log_level=verbose # info, verbose, debug, spam

CRATE("MCAL") { 
	GSI_VULOM(0x03000000) {
		timestamp = true # needed to get timestamps in the data output
	}
        GSI_VETAR(0x50000000) {
        }
	BARRIER
	SIS_3316(0x30000000) {
		clk_freq = 125 MHz
		ext_clk_freq = 12 MHz # expects 12.5 MHz from VULOM
		tap_delay_fine_tune = 0 # [-32..32] * 40 ps
		use_external_trigger = 0..15
        channels_to_read = ()
		# Which channels contribute to TO signal (OR-ed)
		# by default, all are contributing
		# Enable only ch0: 0x0001, ch1: 0x0002, ch2: 0x0004, ch3: 0x0008
		trigger_output = ()
		use_maw3 = false
		use_maxe = true
		range = 5V
		use_termination = false
        blt_mode = blt_2esst
		signal_decaytime = (2000 ns {16})
		# trigger filter integration & differentiation
		peak = (510 {16})
		gap = (510 {16})
		# energy filter integration & differentiation
		peak_e = (500 {16})
		gap_e = (500 {16})
		threshold = (8mV, 8mV, 8mV, 15mV, 
                     8mV, 8mV, 10mV, 8mV,
                     8mV, 8mV, 13mV, 8mV,
                     8mV, 8mV, 8mV, 15mV)
		offset = (0 {16}) # -0x8000 .. 0x80000
		average_mode = (16 {4})
		average_pretrigger = (3900 {4})
		average_length = (16384 {4})
		write_traces_raw = false
		use_dual_threshold = 0..15
#        discard_data = 0..15
#        discard_threshold = 0
		TRACES(raw) {
			sample_length = (8 us {4})
			pretrigger_delay = (32500 ns {4})
		}
		# Gates are distributed evenly across a 65536 sample range
		# Each gate has the maximum width of 4096 ns = 512 samples
		# This samples the signal with a low-resolution trace.
		use_accumulator2 = true
		use_accumulator6 = true
		GATE(0) {
			time_after_trigger = 1024 ns
			width = 2048 ns
		}
		GATE(1) {
			time_after_trigger = 65000 ns
			width = 4096 ns
		}
		GATE(2) {
			time_after_trigger = 130000 ns
			width = 4096 ns
		}
		GATE(3) {
			time_after_trigger = 195000 ns
			width = 4096 ns
		}
		GATE(4) {
			time_after_trigger = 260000 ns
			width = 4096 ns
		}
		GATE(5) {
			time_after_trigger = 325000 ns
			width = 4096 ns
		}
		GATE(6) {
			time_after_trigger = 390000 ns
			width = 4096 ns
		}
		GATE(7) {
			time_after_trigger = 455000 ns
			width = 4096 ns
		}
		#use_dithering = true
    }

	SIS_3316(0x31000000) {
		is_fpbus_master = false
		clk_freq = 125 MHz
		use_external_trigger = 0..15
       	channels_to_read = 0..15
		trigger_output = () #0..15
		use_maw3 = false
		use_maxe = true
		range = 5V
		use_termination = false
        blt_mode = blt_2esst
		signal_decaytime = (2000 ns {16})
		# trigger filter integration & differentiation
		peak = (510 {16})
		gap = (510 {16})
		# energy filter integration & differentiation
		peak_e = (500 {16})
		gap_e = (500 {16})
		threshold = (10mV, 8mV, 8mV, 8mV, 
                     8mV, 10mV, 13mV, 8mV,
                     8mV, 8mV, 8mV, 8mV,
                     8mV, 8mV, 8mV, 8mV)
		offset = (0 {16}) # -0x8000 .. 0x80000
		average_mode = (16 {4})
		average_pretrigger = (3900 {4})
		average_length = (16384 {4})
		write_traces_raw = false
		use_dual_threshold = 0..15
        #discard_data = 0..15
        #discard_threshold = 0
		TRACES(raw) {
			sample_length = (8 us {4})
			pretrigger_delay = (32500 ns {4})
		}
		use_accumulator2 = true
		use_accumulator6 = true
		GATE(0) {
			time_after_trigger = 1024 ns
			width = 2048 ns
		}
		GATE(1) {
			time_after_trigger = 65000 ns
			width = 4096 ns
		}
		GATE(2) {
			time_after_trigger = 130000 ns
			width = 4096 ns
		}
		GATE(3) {
			time_after_trigger = 195000 ns
			width = 4096 ns
		}
		GATE(4) {
			time_after_trigger = 260000 ns
			width = 4096 ns
		}
		GATE(5) {
			time_after_trigger = 325000 ns
			width = 4096 ns
		}
		GATE(6) {
			time_after_trigger = 390000 ns
			width = 4096 ns
		}
		GATE(7) {
			time_after_trigger = 455000 ns
			width = 4096 ns
		}
    }


#	SIS_3316(0x32000000) {
#		is_fpbus_master = false
#		clk_freq = 125 MHz
#		use_external_trigger = 0
#        	channels_to_read = 0
#		trigger_output = ()
#		use_maw3 = false
#		use_maxe = true
#		range = 5V
#		use_termination = true
#                blt_mode = blt_2esst
#		signal_decaytime = (2000 ns {16})
#		# trigger filter integration & differentiation
#		peak = (510 {16})
#		gap = (510 {16})
#		# energy filter integration & differentiation
#		peak_e = (500 {16})
#		gap_e = (500 {16})
#		threshold = (20mV, 20mV, 22mV, 22mV, 
#                             20mV, 20mV, 20mV, 20mV,
#                             20mV, 20mV, 20mV, 20mV,
#                             20mV, 20mV, 20mV, 20mV)
#		offset = (0 {16}) # -0x8000 .. 0x80000
#		average_mode = (4 {4})
#		average_pretrigger = (4094 {4})
#		average_length = (16384 {4})
#		write_traces_raw = true
#		use_dual_threshold = 0..15
#		TRACES(raw) {
#			sample_length = (8000 us {4})
#			pretrigger_delay = (0 us {4})
#		}
#                discard_data = 1..15
#                discard_threshold = 0
#        }
}