diff options
Diffstat (limited to 'Globals.py')
| -rw-r--r-- | Globals.py | 370 |
1 files changed, 370 insertions, 0 deletions
diff --git a/Globals.py b/Globals.py new file mode 100644 index 0000000..fac6fe5 --- /dev/null +++ b/Globals.py @@ -0,0 +1,370 @@ +#!/usr/bin/env python +# -*- coding: utf-8 -*- + +# Globals.py por: +# Flavio Danesse <fdanesse@gmail.com> +# CeibalJAM! - Uruguay + +# This program is free software; you can redistribute it and/or modify +# it under the terms of the GNU General Public License as published by +# the Free Software Foundation; either version 2 of the License, or +# (at your option) any later version. +# +# This program is distributed in the hope that it will be useful, +# but WITHOUT ANY WARRANTY; without even the implied warranty of +# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the +# GNU General Public License for more details. +# +# You should have received a copy of the GNU General Public License +# along with this program; if not, write to the Free Software +# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA + +import gtk +import os + +GRIS = gtk.gdk.Color(60156, 60156, 60156, 1) +ROJO = gtk.gdk.Color(65000,0,0,1) +NARANJA = gtk.gdk.Color(65000,49705,0,1) +VERDEOSCURO = gtk.gdk.Color(43588, 50980, 14019, 1) +VERDECLARO = gtk.gdk.Color(0, 60000, 0, 1) +VERDELIMON = gtk.gdk.Color(50725, 65000, 21666, 1) +ROSADOCLARO = gtk.gdk.Color(65000,43333,43333,1) +ROSADOOSCURO = gtk.gdk.Color(65000,20000,43333,1) +CELESTE = gtk.gdk.Color(0, 44352, 65000,1) +CELESTECLARO = gtk.gdk.Color(50725, 65000, 62450,1) +AMARILLO = gtk.gdk.Color(65000,65000,0,1) + +BLANCO = gtk.gdk.Color(65000, 65000, 65000,1) +NEGRO = gtk.gdk.Color(0, 0, 0, 1) +FONDO = gtk.gdk.Color(29823, 42568, 43333, 1) + +WIDTH= 640 +HEIGHT= 480 +BUTTONS= 45 + +DIRECTORIO_BASE = os.path.dirname(__file__) +ICONOS = os.path.join(DIRECTORIO_BASE, "Iconos/") + +COLORS = [(VERDELIMON,[1,6,7,8,15,16,34]), (NARANJA,[3,11,19,37,55,87]), +(VERDEOSCURO,[5,14,32,33,51,52,84]), (VERDECLARO,[2,10,18,36,54,86,118]), +(ROSADOCLARO,[57,58,59,60,61,62,63,64,65,66,67,68,69,70,71]), +(AMARILLO,[21,22,23,24,25,26,27,28,29,30,39,40,41,42,43,44,45,46,47,48, +72,73,74,75,76,77,78,79,80,104,105,106,107,108,109,110,111,112]), +(ROJO,[9,17,35,53,85,117]),(GRIS,[13,31,49,50,81,82,83,113,114,115,116]), +(ROSADOOSCURO,[89,90,91,92,93,94,95,96,97,98,99,100,101,102,103]), +(CELESTECLARO,[4,12,20,38,56,88])] + +INDICEELEMENTOS = [ +[1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2], +[3,4,0,0,0,0,0,0,0,0,0,0,5,6,7,8,9,10], +[11,12,0,0,0,0,0,0,0,0,0,0,13,14,15,16,17,18], +[19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36], +[37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54], +[55,56,57,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86], +[87,88,89,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118], +[0,0,0,0,58,59,60,61,62,63,64,65,66,67,68,69,70,71], +[0,0,0,0,90,91,92,93,94,95,96,97,98,99,100,101,102,103] +] + +ELEMENTOS = [ +{"nombre":"hidrogeno","simbolo":"H","Z":1,"masa": 1.00}, +{"nombre":"helio","simbolo":"He","Z":2,"masa":4.00}, +{"nombre":"litio","simbolo":"Li","Z":3,"masa":6.94}, +{"nombre":"berilio","simbolo":"Be","Z":4,"masa":9.01}, +{"nombre":"boro","simbolo":"B","Z":5,"masa":10.81}, +{"nombre":"carbono","simbolo":"C","Z":6,"masa":12.01}, +{"nombre":"nitrogeno","simbolo":"N","Z":7,"masa":14.01}, +{"nombre":"oxigeno","simbolo":"O","Z":8,"masa":16.00}, +{"nombre":"fluor","simbolo":"F","Z":9,"masa":19.00}, +{"nombre":"neon","simbolo":"Ne","Z":10,"masa":20.18}, +{"nombre":"sodio","simbolo":"Na","Z":11,"masa":23.00}, +{"nombre":"magnesio","simbolo":"Mg","Z":12,"masa":24.31}, +{"nombre":"aluminio","simbolo":"Al","Z":13,"masa":26.98}, +{"nombre":"silicio","simbolo":"Si","Z":14,"masa":28.09}, +{"nombre":"fosforo","simbolo":"P","Z":15,"masa":30.97}, +{"nombre":"azufre","simbolo":"S","Z":16,"masa":32.06}, +{"nombre":"cloro","simbolo":"Cl","Z":17,"masa":35.45}, +{"nombre":"argon","simbolo":"Ar","Z":18,"masa":39.95}, +{"nombre":"potasio","simbolo":"K","Z":19,"masa":39.10}, +{"nombre":"calcio","simbolo":"Ca","Z":20,"masa":40.08}, +{"nombre":"escandio","simbolo":"Sc","Z":21,"masa":44.96}, +{"nombre":"titanio","simbolo":"Ti","Z":22,"masa":47.88}, +{"nombre":"vanadio","simbolo":"V","Z":23,"masa":50.94}, +{"nombre":"cromo","simbolo":"Cr","Z":24,"masa":52.00}, +{"nombre":"manganeso","simbolo":"Mn","Z":25,"masa":54.94}, +{"nombre":"hierro","simbolo":"Fe","Z":26,"masa":55.85}, +{"nombre":"cobalto","simbolo":"Co","Z":27,"masa":58.93}, +{"nombre":"niquel","simbolo":"Ni","Z":28,"masa":58.71}, +{"nombre":"cobre","simbolo":"Cu","Z":29,"masa":63.54}, +{"nombre":"zinc","simbolo":"Zn","Z":30,"masa":65.37}, +{"nombre":"galio","simbolo":"Ga","Z":31,"masa":69.72}, +{"nombre":"germanio","simbolo":"Ge","Z":32,"masa":72.59}, +{"nombre":"arsenico","simbolo":"As","Z":33,"masa":74.92}, +{"nombre":"selenio","simbolo":"Se","Z":34,"masa":78.96}, +{"nombre":"bromo","simbolo":"Br","Z":35,"masa":79.91}, +{"nombre":"kripton","simbolo":"Kr","Z":36,"masa":83.80}, +{"nombre":"rubidio","simbolo":"Rb","Z":37,"masa":85.47}, +{"nombre":"estroncio","simbolo":"Sr","Z":38,"masa":87.62}, +{"nombre":"itrio","simbolo":"Y","Z":39,"masa":88.91}, +{"nombre":"zirconio","simbolo":"Zr","Z":40,"masa":91.22}, +{"nombre":"niobio","simbolo":"Nb","Z":41,"masa":92.91}, +{"nombre":"molibdeno","simbolo":"Mo","Z":42,"masa":95.94}, +{"nombre":"tecnecio","simbolo":"Tc","Z":43,"masa":"(99)"}, +{"nombre":"rutenio","simbolo":"Ru","Z":44,"masa":101.07}, +{"nombre":"rodio","simbolo":"Rh","Z":45,"masa":102.91}, +{"nombre":"paladio","simbolo":"Pd","Z":46,"masa":106.4}, +{"nombre":"plata","simbolo":"Ag","Z":47,"masa":107.87}, +{"nombre":"cadmio","simbolo":"Cd","Z":48,"masa":112.40}, +{"nombre":"indio","simbolo":"In","Z":49,"masa":114.82}, +{"nombre":"estaño","simbolo":"Sn","Z":50,"masa":118.69}, +{"nombre":"antimonio","simbolo":"Sb","Z":51,"masa":121.75}, +{"nombre":"telurio","simbolo":"Te","Z":52,"masa":127.60}, +{"nombre":"Yodo","simbolo":"I","Z":53,"masa":126.90}, +{"nombre":"xenon","simbolo":"Xe","Z":54,"masa":131.30}, +{"nombre":"cesio","simbolo":"Cs","Z":55,"masa":132.91}, +{"nombre":"bario","simbolo":"Ba","Z":56,"masa":137.33}, +{"nombre":"lantano","simbolo":"La","Z":57,"masa":138.91}, +{"nombre":"cerio","simbolo":"Ce","Z":58,"masa":140.12}, +{"nombre":"praseodimio","simbolo":"Pr","Z":59,"masa":140.91}, +{"nombre":"neodimio","simbolo":"Nd","Z":60,"masa":144.24}, +{"nombre":"prometio","simbolo":"Pm","Z":61,"masa":147.0}, +{"nombre":"samario","simbolo":"Sm","Z":62,"masa":150.35}, +{"nombre":"europio","simbolo":"Eu","Z":63,"masa":151.96}, +{"nombre":"gadolinio","simbolo":"Gd","Z":64,"masa":157.25}, +{"nombre":"terbio","simbolo":"Tb","Z":65,"masa":158.92}, +{"nombre":"disprosio","simbolo":"Dy","Z":66,"masa":162.50}, +{"nombre":"holmio","simbolo":"Ho","Z":67,"masa":164.93}, +{"nombre":"erbio","simbolo":"Er","Z":68,"masa":167.26}, +{"nombre":"tulio","simbolo":"Tm","Z":69,"masa":168.93}, +{"nombre":"yterbio","simbolo":"Yb","Z":70,"masa":173.04}, +{"nombre":"lutecio","simbolo":"Lu","Z":71,"masa":174.97}, +{"nombre":"hafnio","simbolo":"Hf","Z":72,"masa":178.49}, +{"nombre":"tantalo","simbolo":"Ta","Z":73,"masa":180.94}, +{"nombre":"wolframio","simbolo":"W","Z":74,"masa":183.85}, +{"nombre":"renio","simbolo":"Re","Z":75,"masa":186.20}, +{"nombre":"osmio","simbolo":"Os","Z":76,"masa":190.2}, +{"nombre":"iridio","simbolo":"Ir","Z":77,"masa":192.2}, +{"nombre":"platino","simbolo":"Pt","Z":78,"masa":195.09}, +{"nombre":"oro","simbolo":"Au","Z":79,"masa":196.97}, +{"nombre":"mercurio","simbolo":"Hg","Z":80,"masa":200.59}, +{"nombre":"talio","simbolo":"Tl","Z":81,"masa":204.38}, +{"nombre":"plomo","simbolo":"Pb","Z":81,"masa":207.19}, +{"nombre":"bismuto","simbolo":"Bi","Z":82,"masa":208.98}, +{"nombre":"polonio","simbolo":"Po","Z":84,"masa":210.0}, +{"nombre":"astato","simbolo":"At","Z":85,"masa":210.0}, +{"nombre":"radon","simbolo":"Rn","Z":86,"masa":222.0}, +{"nombre":"francio","simbolo":"Fr","Z":87,"masa":223.0}, +{"nombre":"radio","simbolo":"Ra","Z":88,"masa":226.03}, +{"nombre":"actinio","simbolo":"Ac","Z":89,"masa":227.03}, +{"nombre":"torio","simbolo":"Th","Z":90,"masa":232.03}, +{"nombre":"protactinio","simbolo":"Pa","Z":91,"masa":231.04}, +{"nombre":"uranio","simbolo":"U","Z":92,"masa":238.03}, +{"nombre":"neptunio","simbolo":"Np","Z":93,"masa":237.05}, +{"nombre":"plutonio","simbolo":"Pu","Z":94,"masa":242.0}, +{"nombre":"americio","simbolo":"Am","Z":95,"masa":243.0}, +{"nombre":"curio","simbolo":"Cm","Z":96,"masa":247.0}, +{"nombre":"berkelio","simbolo":"Bk","Z":97,"masa":247.0}, +{"nombre":"californio","simbolo":"Cf","Z":98,"masa":251.0}, +{"nombre":"einstenio","simbolo":"Es","Z":99,"masa":254.0}, +{"nombre":"fermio","simbolo":"Fm","Z":100,"masa":258.0}, +{"nombre":"mendelevio","simbolo":"Md","Z":101,"masa":256.0}, +{"nombre":"nobelio","simbolo":"No","Z":102,"masa":259.0}, +{"nombre":"laurencio","simbolo":"Lr","Z":103,"masa":257.0}, +{"nombre":"rutherforio","simbolo":"Rf","Z":104,"masa":261.0}, +{"nombre":"dubnio","simbolo":"Db","Z":105,"masa":262.0}, +{"nombre":"seaborgio","simbolo":"Sg","Z":106,"masa":263.0}, +{"nombre":"bohrio","simbolo":"Bh","Z":107,"masa":262.0}, +{"nombre":"hassio","simbolo":"Hs","Z":108,"masa":265.0}, +{"nombre":"meitnerio","simbolo":"Mt","Z":109,"masa":266.0}, +{"nombre":"darmstadtio","simbolo":"Ds","Z":110,"masa":269.0}, +{"nombre":"roentgenio","simbolo":"Rg","Z":111,"masa":272.0}, +{"nombre":"ununbio","simbolo":"Uub","Z":112,"masa":277.0}, +{"nombre":"ununtrio","simbolo":"Uut","Z":113,"masa":284.0}, +{"nombre":"flevorio","simbolo":"Fl","Z":114,"masa":289.0}, +{"nombre":"ununpentio","simbolo":"Uup","Z":115,"masa":288.0}, +{"nombre":"livermorio","simbolo":"Lv","Z":116,"masa":293.0}, +{"nombre":"ununseptio","simbolo":"Uus","Z":117,"masa":291.0}, +{"nombre":"ununoctio","simbolo":"Uuo","Z":118,"masa":294.0}] + +''' +{"elemento":4, Automáticamente avanzan 3 espacios. +"pregunta":None, +"opciones":[], +"respuesta": None}''' + +PREGUNTAS = [None, +{"elemento":1, +"pregunta":"¿Cómo se llama el cambio del estado sólido a gaseoso?", +"opciones":["Disposición", "Ebullición", "Fusión", "Sublimación", "Reacción", "Licuación", "Deposición", "Tamización"], +"respuesta": 3}, + +{"elemento":2, +"pregunta":"Marcar la característica del modelo atómico de Bohr que es correcta:", +"opciones":["Los neutrones ocuparían el núcleo.", "Cada protón tiene la capacidad de moverse.", +"No considera la existencia de espacio vacío.", "Se le conoce como modelo de budín de pasas.", +"Los neutrones se moverían en órbitas circulares.", "La energía de cada electrón depende de su distancia al núcleo."], +"respuesta": 5}, + +{"elemento":3, +"pregunta":"¿Qué es una ecuación química?", +"opciones":["Una forma de representar una reacción.", "Una ecuación matemática adaptada a la química.", +"Una reacción química.", "La escritura de una fórmula química.", +"La forma de nombrar un cambio físico.", "Ninguna de las respuestas anteriores corresponde a su definición."], +"respuesta": 0}, + +None, + +{"elemento":5, +"pregunta":"¿Qué es un período en la tabla periódica?", +"opciones":["El tiempo que va desde que se descubre un elemento hasta que se elige su nombre.", +"Una forma de expresar cantidad de electrones de valencia.", +"Una secuencia de cuadros en vertical.","Una secuencia de cuadros en horizontal.", +"Un conjunto de elementos cuyos símbolos no son oficiales.", +"Ninguna de las respuestas anteriores corresponde a su definición."], +"respuesta": 3}, + +{"elemento":6, +"pregunta":"¿Qué es una solución desde el punto de vista químico?", +"opciones":["Una forma de determinar los electrones por nivel de energía en un átomo.", +"Una mezcla heterogénea de 2 o más sustancias.", +"La correcta igualación de una ecuación química.","Una operación de fraccionamiento.", +"Un método de separación de fases.", +"Ninguna de las respuestas anteriores corresponde a su definición."], +"respuesta": 5}, + +{"elemento":7, +"pregunta":"¿Cuál es la concentración aproximada de una solución que tiene 24,0g de soluto y un volumen de 74cm3?", +"opciones":["98g/L","98L/g","No se puede determinar con estos datos.","0,307g/L","307g/L","3,25L/g"], +"respuesta": 4}, + +{"elemento":8, +"pregunta":"¿Qué método de separación de fases utilizarías para separa un sistema formado por agua y aceite?", +"opciones":["Filtración.","Centrifugación.","Cromatografía.","Tamización.","Decantación.","Imantación.","Destilación."], +"respuesta": 4}, + +{"elemento":9, +"pregunta":"¿Qué es una fórmula química?", +"opciones":["Una forma de representar un átomo.","Una forma de representar una sustancia.", +"Una reacción química.","Una forma de representar una reacción", +"Una expresión que se emplea para realizar cálculos.", "Un sinónimo de sustancia."], +"respuesta": 1}, + +{"elemento":10, +"pregunta":"¿Qué es un nucleón?", +"opciones":["Una partícula subatómica que tiene carga positiva.", +"Una partícula subatómica que tiene núcleo.", +"Una partícula subatómica que tiene carga negativa","Una partícula subatómica que no tiene núcleo.", +"Una partícula subatómica que no tiene carga.", "Una partícula subatómica que está en el núcleo."], +"respuesta": 5}, + +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +None, +] + |