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# gettext import
from gettext import gettext as _
# server import
from server.flask import app, logger, render, request, jsonify
#database import
import database_manager
#Avatar import
import Avatar
IM_PATH = ['../static/images/journal/jauge-energie.png']
@app.route('/sparetime', methods=['GET', 'POST'])
def sparetime():
#database_manager.init_db()
#database_manager.load_inputfile()
entries = database_manager.entriessparetime()
content = [ ]
# POST
if request.method == 'POST':
if 'activity' in request.form:
result = request.form['activity']
factor = float(request.form['time'])
position = calculateTime(factor)
pathi = '../../static/images/journal/activities/' + result + '.png'
_result = calculateDimension(factor, result, entries)
cont = {
'image': IM_PATH,
'water': _result[0],
'energie': _result[1],
'vitamine': _result[2],
'construction': _result[3],
'waterstart': _result[4],
'energiestart': _result[5],
'vitaminestart': _result[6],
'constructionstart': _result[7],
'pathimg': pathi,
}
content.append(cont)
_content = { 'content': content, 'result' : result, 'position': position }
# render result
return render('nutrinoweb/main.html', **_content)
else:
_result = '??'
# GET
else:
entries = entries
_result = ''
#
_content = {
'title': _('What do you want to play?'),
'activities': entries,
'result': _result,
}
# render result
return render('nutrinoweb/sparetime.html', **_content)
def calculateTime(f):
if f == 15.0:
position = [60 , 5]
elif f == 30.0:
position = [50 , 10]
elif f == 45.0:
position = [40 , 15]
elif f == 60.0:
position = [30 , 20]
else:
pass
return position
def calculateDimension(factor, result, entries):
water = None
energie = None
vitamine = None
construction = None
vitstart = None
instance = Avatar.Character()
eng = instance.load_status()
if result != None and entries != None:
eng = instance.load_status()
for entry in entries:
if result in entry['title']:
#part water
_water = controllValue(float(eng['water']) - ((factor*calculateWater(float(entry['water']))) / 2))
water = calculateHeight(_water)
#part energie
_energie = controllValue(float(eng['energie']) - (factor*calculateEnergie(float(entry['energie']))))
energie = calculateHeight(_energie)
#part vitamine
_vitamine = calculateVitamine(1, entry, eng)
vitamine = calculateHeight(_vitamine[0])
#part construction
_construction = controllValue(float(eng['construction']) - (factor*calculateConstruction(float(entry['protein']))))
construction = calculateHeight(_construction)
status = instance.save_status(str(_water), str(_energie), str(_vitamine[1]), str(_vitamine[2]),str(_vitamine[3]),str(_vitamine[4]),str(_vitamine[5]),str(_vitamine[6]),str(_vitamine[7]),str(_vitamine[8]),str(_vitamine[9]),str(_vitamine[10]),str(_vitamine[11]),str(_vitamine[12]),str(_vitamine[13]),str(_vitamine[14]),str(_vitamine[15]),str(_vitamine[16]),str(_vitamine[17]),str(_vitamine[18]), str(_vitamine[19]), str(_vitamine[0]), str(_construction))
else:
pass
_result = [water, energie, vitamine, construction, calculateHeight(float(eng['water'])), calculateHeight(float(eng['energie'])), calculateHeight(float(eng['vit_total'])), calculateHeight(float(eng['construction']))]
return _result
def calculateEnergie(energie):
height = energie/4.0
return height
def calculateVitamine(f, entry, status):
calcium = controllValue(float(status['calcium']) - (f*(float(entry['calcium']) / 9.0)))
iron = controllValue(float(status['iron']) - (f*(float(entry['iron']) / 0.125)))
magnesium = controllValue(float(status['magnesium']) - (f*(float(entry['magnesium']) / 2.1)))
phosphorus = controllValue(float(status['phosphorus']) - (f*(float(entry['phosphorus']) / 10)))
potassium = controllValue(float(status['potassium']) - (f*(float(entry['potassium']) / 15.5)))
sodium = controllValue(float(status['sodium']) - (f*(float(entry['sodium']) / 4.85)))
zinc = controllValue(float(status['zinc']) - (f*(float(entry['zinc']) / 0.08)))
copper = controllValue(float(status['copper']) - (f*(float(entry['copper']) / 0.0115)))
vit_c = controllValue(float(status['vit_c']) - (f*(float(entry['vit_c']) / 0.85)))
thiamin = controllValue(float(status['thiamin']) - (f*(float(entry['thiamin']) / 0.012)))
riboflavin = controllValue(float(status['riboflavin']) - (f*(float(entry['riboflavin']) / 0.011)))
niacin = controllValue(float(status['niacin']) - (f*(float(entry['niacin']) / 0.13)))
panto_acid = controllValue(float(status['panto_acid']) - (f*(float(entry['panto_acid']) / 0.05)))
vit_b6 = controllValue(float(status['vit_b6']) - (f*(float(entry['vit_b6']) / 0.0085)))
folate_tot = controllValue(float(status['folate_tot']) - (f*(float(entry['folate_tot']) / 3.5)))
vit_b12 = controllValue(float(status['vit_b12']) - (f*(float(entry['vit_b12']) / 0.019)))
vit_a = controllValue(float(status['vit_a']) - (f*(float(entry['vit_a']) / 0.11)))
vit_e = controllValue(float(status['vit_e']) - (f*(float(entry['vit_e']) / 0.05)))
vit_d = controllValue(float(status['vit_d']) - (f*(float(entry['vit_d']) / 0.315)))
height = (calcium + iron + magnesium + phosphorus + potassium + sodium + zinc + copper + vit_c + thiamin + riboflavin + niacin + panto_acid + vit_b6 + folate_tot + vit_b12 + vit_a + vit_e + vit_d)/19.0
height = [height, calcium, iron, magnesium, phosphorus, potassium, sodium, zinc, copper, vit_c, thiamin, riboflavin, niacin, panto_acid, vit_b6, folate_tot, vit_b12, vit_a, vit_e, vit_d]
return height
def controllValue(value):
if value < 0.00:
return 0.00
return value
def calculateWater(water):
height = water/17.5
return height
def calculateConstruction(construction):
height = construction/0.215 #daily value 0.9g/kg weight, a child of 35kg needs 21.5g
return height
def calculateHeight(height):
height = 100.0 - height
if height < 0.0:
return 5.0
elif height == 0.0:
return 5.0
elif height > 100.0:
return 99.00
return int(height)
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