with optional OMEGA & THETA pulses)
CKS_RT_SCALE_LOG	Log of real-time scaling amplitudes
CKS_SAR	Struct to keep SAR parameters together. Used in ks_eval_rflimits() and GEReq_eval_checkTR_SAR_calcs()
CKS_SELRF	Composite sequence object for slice-selective RF
CKS_SELRF_DESIGN	Input design to create a slice selective RF pulse. Should be a part of a sequence struct and set up by a main sequence (*.e) before eval This struct is used by ks_eval_design_selrfexc(), ks_eval_design_selrfref(), ks_eval_design_selrfinv() to set up RF pulses
CKS_SEQ_COLLECTION	Collection handle of all sequence modules involved in the pulse sequence, used for RF scaling, TR timing and SAR calculations
CKS_SEQ_CONTROL
CKS_SEQ_HANDLE	Internal `typedef struct` that is a part of the KS_SEQ_CONTROL `typedef struct`. Should not be used directly
CKS_SEQLOC	`typedef struct` used as argument to `ks_pg_***` functions to control where and when to place a sequence object (e.g. KS_TRAP)
CKS_SLICE_PLAN	Struct holding all information about slice locations and aquisition order
CKS_SLICETIMING	Struct holding the 'consequence' variables such as slice plan and TR. These fields should not be set manually, use ksscan_slicetiming_eval_design() instead.
CKS_SLICETIMING_DESIGN	Struct for desired slice timing and slice location behavior. To be filled in by a parent sequence before calling ksscan_slicetiming_eval_design()
CKS_SMS_INFO	Internal `typedef struct` that is a part of the KS_SELRF `typedef struct`, used to store information about the pulses SMS properties.
CKS_TRAP	Core sequence object for making trapezoids on X,Y,Z, and OMEGA boards
CKS_VIEW	ADDTITLEHERE
CKS_WAIT	Core sequence object that adds wait periods in the pulse sequence (see ks_eval_wait(), ks_pg_wait()). Can be placed on any sequence board
CKS_WAVE	Core sequence object making arbitrary waveforms on any board (using float data format)
CKS_WFINSTANCE	(Internal use) Structure being a part of various sequence objects to sort them in time across boards
CKSCHEMSAT_DESIGN	`typedef struct` holding steering parameters for a chemical sat module
CKSCHEMSAT_MODULE	`typedef struct` holding all information about a chemical sat module incl. all gradients and waveforms
CKSCOMMON_RESAMPLER
Ckscommon_wave_params
CKSDIFF_CONTROL	Control structure for performing diffusion weighting
CKSDIFF_CONTROL_DESIGN	Design of a control structure for performing diffusion weighting
CKSDIXON_DESIGN	Dixon settings
CKSDIXON_DUALREADTRAP	Struct related to dual bandwidth readouts. Contains the support points as well as the shifts and partial Fourier from the dbw optimization
CKSDIXON_READTRAP	Readtrap support points. Used to generate a readwave with ks_eval_coords2wave()
CKSDIXON_STATE
CKSEPG_RELAXATION	Relaxation operator
CKSEPG_STATE	Extended phase graph state
CKSEPG_TRAPS_DESIGN	Design Parameters for TRAPS
CKSEPI_FLEET_SEQUENCE	FLEET EPI sequence module, used for GRAPPA calibration with 2D imaging
CKSEPI_METADATA	KSEPI specific datastore struct for recon (c.f. ksepi_scan_attach_metadata())
CKSEPI_SEQUENCE	`typedef struct` holding all all gradients and waveforms for the KSEPI_SEQUENCE
CKSFSE_SEQUENCE	`typedef struct` holding all all gradients and waveforms for the ksfse sequence
CKSGRE_SEQUENCE	`typedef struct` holding all all gradients and waveforms for the ksgre sequence
CKSINV_CHAIN	Control a multi-inversion chain
CKSINV_CHAIN_DESIGN	Design for a multi-inversion chain
CKSINV_DESIGN	Design for the standard inversion module
CKSINV_LOOP_CONTROL	Struct holding resulting information controlling all looping in an inversion scan
CKSINV_LOOP_CONTROL_DESIGN	Design for KSINV_LOOP_CONTROL
CKSINV_MODULE	Standard inversion module
CKSINV_MULTI_INV_VOL	Configuration for a single volume of a multi-inversion chain
CKSMT_DESIGN	`typedef struct` holding steering parameters for a MT module
CKSMT_MODULE	`typedef struct` holding all information about a MT module incl. all gradients and waveforms
CKSPROP2_METADATA
CKSPROP_DESIGN
CKSPROP_SETTINGS
CKSPROP_STATE
CKSSAT_MODULE	A module that can provide both spatial and chemical saturation in the same sequence module
CKSSCAN_LOOP_CONTROL	Structure containing all the information to perform a standard scan loop
CKSSCAN_LOOP_CONTROL_DESIGN	Design parameters for generating a KSSCAN_LOOP_CONTROL
CKSSPSAT_DESIGN
CKSSPSAT_LOC
CKSSPSAT_MODULE
CKSSPSAT_STATE
CKSSPSAT_VOLBORDER	Struct describing the FOV in the logical coordinate system

(Internal use) Structure being a part of various sequence object to keep count of instances on HOST and TGT

Duration and RF center (for excitation or inversion as applicable) of a coreslice/irslice function (having one or more sequence modules).

ADDTITLEHERE

Data to be extracted during the looping structure of the psd

A collection of readout controls that define an echotrain

Save key timepoints of the readout, used by ks_pg_echotrain_readout as output

Composite sequence object for EPI readout

typedef struct that is a part of the KS_SEQ_CONTROL typedef struct, used internally to collect gradient & RF usage for heating and SAR calcs. Should not be used directly.

Struct for in-sequence rotations using ISI vector interupts

An entry into the table that is written into the k_acq file when using GE's arc reconstruction

ADDTITLEHERE

ADDTITLEHERE

Input design for how to set up data acquistion (FOV, matrix size, parallel imaging, rBW etc)

ADDTITLEHERE

Struct holding a 3D k-space phase encoding location (ky,kz)

ADDTITLEHERE

Design struct for the generation of a phase encoding plan

ADDTITLEHERE

ADDTITLEHERE

Composite sequence object for phase encoding using a trapezoid gradient

Core sequence object that handles a data acquisition window

An internal input parameter structure for writing out a resampling file

Wraps pulsegen information and state of each readout in an echotrain

Stores information used to pulsegen an array of readouts (KS_REATRAP/KS_READWAVE)

Stores information used to adapt an array of readouts (KS_REATRAP/KS_READWAVE) during the scan

Composite sequence object for data readout using a trapezoid gradient

Composite sequence object for data readout during a wave (1-D resampling)

Composite sequence object for RF (with optional OMEGA & THETA pulses)

Struct to keep SAR parameters together. Used in ks_eval_rflimits() and GEReq_eval_checkTR_SAR_calcs()

Composite sequence object for slice-selective RF

Input design to create a slice selective RF pulse. Should be a part of a sequence struct and set up by a main sequence (*.e) before eval

Collection handle of all sequence modules involved in the pulse sequence, used for RF scaling, TR timing and SAR calculations

Internal typedef struct that is a part of the KS_SEQ_CONTROL typedef struct. Should not be used directly

typedef struct used as argument to ks_pg_*** functions to control where and when to place a sequence object (e.g. KS_TRAP)

Struct holding all information about slice locations and aquisition order

Struct holding the 'consequence' variables such as slice plan and TR. These fields should not be set manually, use ksscan_slicetiming_eval_design() instead.

Struct for desired slice timing and slice location behavior. To be filled in by a parent sequence before calling ksscan_slicetiming_eval_design()

Internal typedef struct that is a part of the KS_SELRF typedef struct, used to store information about the pulses SMS properties.

Core sequence object for making trapezoids on X,Y,Z, and OMEGA boards

ADDTITLEHERE

Core sequence object that adds wait periods in the pulse sequence (see ks_eval_wait(), ks_pg_wait()). Can be placed on any sequence board

Core sequence object making arbitrary waveforms on any board (using float data format)

(Internal use) Structure being a part of various sequence objects to sort them in time across boards

typedef struct holding steering parameters for a chemical sat module

typedef struct holding all information about a chemical sat module incl. all gradients and waveforms

Control structure for performing diffusion weighting

Design of a control structure for performing diffusion weighting

Dixon settings

Struct related to dual bandwidth readouts.

Readtrap support points. Used to generate a readwave with ks_eval_coords2wave()

Relaxation operator

Extended phase graph state

Design Parameters for TRAPS

FLEET EPI sequence module, used for GRAPPA calibration with 2D imaging

KSEPI specific datastore struct for recon (c.f. ksepi_scan_attach_metadata())

typedef struct holding all all gradients and waveforms for the KSEPI_SEQUENCE

typedef struct holding all all gradients and waveforms for the ksfse sequence

typedef struct holding all all gradients and waveforms for the ksgre sequence

Control a multi-inversion chain

Design for a multi-inversion chain

Design for the standard inversion module

Struct holding resulting information controlling all looping in an inversion scan

Design for KSINV_LOOP_CONTROL

Standard inversion module

Configuration for a single volume of a multi-inversion chain

typedef struct holding steering parameters for a MT module

typedef struct holding all information about a MT module incl. all gradients and waveforms

A module that can provide both spatial and chemical saturation in the same sequence module

Structure containing all the information to perform a standard scan loop

Design parameters for generating a KSSCAN_LOOP_CONTROL

Struct describing the FOV in the logical coordinate system

`typedef struct` that is a part of the KS_SEQ_CONTROL `typedef struct`, used internally to collect gradient & RF usage for heating and SAR calcs. Should not be used directly.

Internal `typedef struct` that is a part of the KS_SEQ_CONTROL `typedef struct`. Should not be used directly

`typedef struct` used as argument to `ks_pg_***` functions to control where and when to place a sequence object (e.g. KS_TRAP)

Internal `typedef struct` that is a part of the KS_SELRF `typedef struct`, used to store information about the pulses SMS properties.

`typedef struct` holding steering parameters for a chemical sat module

`typedef struct` holding all information about a chemical sat module incl. all gradients and waveforms

`typedef struct` holding all all gradients and waveforms for the KSEPI_SEQUENCE

`typedef struct` holding all all gradients and waveforms for the ksfse sequence

`typedef struct` holding all all gradients and waveforms for the ksgre sequence

`typedef struct` holding steering parameters for a MT module

`typedef struct` holding all information about a MT module incl. all gradients and waveforms