def _repr_html_(self):
from xmle import Elem
xsign = Elem("div", {'class': 'larch_head_tag'})
from .images import favicon
p = xsign.elem('p', {'style': 'float:left;margin-top:6px'})
p.elem('img', {
'width': "32",
'height': "32",
'src': "data:image/png;base64,{}".format(favicon),
'style': 'float:left;position:relative;top:-3px;padding-right:0.2em;'
}, tail=f" {self.appname} ")
p.elem('span', {'class': 'larch_head_tag_ver'}, text=f" {self.version} ")
p.elem('span', {'class': 'larch_head_tag_pth'}, text=f" {self.path} ")
from .images import camsyslogo_element
xsign << camsyslogo_element
if 'larch' in sys.modules:
from .images import georgiatechlogo_element
xsign << georgiatechlogo_element
if self.extra:
v = '\n│'.join(sys.version.split('\n'))
xsign.elem('br')
xinfo = xsign.elem('div', {'class': 'larch_head_tag_more', 'style':'margin-top:10px; padding:7px'}, text=f'Python {v}')
xinfo.elem('br', tail=f"EXE - {sys.executable}")
xinfo.elem('br', tail=f"CWD - {os.getcwd()}")
xinfo.elem('br', tail=f"PATH - ")
ul = xinfo.elem('ul', {'style': 'margin-top:0; margin-bottom:0;'})
for p in sys.path:
ul.elem('li', text=p)
from ..util.styles import _default_css_jupyter, _tooltipped_style_css
style_prefix = "<style>{}\n\n{}</style>\n".format(_default_css_jupyter, _tooltipped_style_css)
return style_prefix+xsign.tostring()
def __xml__(self):
from xmle import Elem, Show
x = Elem('div')
t = x.elem('table', style="margin-top:1px;")
if len(self):
tr = t.elem('tr')
tr.elem('th', text="key")
tr.elem('th', text='value', style='text-align:left;')
for k, v in self.items():
tr = t.elem('tr')
tr.elem('td', text=str(k))
try:
if isinstance(v, str) and '\n' not in v and v[:1] != "#":
raise ValueError()
v_ = Show(v)
except (AttributeError, ValueError):
plaintext = pprint.pformat(v)
if isinstance(v, datetime.timedelta):
plaintext = str(v)
if "\n" in plaintext:
tr.elem('td',
style='text-align:left;').elem('pre',
text=plaintext)
else:
tr.elem('td', style='text-align:left;', text=plaintext)
else:
tr.elem('td', style='text-align:left;') << v_
else:
tr = t.elem('tr')
tr.elem('td', text="<empty>")
return x
def __xml__(self):
from xmle import Elem, Show
x = Elem('div')
t = x.elem('table', style="margin-top:1px;")
if len(self):
tr = t.elem('tr')
tr.elem('th', text="key")
tr.elem('th', text='value', style='text-align:left;')
for k,v in self.items():
tr = t.elem('tr')
tr.elem('td', text=str(k))
try:
if isinstance(v, str) and '\n' not in v and v[:1] != "#":
raise ValueError()
v_ = Show(v)
except (AttributeError, ValueError):
plaintext = pprint.pformat(v)
if isinstance(v, datetime.timedelta):
plaintext = str(v)
if "\n" in plaintext:
tr.elem('td', style='text-align:left;').elem('pre', text=plaintext)
else:
tr.elem('td', style='text-align:left;', text=plaintext)
else:
tr.elem('td', style='text-align:left;') << v_
else:
tr = t.elem('tr')
tr.elem('td', text="<empty>")
return x
def _repr_html_(self):
from ..util.styles import _default_css_jupyter, _tooltipped_style_css
style_prefix = "<style>{}\n\n{}</style>\n".format(
_default_css_jupyter, _tooltipped_style_css)
from xmle import Elem
xsign = Elem("div", {'class': 'larch_head_tag'})
from .images import favicon
p = xsign.elem('p', {'style': 'float:left;margin-top:6px'})
p.elem('img', {
'width':
"32",
'height':
"32",
'src':
"data:image/png;base64,{}".format(favicon),
'style':
'float:left;position:relative;top:-3px;padding-right:0.2em;'
},
tail=f" {self.appname} ")
p.elem('span', {'class': 'larch_head_tag_ver'},
text=f" {self.version} ")
if not self.minimal:
p.elem('span', {'class': 'larch_head_tag_pth'},
text=f" {self.path} ")
from .images import camsyslogo_element
xsign << camsyslogo_element
if 'larch' in sys.modules:
from .images import georgiatechlogo_element
xsign << georgiatechlogo_element
if self.extra:
v = '\n│'.join(sys.version.split('\n'))
xsign.elem('br')
xinfo = xsign.elem('div', {
'class': 'larch_head_tag_more',
'style': 'margin-top:10px; padding:7px'
},
text=f'Python {v}')
xinfo.elem('br', tail=f"EXE - {sys.executable}")
xinfo.elem('br', tail=f"CWD - {os.getcwd()}")
xinfo.elem('br', tail=f"PATH - ")
ul = xinfo.elem('ul',
{'style': 'margin-top:0; margin-bottom:0;'})
for p in sys.path:
ul.elem('li', text=p)
return style_prefix + xsign.tostring()
def __xml__(self):
from xmle import Elem
x = Elem('div')
t = x.elem('table', style="margin-top:1px;")
if len(self):
tr = t.elem('tr')
tr.elem('th', text="key")
tr.elem('th', text='value', style='text-align:left;')
for k, v in self.items():
tr = t.elem('tr')
tr.elem('td', text=str(k))
try:
v_ = v.__xml__()
except AttributeError:
tr.elem('td', text=str(v), style='text-align:left;')
else:
tr.elem('td') << v_
else:
tr = t.elem('tr')
tr.elem('td', text="<empty>")
return x
def __xml__(self):
from xmle import Elem
x = Elem('div')
t = x.elem('table', style="margin-top:1px;")
if len(self):
tr = t.elem('tr')
tr.elem('th', text="key")
tr.elem('th', text='value', style='text-align:left;')
for k,v in self.items():
tr = t.elem('tr')
tr.elem('td', text=str(k))
try:
v_ = v.__xml__()
except AttributeError:
tr.elem('td', text=str(v), style='text-align:left;')
else:
tr.elem('td') << v_
else:
tr = t.elem('tr')
tr.elem('td', text="<empty>")
return x
def utility_functions(self, subset=None, resolve_parameters=False):
"""
Generate an XHTML output of the utility function(s).
Parameters
----------
subset : Collection, optional
A collection of alternative codes to include. This only has effect if
there are separate utility_co functions set by alternative. It is
recommended to use this parameter if there are a very large number of
alternatives, and the utility functions of most (or all) of them
can be effectively communicated by showing only a few.
resolve_parameters : bool, default False
Whether to resolve the parameters to the current (estimated) value
in the output.
Returns
-------
xmle.Elem
"""
self.unmangle()
from xmle import Elem
x = Elem('div')
t = x.elem('table',
style="margin-top:1px;",
attrib={'class': 'floatinghead'})
if len(self.utility_co):
# t.elem('caption', text=f"Utility Functions",
# style="caption-side:top;text-align:left;font-family:Roboto;font-weight:700;"
# "font-style:normal;font-size:100%;padding:0px;color:black;")
# iterate over all alternatives if a dataframes is attached and lists the alternatives
try:
if self.dataservice is not None:
alts = self.dataservice.alternative_codes()
elif self.dataframes is not None:
alts = self.dataframes.alternative_codes()
else:
alts = self.utility_co.keys()
except:
alts = self.utility_co.keys()
t_head = t.elem('thead')
tr = t_head.elem('tr')
tr.elem('th', text="alt")
tr.elem('th', text='formula', attrib={'style': 'text-align:left;'})
t_body = t.elem('tbody')
for j in alts:
if subset is None or j in subset:
tr = t_body.elem('tr')
tr.elem('td', text=str(j))
utilitycell = tr.elem('td',
attrib={'style': 'text-align:left;'})
utilitycell.elem('div')
anything = False
if len(self.utility_ca):
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " + "
utilitycell << list(
self.utility_ca.__xml__(
linebreaks=True,
resolve_parameters=self,
value_in_tooltips=not resolve_parameters))
anything = True
if j in self.utility_co:
v = self.utility_co[j]
if len(v):
if anything:
utilitycell << Elem('br')
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " + "
utilitycell << list(
v.__xml__(
linebreaks=True,
resolve_parameters=self,
value_in_tooltips=not resolve_parameters))
anything = True
if len(self.quantity_ca):
if anything:
utilitycell << Elem('br')
if self.quantity_scale:
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " + "
from .linear import ParameterRef_C
utilitycell << list(
ParameterRef_C(self.quantity_scale).__xml__(
resolve_parameters=self,
value_in_tooltips=not resolve_parameters))
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " * log("
else:
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " + log("
content = self.quantity_ca.__xml__(
linebreaks=True,
lineprefix=" ",
exponentiate_parameters=True,
resolve_parameters=self,
value_in_tooltips=not resolve_parameters)
utilitycell << list(content)
utilitycell.elem('br', tail=")")
else:
# there is no differentiation by alternatives, just give one formula
# t.elem('caption', text=f"Utility Function",
# style="caption-side:top;text-align:left;font-family:Roboto;font-weight:700;"
# "font-style:normal;font-size:100%;padding:0px;color:black;")
tr = t.elem('tr')
utilitycell = tr.elem('td', attrib={'style': 'text-align:left;'})
utilitycell.elem('div')
anything = False
if len(self.utility_ca):
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
utilitycell << list(
self.utility_ca.__xml__(
linebreaks=True,
resolve_parameters=self,
value_in_tooltips=not resolve_parameters))
anything = True
if len(self.quantity_ca):
if anything:
utilitycell << Elem('br')
if self.quantity_scale:
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
from .linear import ParameterRef_C
utilitycell << list(
ParameterRef_C(self.quantity_scale).__xml__(
resolve_parameters=self,
value_in_tooltips=not resolve_parameters))
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " * log("
else:
utilitycell[-1].tail = (utilitycell[-1].tail
or "") + " + log("
content = self.quantity_ca.__xml__(
linebreaks=True,
lineprefix=" ",
exponentiate_parameters=True,
resolve_parameters=self,
value_in_tooltips=not resolve_parameters)
utilitycell << list(content)
utilitycell.elem('br', tail=")")
return x
def __xml__(self, no_data=False, descriptions=True, dictionaries=False):
from xmle import Elem
x = Elem('div')
t = x.elem('table', style="margin-top:1px;")
t.elem(
'caption',
text=f"<larch.{self.__class__.__name__}>",
style=
"caption-side:top;text-align:left;font-family:Roboto;font-weight:700;font-style:normal;font-size:100%;padding:0px;"
)
#
try:
ident = self.ident
except AttributeError:
pass
else:
tr = t.elem('tr')
tr.elem('th', text='ident')
tr.elem('td', text=ident)
#
try:
filename = self.filename
except AttributeError:
pass
else:
tr = t.elem('tr')
tr.elem('th', text='file')
tr.elem('td', text=truncate_path_for_display(filename))
#
try:
filemode = self.filemode
except AttributeError:
pass
else:
tr = t.elem('tr')
tr.elem('th', text='mode')
tr.elem('td', text=truncate_path_for_display(self.filemode))
#
try:
v_pathname = self._groupnode._v_pathname
except AttributeError:
pass
else:
if self._groupnode._v_pathname != "/":
tr = t.elem('tr')
tr.elem('th', text='node')
tr.elem('td', text=self._groupnode._v_pathname)
#
try:
str_shape = str(self.shape)
except NoKnownShape:
pass
else:
tr = t.elem('tr')
tr.elem('th', text='shape')
tr.elem('td', text=str_shape)
#
try:
str_shape = str(self.metashape)
except (NoKnownShape, AttributeError):
pass
else:
tr = t.elem('tr')
tr.elem('th', text='metashape')
tr.elem('td', text=str_shape)
#
try:
str_durable_mask = f"0x{self.durable_mask:X}"
except (AttributeError):
pass
else:
if str_durable_mask != '0x0':
tr = t.elem('tr')
tr.elem('th', text='durable_mask')
tr.elem('td', text=str_durable_mask)
#
if not no_data:
if len(self._groupnode._v_children):
tr = t.elem('tr')
tr.elem('th', text='data', style='vertical-align:top;')
td = tr.elem('td')
t1 = td.elem('table', cls='dictionary')
t1head = t1.elem('thead')
t1headr = t1head.elem('tr')
t1headr.elem('th', text='name')
t1headr.elem('th', text='dtype')
if descriptions:
t1headr.elem('th', text='description')
any_sources = 0
for i in sorted(self._groupnode._v_children.keys()):
try:
node_dtype = self._groupnode._v_children[i].dtype
except (tb.NoSuchNodeError, AttributeError):
node_dtype = "<no dtype>"
if i not in _reserved_names_:
tr1 = t1.elem('tr')
tr1.elem('td', text=i)
tr1.elem('td', text=node_dtype)
if descriptions:
try:
title = self._groupnode._v_children[
i]._v_attrs['TITLE']
except:
title = ""
else:
tr1.elem('td', text=title)
try:
orig_source = self._groupnode._v_children[
i]._v_attrs['ORIGINAL_SOURCE']
except:
pass
else:
tr1.elem('td', text=orig_source)
any_sources += 1
if any_sources:
t1headr.elem('th', text='source')
else:
tr = t.elem('tr')
tr.elem('th', text='data', style='vertical-align:top;')
tr.elem('td', text='<empty>')
return x
def utility_functions(self, subset=None, resolve_parameters=False):
"""
Generate an XHTML output of the utility function(s).
Parameters
----------
subset : Collection, optional
A collection of alterative codes to include. This only has effect if
there are seperate utility_co functions set by alternative.
resolve_parameters : bool, default False
Whether to resolve the parameters to the current (estimated) value
in the output.
Returns
-------
xmle.Elem
"""
self.unmangle()
from xmle import Elem
x = Elem('div')
t = x.elem('table', style="margin-top:1px;", attrib={'class':'floatinghead'})
if len(self.utility_co):
# t.elem('caption', text=f"Utility Functions",
# style="caption-side:top;text-align:left;font-family:Roboto;font-weight:700;"
# "font-style:normal;font-size:100%;padding:0px;color:black;")
t_head = t.elem('thead')
tr = t_head.elem('tr')
tr.elem('th', text="alt")
tr.elem('th', text='formula', attrib={'style':'text-align:left;'})
t_body = t.elem('tbody')
for j in self.utility_co.keys():
if subset is None or j in subset:
tr = t_body.elem('tr')
tr.elem('td', text=str(j))
utilitycell = tr.elem('td', attrib={'style':'text-align:left;'})
utilitycell.elem('div')
anything = False
if len(self.utility_ca):
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
utilitycell << list(self.utility_ca.__xml__(linebreaks=True, resolve_parameters=self, value_in_tooltips=not resolve_parameters))
anything = True
if j in self.utility_co:
if anything:
utilitycell << Elem('br')
v = self.utility_co[j]
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
utilitycell << list(v.__xml__(linebreaks=True, resolve_parameters=self, value_in_tooltips=not resolve_parameters))
anything = True
if len(self.quantity_ca):
if anything:
utilitycell << Elem('br')
if self.quantity_scale:
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
from .linear import ParameterRef_C
utilitycell << list(ParameterRef_C(self.quantity_scale).__xml__(resolve_parameters=self, value_in_tooltips=not resolve_parameters))
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " * log("
else:
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + log("
content = self.quantity_ca.__xml__(linebreaks=True, lineprefix=" ",
exponentiate_parameters=True, resolve_parameters=self, value_in_tooltips=not resolve_parameters)
utilitycell << list(content)
utilitycell.elem('br', tail=")")
else:
# there is no differentiation by alternatives, just give one formula
# t.elem('caption', text=f"Utility Function",
# style="caption-side:top;text-align:left;font-family:Roboto;font-weight:700;"
# "font-style:normal;font-size:100%;padding:0px;color:black;")
tr = t.elem('tr')
utilitycell = tr.elem('td', attrib={'style':'text-align:left;'})
utilitycell.elem('div')
anything = False
if len(self.utility_ca):
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
utilitycell << list(self.utility_ca.__xml__(linebreaks=True, resolve_parameters=self, value_in_tooltips=not resolve_parameters))
anything = True
if len(self.quantity_ca):
if anything:
utilitycell << Elem('br')
if self.quantity_scale:
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + "
from .linear import ParameterRef_C
utilitycell << list(ParameterRef_C(self.quantity_scale).__xml__(resolve_parameters=self, value_in_tooltips=not resolve_parameters))
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " * log("
else:
utilitycell[-1].tail = (utilitycell[-1].tail or "") + " + log("
content = self.quantity_ca.__xml__(linebreaks=True, lineprefix=" ", exponentiate_parameters=True, resolve_parameters=self, value_in_tooltips=not resolve_parameters)
utilitycell << list(content)
utilitycell.elem('br', tail=")")
return x
