# Create your views here.
from django.template.response import *

from registro.models import *
from asignacion.models import *
from django.db.models import Q

import math


def croquis(request, lote_id):
    datos = CatalogoUbicacion.objects.get(lote=lote_id)
    datos.total = datos.filas * datos.tarima * datos.espacio


    return TemplateResponse(request, 'croquis.html', {      
        'datos': datos, 
        'filas':range(datos.filas),
        'tarimas':range(datos.tarima),
        'espacios':range(datos.espacio),

        'ubicacion':'active',
        'activo':'closed',
        'no_activo':'closed',
        'asignacion_activo':'closed',
        'registro_revision':'closed' })

def pil_image(request):
    ''' A View that Returns a PNG Image generated using PIL'''

    datos = CatalogoUbicacion.objects.all().order_by('-id')[0]
    datos.total = datos.filas * datos.tarima

           
    try:
        estatusRegistro = Estatus.objects.get(nombre ='Revision')
    except Estatus.DoesNotExist:
        text = "No se encontro el registro"
    



    import Image, ImageDraw 

    size = (1024, 800)             # size of the image to create
    im = Image.new('RGB', size) # create the image
    draw = ImageDraw.Draw(im)   # create a drawing object that is
                                # used to draw on the new image

    yellow = (0,255,0)
    text_pos = (1,1)
    draw.text(text_pos, text, fill=yellow)

    red = (255,0,0)    # color of our text
    text_pos = (10,10) # top-left position of our text
    text = "" # text to draw
    # Now, we'll do the drawing: 
    draw.text(text_pos, text, fill=red)
    x = 30 #posicion horizontal superior izq
    y = 30 #posicion vertical superior izq
    # anacho total de la pagina - 10% / numero de filas
    base = (1024 - x * 2) / datos.filas 
    altura = (800 - y * 2) / datos.tarima
    
    draw.polygon([(x,y), (x+base,y), (x+base,y +altura), (x,x+altura)], fill="white", outline="green")
    for i in range(datos.filas):
        for j in range(datos.tarima):
            draw.polygon([((base*i)+x,(altura*j)+y), ((base*i)+x+base,(altura*j)+y), ((base*i)+x+base,(altura*j)+y +altura), ((base*i)+x,(altura*j)+y+altura)], fill="white", outline="green")

    from decimal import Decimal
    
    text = str(base) + ' ' + str(altura) + ' ' + str( Decimal( math.sqrt(base * altura / 2 / datos.espacio) ) )
    draw.text(text_pos, text, fill=red)

    for k in range(datos.espacio):
        draw.polygon(
            [   ((base*i)+x,(altura*j)+y), 
                ((base*i)+x+base,(altura*j)+y), 
                ((base*i)+x+base,(altura*j)+y +altura), 
                ((base*i)+x,(altura*j)+y+altura)
                ], fill="blue", outline="black")
    
    del draw # I'm done drawing so I don't need this anymore
    
    # We need an HttpResponse object with the correct mimetype
    response = HttpResponse(mimetype="image/png")
    # now, we tell the image to save as a PNG to the 
    # provided file-like object
    im.save(response, 'PNG')

    return response # and we're done!