def __init__(self, spadic_controller, statusbar, _log=None):
mutti.Frame.__init__(self, "Hit Logic")
self._log = _log
self.control_panels = []
hitlogic_list = mutti.VList()
hitlogic_grid = mutti.Grid(2, 2)
u = spadic_controller.hitlogic
for (i, d) in enumerate([
SpadicDial(u, "threshold1", (-256, 255), 4, "Threshold 1",
min_width=17),
SpadicDial(u, "threshold2", (-256, 255), 4, "Threshold 2",
min_width=17),
SpadicDial(u, "window", (0, 63), 2, " "*7+"Hit window length",
min_width=29),
SpadicToggle(u, "diffmode", " "*7+"Differential mode",
min_width=29),
]):
d._status = statusbar
hitlogic_grid.adopt(d, row=(i%2), col=(i//2))
self.control_panels.append(d)
d._log = _log
hitlogic_list.adopt(hitlogic_grid)
selectmask = SelectMaskToggle(u, "mask", statusbar,
min_width=46)
hitlogic_list.adopt(selectmask)
selectmask._log = _log
self.control_panels.append(selectmask)
self.adopt(hitlogic_list)
def __init__(self, spadic_controller, statusbar, _log=None):
mutti.Frame.__init__(self, "ADC Bias")
self.control_panels = []
self._log = _log
grid = mutti.Grid(3, 3)
u = spadic_controller.adcbias
for (i, d) in enumerate([
SpadicDial(u, "vndel", (0, 127), 3, "VNDel", min_width=13),
SpadicDial(u, "vpdel", (0, 127), 3, "VPDel", min_width=13),
SpadicDial(u,
"vploadfb", (0, 127),
3,
"VPLoadFB",
min_width=13),
SpadicDial(u,
"vploadfb2", (0, 127),
3,
" VPLoadFB2",
min_width=16),
SpadicDial(u, "vpfb", (0, 127), 3, " VPFB", min_width=16),
SpadicDial(u, "vpamp", (0, 127), 3, " VPAmp", min_width=16),
SpadicDial(u,
"baseline", (0, 127),
3,
" Baseline",
min_width=15),
]):
d._status = statusbar
d._log = _log
self.control_panels.append(d)
grid.adopt(d, row=(i % 3), col=(i // 3))
self.adopt(grid)
def _from_text(self, text):
try:
return SpadicDial._from_text(self, text)
except ValueError:
try:
g = {'a': 0, 'b': 1}[text[0].lower()]
c = int(text[1:].strip(' .'))
return g*16+c
except (KeyError, ValueError):
raise ValueError
def __init__(self, stage, *args, **kwargs):
self.stage = stage
SpadicDial.__init__(self, *args, **kwargs)
def __init__(self, spadic_controller, statusbar, _log=None):
mutti.Frame.__init__(self, "Filter")
self._log = _log
self.control_panels = []
u = spadic_controller.filter
grid = mutti.Grid(3, 6)
for col in range(2, 2 + 3):
i = col - 1
d = CoeffDial(i,
u,
"coeffa", (-32, 31),
3,
"Coeff. a[%i]" % i,
draw_label=False,
min_width=5)
d._log = _log
d._status = statusbar
self.control_panels.append(d)
grid.adopt(d, 0, col)
for col in range(1, 1 + 4):
i = col - 1
d = CoeffDial(i,
u,
"coeffb", (-32, 31),
3,
"Coefficient b[%i]" % i,
draw_label=False,
min_width=5)
d._log = _log
d._status = statusbar
self.control_panels.append(d)
grid.adopt(d, 1, col)
d = SpadicDial(u, "scaling", (-256, 255), 4, " Scaling", min_width=15)
d._log = _log
d._status = statusbar
self.control_panels.append(d)
grid.adopt(d, 0, 5)
d = SpadicDial(u, "offset", (-256, 255), 4, " Offset", min_width=15)
d._log = _log
d._status = statusbar
self.control_panels.append(d)
grid.adopt(d, 1, 5)
for (col, w) in zip(range(1, 1 + 5), [5, 5, 5, 5, 15]):
i = col - 1
d = EnableStage(i,
u,
"enable",
("Stage %i" % i) if i < 4 else "Scaling/Offset",
draw_label=False,
min_width=w)
d._log = _log
d._status = statusbar
self.control_panels.append(d)
grid.adopt(d, 2, col)
ca = [grid._panel[(0, col)] for col in range(2, 2 + 3)]
L = FilterLabel(ca, "Coefficients a")
grid.adopt(L, 0, 0)
cb = [grid._panel[(1, col)] for col in range(1, 1 + 4)]
L = FilterLabel(cb, "Coefficients b")
grid.adopt(L, 1, 0)
en = [grid._panel[(2, col)] for col in range(1, 1 + 5)]
L = FilterLabel(en, "Enable stage")
grid.adopt(L, 2, 0)
self.adopt(grid)
def __init__(self, stage, *args, **kwargs):
self.stage = stage
SpadicDial.__init__(self, *args, **kwargs)
def __init__(self, group, spadic_controller, statusbar, _log=None):
mutti.Frame.__init__(self, "Channel settings & Neighbor trigger")
self.group = group
self.control_panels = []
self._log = _log
upper = 3 # three rows for "upper" neighbor matrix
lower = 3 # three rows for "lower" neighbor matrix
col_label = 1 # one column with labels
num_rows = upper + 16 + lower
num_cols = 5 + col_label + upper + 16 + lower
grid = mutti.Grid(num_rows, num_cols)
t, b = 0, upper
upper_rows = range(t, b)
t, b = b, b + 16
channel_rows = range(t, b)
t, b = b, b + lower
lower_rows = range(t, b)
l, r = 0, 5
setting_cols = range(l, r)
l, r = r, r + col_label
label_cols = range(l, r)
l, r = r, r + upper
neighbor_upper_cols = range(l, r)
l, r = r, r + 16
neighbor_channel_cols = range(l, r)
l, r = r, r + lower
neighbor_lower_cols = range(l, r)
g = self.group
# channel settings
for row in channel_rows:
i = row - upper + (16 if g == 'B' else 0)
u_ana = spadic_controller.frontend.channel[i]
u_dig = spadic_controller.digital.channel[i]
for (c, d) in enumerate([
SpadicToggle(u_ana,
"enablecsa",
"Power CSA [%s.%i]" % (g, i % 16),
draw_label=False,
min_width=3),
SpadicDial(u_ana,
"baseline", (0, 127),
3,
"Baseline trim [%s.%i]" % (g, i % 16),
draw_label=False,
min_width=9),
SpadicToggle(u_ana,
"enableadc",
"Connect ADC [%s.%i]" % (g, i % 16),
draw_label=False,
min_width=5),
SpadicToggle(u_dig,
"enable",
"Enable logic [%s.%i]" % (g, i % 16),
draw_label=False,
min_width=7),
SpadicToggle(u_dig,
"entrigger",
"Trigger input [%s.%i]" % (g, i % 16),
draw_label=False,
min_width=8),
]):
col = c
d._log = _log
d._status = statusbar
self.control_panels.append(d)
grid.adopt(d, row, col, update_size=False)
# neighbor matrix
u = spadic_controller.digital.neighbor[g]
# -- channels -> upper
for row in upper_rows:
for col in neighbor_channel_cols:
src = col - col_label - 5 - lower
tgt = "U%i" % row
s = "%s.%i -> %s.%s" % (g, src, g, tgt)
t = NeighborMatrixToggle(src,
tgt,
u,
"Neighbor trigger [%s]" % s,
draw_label=False)
t._status = statusbar
t._log = _log
self.control_panels.append(t)
grid.adopt(t, row, col, update_size=False)
# -- channels -> channels
for row in channel_rows:
for col in neighbor_channel_cols:
src = col - col_label - 5 - lower
tgt = row - lower
if not src == tgt:
s = "%s.%i -> %s.%i" % (g, src, g, tgt)
t = NeighborMatrixToggle(src,
tgt,
u,
"Neighbor trigger [%s]" % s,
draw_label=False)
t._status = statusbar
t._log = _log
self.control_panels.append(t)
grid.adopt(t, row, col, update_size=False)
# -- channels -> lower
for row in lower_rows:
for col in neighbor_channel_cols:
src = col - col_label - 5 - lower
tgt = "L%i" % (row - lower - 16)
s = "%s.%i -> %s.%s" % (g, src, g, tgt)
t = NeighborMatrixToggle(src,
tgt,
u,
"Neighbor trigger [%s]" % s,
draw_label=False)
t._status = statusbar
t._log = _log
self.control_panels.append(t)
grid.adopt(t, row, col, update_size=False)
# -- upper -> channels
for row in channel_rows:
for col in neighbor_upper_cols:
src = "U%i" % (col - col_label - 5)
tgt = row - lower
s = "%s.%s -> %s.%i" % (g, src, g, tgt)
t = NeighborMatrixToggle(src,
tgt,
u,
"Neighbor trigger [%s]" % s,
draw_label=False)
t._status = statusbar
t._log = _log
self.control_panels.append(t)
grid.adopt(t, row, col, update_size=False)
# -- lower -> channels
for row in channel_rows:
for col in neighbor_lower_cols:
src = "L%i" % (col - col_label - 5 - upper - 16)
tgt = row - lower
s = "%s.%s -> %s.%i" % (g, src, g, tgt)
t = NeighborMatrixToggle(src,
tgt,
u,
"Neighbor trigger [%s]" % s,
draw_label=False)
t._status = statusbar
t._log = _log
self.control_panels.append(t)
grid.adopt(t, row, col, update_size=False)
# labels
for (col, setting) in zip(
setting_cols,
["CSA", " Baseline", " ADC", " Logic", " Trigger "]):
p = [grid._panel[(row, col)] for row in channel_rows]
L = FilterLabel(p, setting)
grid.adopt(L, upper - 1, col, update_size=False)
label_col = label_cols[0]
for row in channel_rows:
p = [
grid._panel[(row, col)]
for col in setting_cols + neighbor_lower_cols +
neighbor_channel_cols + neighbor_upper_cols
if (row, col) in grid._panel
]
i = row - upper
L = FilterLabel(p, "%s.%i " % (g, i))
grid.adopt(L, row, label_col, update_size=False)
for row in upper_rows:
p = [grid._panel[(row, col)] for col in neighbor_channel_cols]
s = "U%i" % row
L = FilterLabel(p, "%s.%s " % (g, s))
grid.adopt(L, row, label_col, update_size=False)
for row in lower_rows:
p = [grid._panel[(row, col)] for col in neighbor_channel_cols]
s = "L%i" % (row - upper - 16)
L = FilterLabel(p, "%s.%s " % (g, s))
grid.adopt(L, row, label_col, update_size=False)
grid.update_size()
self.adopt(grid)
