def gentransInputPage(request, model='', header='Generate Transformation Pathways', formData=None):
import gentrans_parameters
# from cts_app.models.pchemprop import pchemprop_parameters
from cts_app.models.chemspec import chemspec_parameters
html = render_to_string('04cts_uberinput_jquery.html', { 'model': model }) # loads scripts_gentrans.js
html = html + render_to_string('04cts_uberinput_start_tabbed.html', {
'model': model,
'model_attributes': header
})
html = html + render_to_string('04cts_uberinput_tabbed_nav.html', {
'nav_dict': {
'class_name': ["Chemical", "ReactionPathSim"],
'tab_label': ['Chemical Editor', 'Reaction Pathway Simulator'],
},
'nextTabName': 'Reaction Pathway Simulator'
})
html = html + str(chemspec_parameters.form(formData)) # Loads the Chemical Speciation tables to the page
html = html + render_to_string('cts.html', {}) # Builds Marvin JS, lookup table, and results table
html = html + str(gentrans_parameters.form(formData))
html = html + render_to_string('04cts_uberinput_tabbed_end.html', {'sub_title': 'Submit'})
# Check if tooltips dictionary exists
# try:
# import gentrans_tooltips
# hasattr(gentrans_tooltips, 'tooltips')
# tooltips = gentrans_tooltips.tooltips
# except:
# tooltips = {}
# html = html + render_to_string('05cts_ubertext_tooltips_right.html', {'tooltips':tooltips})
return html
def chemspecBatchInputPage(request, model='', header='Chemical Speciation Properties', formData=None):
"""
Currently, I'm using these model specific batch input page functions
for drawing the models' unique input selection. For chemspec, the p-chem
appears after the user has uploaded a chemical file for batch
"""
from cts_app.models.chemspec import chemspec_parameters
# for chemspec batch, use p-chem for selecting inputs for batch data:
html = """
<div id="pchem_batch_wrap" hidden>
<h3>Edit speciation parameters for batch chemicals</h3>
"""
html += str(chemspec_parameters.form(None))
html += """
<div class="input_nav">
<div class="input_right">
<input type="button" value="Clear" id="clearbutton" class="input_button">
<input class="submit input_button" type="submit" value="Submit">
</div>
</div>
</div>
"""
return html
def pchempropInputPage(request, model='', header='P-Chem Properties', formData=None):
import pchemprop_parameters
from cts_app.models.chemspec import chemspec_parameters
html = render_to_string('04cts_uberinput_jquery.html', { 'model': model}) # loads scripts_pchemprop.js
html = html + render_to_string('04cts_uberinput_start_tabbed.html', {
'model': model,
'model_attributes': header
})
html = html + render_to_string('04cts_uberinput_tabbed_nav.html', {
'nav_dict': {
'class_name': ['Chemical', 'ChemCalcs'],
'tab_label': ['Chemical Editor', 'P-Chem Calculators']
},
'nextTabName': 'P-Chem Calculators'
})
# chemspec inputs
html = html + str(chemspec_parameters.form(formData)) # Loads the Chemical Speciation tables to the page
html = html + render_to_string('cts.html', {})
# pchemprop inputs
html = html + render_to_string('cts_pchem.html', {})
# html = html + str(pchemprop_parameters.form(formData)) # str(pchemprop_properties.form()) returns html table with ids
html = html + render_to_string('04cts_ubercts_end.html', {'sub_title': 'Submit'})
# Check if tooltips dictionary exists
# try:
# import pchemprop_tooltips
# hasattr(pchemprop_tooltips, 'tooltips')
# tooltips = pchemprop_tooltips.tooltips
# except:
# tooltips = {}
# html = html + render_to_string('05cts_ubertext_tooltips_right.html', {'tooltips':tooltips})
return html
