| import numpy as np |
| from flask import render_template, request, session |
| from . import blueprint |
| from numpy import * |
| from functions import PlaneSheetAnalytical |
|
|
| @blueprint.get("/efficiency_module/COU") |
| def COU(): |
| return render_template( |
| "efficiency_COU.html", |
| tool_title="CHRIS - Extraction efficiency", |
| nav_links=[ |
| ("Tool", "/efficiency"), |
| ("CoU", "/efficiency_module/COU"), |
| ("About", "/efficiency_module/RST"), |
| ], |
| footer_text="Office of Science and Engineering Laboratories 路 ", |
| contact_email="david.saylor@fda.hhs.gov", |
| ) |
| @blueprint.get("/efficiency_module/RST") |
| def RST(): |
| return render_template("efficiency_RST.html", |
| tool_title="CHRIS - Extraction efficiency", |
| nav_links=[ |
| ("Tool", "/efficiency"), |
| ("CoU", "/efficiency_module/COU"), |
| ("About", "/efficiency_module/RST"), |
| ], |
| footer_text="Office of Science and Engineering Laboratories 路 ", |
| contact_email="david.saylor@fda.hhs.gov", |
| ) |
|
|
| |
| @blueprint.route('/efficiency', methods=['GET','POST']) |
| def efficiency(): |
| sysnum = 2 |
| mass = ones((sysnum))*1.0 |
| density = ones((sysnum))*1.0 |
| area = ones((sysnum)) * 6.0 |
| svol = ones((sysnum)) * 1.0 |
| iterations = ones((sysnum)).astype('int') |
| time = ones((sysnum)) * 24.0 |
| D = ones((sysnum)) * 1e-08 |
| K = ones((sysnum)) * 1.0 |
| release = zeros((sysnum)) |
| conc = zeros((sysnum)) |
|
|
| if request.method == 'POST': |
| sysnum = int(request.form["sysnum"]) |
| mass = ones((sysnum)) |
| density = ones((sysnum)) |
| area = ones((sysnum)) |
| svol = ones((sysnum)) |
| iterations = ones((sysnum)).astype('int') |
| time = ones((sysnum)) |
| D = ones((sysnum)) |
| K = ones((sysnum)) |
| release = ones((sysnum)) |
| conc = ones((sysnum)) |
|
|
| for i in range(sysnum): |
| mass[i] = float(request.form["mass"+str(i)]) |
| density[i] = float(request.form["density" + str(i)]) |
| area[i] = float(request.form["area" + str(i)]) |
| svol[i] = float(request.form["svol" + str(i)]) |
| iterations[i] = int(request.form["iterations" + str(i)]) |
| time[i] = float(request.form["time" + str(i)]) |
| D[i] = float(request.form["D" + str(i)]) |
| K[i] = float(request.form["K" + str(i)]) |
|
|
| PolymerVolume = mass[i] / density[i] |
| ExtractionTime = time[i] * 3600. * iterations[i] |
| SolventVolume = svol[i] * iterations[i] |
| nterms = 5 |
| M0 = 1. |
| release[i] = PlaneSheetAnalytical(M0, D[i], K[i], PolymerVolume, area[i], SolventVolume, ExtractionTime, nterms) |
| conc[i] = release[i] * PolymerVolume / SolventVolume |
|
|
| return render_template('efficiency_index.html', sysnum=sysnum, mass=mass, density=density, area=area, svol=svol, iterations=iterations, |
| time=time, D=D, K=K, release=release, conc=conc |
| , |
| tool_title="CHRIS - Extraction efficiency", |
| nav_links=[ |
| ("Tool", "/efficiency"), |
| ("CoU", "/efficiency_module/COU"), |
| ("About", "/efficiency_module/RST"), |
| ], |
| footer_text="Office of Science and Engineering Laboratories 路 ", |
| contact_email="david.saylor@fda.hhs.gov", |
| ) |
|
|
