$sequence_number = 24;

# This sequence generates Zig-Zag digital test pattern.
# CSG-ID 7 must be used. No internal pixels discard
# No h/w windowing 

# KFJ

# Change History

# 12/04/2005: Disable the test pattern generator at the end of the SEQ.
# This sequence must not be aborted. If so, reset CAM
 
sequence_id(0xface)
sequence_repeats(1)

#Ensure CAM analogue electronics set explicitly
#0x4f = internal test pattern generator
eis_cam_setup_ae(0x99,0x99,0x77,0x4f,0xf,0,0,0)


#Select slit
# eis_mhc_slit_slot_auto(0xffff, 0) 

# sci_ops control
xrt_flare_trigger = disable
eis_aec           = disable
eis_event_trigger = disable
eis_flare_trigger = disable

eis_sci_op(xrt_flare_trigger, eis_aec, eis_event_trigger, eis_flare_trigger)

#Run raster parameters
id		= 0xbeef
mip             = 0
loop_cntr       = 1
data_comp       = 0
ocb_x           = 1
ocb_y           = 1
flush_seq_id    = 2
num_flush       = 5
exp_per_ras_pos = 1
asrc_ctl        = 0x00
ro_node         = 0xF
ras_repeats     = 1
asrc_skip       = 0
ro_seq_id       = 7
mirror_step     = 0
line_list       = 34
#sci_op is implicitly handled by run_raster. No need to include as parameter

eis_run_raster(id, mip, loop_cntr, data_comp, ocb_x, ocb_y, flush_seq_id, num_flush, exp_per_ras_pos, asrc_ctl, ro_node, ras_repeats, asrc_skip, ro_seq_id, mirror_step, line_list)

here:

#Exposure time in units of 10ms
exp_time_10ms = 0

#Start exposure
eis_start_exp(exp_time_10ms)

eis_set_seq_loop("here")

#And put CAM back to normal (disable test pattern)
# 2F = normal
eis_cam_setup_ae(0x99,0x99,0x77,0x2f,0xf,0,0,0)

eis_stop_seq(24)