def print_param(self, mps, merr=None, float_format='%5.3e',
smart_latex=True, latex_map=None):
"""print list of parameters
Arguments:
*mps* : minuit parameters struct
*merr* : minos error
*float_format* : control the format of latex floating point output
default '%5.3e'
*smart_latex* : convert greek symbols and underscores to latex
symbol. default True
"""
to_print = ""
uid = randid()
header = """
<table>
<tr>
<td><a href="#" onclick="$('#{uid}').toggle()">+</a></td>
<td title="Variable name">Name</td>
<td title="Value of parameter">Value</td>
<td title="Parabolic error">Parab Error</td>
<td title="Minos lower error">Minos Error-</td>
<td title="Minos upper error">Minos Error+</td>
<td title="Lower limit of the parameter">Limit-</td>
<td title="Upper limit of the parameter">Limit+</td>
<td title="Is the parameter fixed in the fit">FIXED</td>
</tr>
""".format(**locals())
to_print += header
for i, mp in enumerate(mps):
minos_p, minos_m = (0., 0.) if merr is None or mp.name not in merr else \
(merr[mp.name].upper, merr[mp.name].lower)
limit_p = '' if not mp.has_upper_limit else mp.upper_limit
limit_m = '' if not mp.has_lower_limit else mp.lower_limit
fixed = 'FIXED' if mp.is_fixed else ''
j = i + 1
content = """
<tr>
<td>{j}</td>
<td>{mp.name}</td>
<td>{mp.value:e}</td>
<td>{mp.error:e}</td>
<td>{minos_m:e}</td>
<td>{minos_p:e}</td>
<td>{limit_m!s}</td>
<td>{limit_p!s}</td>
<td>{fixed}</td>
</tr>
""".format(**locals())
to_print += content
to_print += """
</table>
"""
ltable = LatexFactory.build_param_table(mps, merr,
float_format=float_format, smart_latex=smart_latex,
latex_map=latex_map)
# rows = str(ltable).count('\n')+1
to_print += self.hidden_table(str(ltable), uid)
display_html(to_print, raw=True)
def print_param(self, mps, merr=None, float_format='%5.3e',
smart_latex=True, latex_map=None):
"""print list of parameters
Arguments:
*mps* : minuit parameters struct
*merr* : minos error
*float_format* : control the format of latex floating point output
default '%5.3e'
*smart_latex* : convert greek symbols and underscores to latex
symbol. default True
"""
to_print = ""
uid = randid()
header = """
<table>
<tr>
<td><a href="#" onclick="$('#{uid}').toggle()">+</a></td>
<td title="Variable name">Name</td>
<td title="Value of parameter">Value</td>
<td title="Parabolic error">Parab Error</td>
<td title="Minos lower error">Minos Error-</td>
<td title="Minos upper error">Minos Error+</td>
<td title="Lower limit of the parameter">Limit-</td>
<td title="Upper limit of the parameter">Limit+</td>
<td title="Is the parameter fixed in the fit">FIXED</td>
</tr>
""".format(**locals())
to_print += header
for i, mp in enumerate(mps):
minos_p, minos_m = (0., 0.) if merr is None or mp.name not in merr else\
(merr[mp.name].upper, merr[mp.name].lower)
limit_p = '' if not mp.has_upper_limit else mp.upper_limit
limit_m = '' if not mp.has_lower_limit else mp.lower_limit
fixed = 'FIXED' if mp.is_fixed else ''
j = i+1
content = """
<tr>
<td>{j}</td>
<td>{mp.name}</td>
<td>{mp.value:e}</td>
<td>{mp.error:e}</td>
<td>{minos_m:e}</td>
<td>{minos_p:e}</td>
<td>{limit_m!s}</td>
<td>{limit_p!s}</td>
<td>{fixed}</td>
</tr>
""".format(**locals())
to_print += content
to_print += """
</table>
"""
ltable = LatexFactory.build_param_table(mps, merr,
float_format=float_format, smart_latex=smart_latex,
latex_map=latex_map)
#rows = str(ltable).count('\n')+1
to_print += self.hidden_table(str(ltable), uid)
display_html(to_print, raw=True)
def print_param(self,
mps,
merr=None,
float_format='%5.3e',
smart_latex=True,
latex_map=None):
"""print list of parameters
Arguments:
*mps* : minuit parameters struct
*merr* : minos error
*float_format* : control the format of latex floating point output
default '%5.3e'
*smart_latex* : convert greek symbols and underscores to latex
symbol. default True
"""
to_print = ""
uid = randid(self.rng)
header = """<table>
<tr>
<td><a href="#" onclick="$('#{uid}').toggle()">+</a></td>
<td title="Variable name">Name</td>
<td title="Value of parameter">Value</td>
<td title="Hesse error">Hesse Error</td>
<td title="Minos lower error">Minos Error-</td>
<td title="Minos upper error">Minos Error+</td>
<td title="Lower limit of the parameter">Limit-</td>
<td title="Upper limit of the parameter">Limit+</td>
<td title="Is the parameter fixed in the fit">Fixed?</td>
</tr>\n""".format(**locals())
to_print += header
for i, mp in enumerate(mps):
minos_p, minos_m = ('', '') if merr is None or mp.name not in merr else \
('%g' % merr[mp.name].upper, '%g' % merr[mp.name].lower)
limit_p = '' if mp.upper_limit is None else '%g' % mp.upper_limit
limit_m = '' if mp.lower_limit is None else '%g' % mp.lower_limit
fixed = 'Yes' if mp.is_fixed else 'No'
content = """ <tr>
<td>{i}</td>
<td>{mp.name}</td>
<td>{mp.value:g}</td>
<td>{mp.error:g}</td>
<td>{minos_m}</td>
<td>{minos_p}</td>
<td>{limit_m}</td>
<td>{limit_p}</td>
<td>{fixed}</td>
</tr>\n""".format(**locals())
to_print += content
to_print += "</table>\n"
ltable = LatexFactory.build_param_table(mps,
merr,
float_format=float_format,
smart_latex=smart_latex,
latex_map=latex_map)
# rows = str(ltable).count('\n')+1
to_print += self.hidden_table(str(ltable), uid)
self.display(to_print)
def print_matrix(self, vnames, matrix, latex_map=None):
from IPython.core.display import display_html
latexuid = randid()
latextable = LatexFactory.build_matrix(vnames,
matrix,
latex_map=latex_map)
to_print = """
<table>
<tr>
<td>%s</td>
""" % self.toggle_sign(latexuid)
for v in vnames:
to_print += """
<td>
<div style="width:20px;position:relative; width: -moz-fit-content;">
<div style="display:inline-block;-webkit-writing-mode:vertical-rl;-moz-writing-mode: vertical-rl;writing-mode: vertical-rl;">
{v}
</div>
</div>
</td>
""".format(**locals())
to_print += """
</tr>
"""
for i, v1 in enumerate(vnames):
to_print += """
<tr>
<td>{v1}</td>
""".format(**locals())
for j, v2 in enumerate(vnames):
val = matrix[i][j]
color = Gradient.rgb_color_for(val)
to_print += """
<td style="background-color:{color}">
{val:3.2f}
</td>
""".format(**locals())
to_print += """
</tr>
"""
to_print += '</table>\n'
to_print += self.hidden_table(str(latextable), latexuid)
display_html(to_print, raw=True)
def print_matrix(self, vnames, matrix, latex_map=None):
from IPython.core.display import display_html
latexuid = randid()
latextable = LatexFactory.build_matrix(vnames, matrix,
latex_map=latex_map)
to_print = """
<table>
<tr>
<td>%s</td>
""" % self.toggle_sign(latexuid)
for v in vnames:
to_print += """
<td>
<div style="width:20px;position:relative; width: -moz-fit-content;">
<div style="display:inline-block;-webkit-writing-mode:vertical-rl;-moz-writing-mode: vertical-rl;writing-mode: vertical-rl;">
{v}
</div>
</div>
</td>
""".format(**locals())
to_print += """
</tr>
"""
for i, v1 in enumerate(vnames):
to_print += """
<tr>
<td>{v1}</td>
""".format(**locals())
for j, v2 in enumerate(vnames):
val = matrix[i][j]
color = Gradient.rgb_color_for(val)
to_print += """
<td style="background-color:{color}">
{val:3.2f}
</td>
""".format(**locals())
to_print += """
</tr>
"""
to_print += '</table>\n'
to_print += self.hidden_table(str(latextable), latexuid)
display_html(to_print, raw=True)
def print_matrix(self, vnames, matrix, latex_map=None):
latexuid = randid(self.rng)
latextable = LatexFactory.build_matrix(vnames,
matrix,
latex_map=latex_map)
to_print = """<table>
<tr>
<td>%s</td>""" % self.toggle_sign(latexuid)
for v in vnames:
to_print += " <td>{v}</td>".format(**locals())
to_print += "\n </tr>\n"
for i, v1 in enumerate(vnames):
to_print += """ <tr>
<td>{v1}</td>""".format(**locals())
for j, v2 in enumerate(vnames):
val = matrix[i][j]
color = Gradient.rgb_color_for(val)
to_print += r""" <td style="background-color:{color}">{val:3.2f}</td>""".format(
**locals())
to_print += "\n </tr>\n"
to_print += '</table>\n'
to_print += self.hidden_table(str(latextable), latexuid)
self.display(to_print)