def _create_change_plots(self, common_scale=False):
max = None
min = 0
ctom, max, min = self._create_plot(max, min, self.change_tom,
'Total organic matter')
cwoody, max, min = self._create_plot(max, min, self.change_woody,
'Woody matter')
cnonwoody, max, min = self._create_plot(max, min, self.change_non_woody,
'Non-woody matter')
ca, max, min = self._create_plot(max, min, self.change_acid,
'A')
cw, max, min = self._create_plot(max, min, self.change_water,
'W')
ce, max, min = self._create_plot(max, min, self.change_ethanol,
'E')
cn, max, min = self._create_plot(max, min, self.change_non_soluble,
'N')
ch, max, min = self._create_plot(max, min, self.change_humus, 'H')
if common_scale:
for pl in (ctom, cwoody, cnonwoody, ca, cw, ce, cn, ch):
pl.value_range.set_bounds(min, max)
container = GridContainer(ctom, cwoody, cnonwoody, ca, cw, ce, cn, ch)
container.shape = (3,3)
container.spacing = (-15,-15)
self.change_plots = container
def _create_stock_plots(self, common_scale=False):
max = None
min = 0
stom, max, min = self._create_plot(max, min, self.stock_tom,
'Total organic matter')
swoody, max, min = self._create_plot(max, min, self.stock_woody,
'Woody matter')
snonwoody, max, min = self._create_plot(max, min, self.stock_non_woody,
'Non-woody matter')
sa, max, min = self._create_plot(max, min, self.stock_acid,
'A')
sw, max, min = self._create_plot(max, min, self.stock_water,
'W')
se, max, min = self._create_plot(max, min, self.stock_ethanol,
'E')
sn, max, min = self._create_plot(max, min, self.stock_non_soluble,
'N')
sh, max, min = self._create_plot(max, min, self.stock_humus, 'H')
if common_scale:
for pl in (stom, swoody, snonwoody, sa, sw, se, sn, sh):
pl.value_range.set_bounds(min, max)
container = GridContainer(stom, swoody, snonwoody, sa, sw, se, sn, sh)
container.shape = (3,3)
container.spacing = (-8,-8)
self.stock_plots = container
def _create_change_plots(self, common_scale=False):
max = None
min = 0
ctom, max, min = self._create_plot(max, min, self.change_tom, "Total organic matter")
cwoody, max, min = self._create_plot(max, min, self.change_woody, "Woody matter")
cnonwoody, max, min = self._create_plot(max, min, self.change_non_woody, "Non-woody matter")
ca, max, min = self._create_plot(max, min, self.change_acid, "Acid soluble")
cw, max, min = self._create_plot(max, min, self.change_water, "Water soluble")
ce, max, min = self._create_plot(max, min, self.change_ethanol, "Ethanol soluble")
cn, max, min = self._create_plot(max, min, self.change_non_soluble, "Non soluble")
ch, max, min = self._create_plot(max, min, self.change_humus, "Humus")
if common_scale:
for pl in (ctom, cwoody, cnonwoody, ca, cw, ce, cn, ch):
pl.value_range.set_bounds(min, max)
container = GridContainer(ctom, cwoody, cnonwoody, ca, cw, ce, cn, ch)
container.shape = (3, 3)
container.spacing = (-15, -15)
self.change_plots = container
def _create_stock_plots(self, common_scale=False):
max = None
min = 0
stom, max, min = self._create_plot(max, min, self.stock_tom, "Total organic matter")
swoody, max, min = self._create_plot(max, min, self.stock_woody, "Woody matter")
snonwoody, max, min = self._create_plot(max, min, self.stock_non_woody, "Non-woody matter")
sa, max, min = self._create_plot(max, min, self.stock_acid, "Acid soluble")
sw, max, min = self._create_plot(max, min, self.stock_water, "Water soluble")
se, max, min = self._create_plot(max, min, self.stock_ethanol, "Ethanol soluble")
sn, max, min = self._create_plot(max, min, self.stock_non_soluble, "Non soluble")
sh, max, min = self._create_plot(max, min, self.stock_humus, "Humus")
if common_scale:
for pl in (stom, swoody, snonwoody, sa, sw, se, sn, sh):
pl.value_range.set_bounds(min, max)
container = GridContainer(stom, swoody, snonwoody, sa, sw, se, sn, sh)
container.shape = (3, 3)
container.spacing = (-8, -8)
self.stock_plots = container