def genVocab20(d, seed):
"""Vocabulary for 20 base words."""
numwords = 20
vocab = [[None,None] for i in range(numwords*2)]
PDFTools.setSeed(seed)
# for i in range(numwords):
# vocab[i][1] = genVector(d)
vocab = fillVectors(vocab, d, numwords, RPMutils.VECTOR_SIMILARITY)
PDFTools.setSeed(long(time.time()))
#attributes
vocab[0][0] = "shape"
vocab[1][0] = "number"
vocab[2][0] = "size"
vocab[3][0] = "orientation"
vocab[4][0] = "position"
#values
#vocab[5][0] = "small"
#vocab[6][0] = "medium"
#vocab[7][0] = "large"
vocab[8][0] = "zero"
vocab[9][0] = "one"
vocab[10][0] = "plusone"
vocab[11][0] = "horizontal"
vocab[12][0] = "vertical"
vocab[13][0] = "oblique"
# vocab[14][0] =
vocab[15][0] = "circle"
vocab[16][0] = "square"
vocab[17][0] = "diamond"
vocab[18][0] = "triangle"
vocab[19][0] = "rubbish"
#now the higher level vocabulary
vocab[20][0] = "two"
vocab[20][1] = RPMutils.normalize(RPMutils.cconv(vocab[9][1], vocab[10][1]))
vocab[21][0] = "three"
vocab[21][1] = RPMutils.normalize(RPMutils.cconv(vocab[20][1], vocab[10][1]))
vocab[22][0] = "four"
vocab[22][1] = RPMutils.normalize(RPMutils.cconv(vocab[21][1], vocab[10][1]))
output = open(RPMutils.vocabFile(d, numwords, seed), "w")
for i in range(len(vocab)):
if vocab[i][0] != None:
output.write(vocab[i][0] + " " + RPMutils.floatlist2str(vocab[i][1]) + "\n")
output.close()
def genVocab50(d, seed):
"""Vocabulary for 50 base words."""
numwords = 50
vocab = [[None,None] for i in range(numwords*2)]
PDFTools.setSeed(seed)
# for i in range(numwords):
# vocab[i][1] = genVector(d)
vocab = fillVectors(vocab, d, numwords, RPMutils.VECTOR_SIMILARITY)
PDFTools.setSeed(long(time.time()))
#attributes
vocab[0][0] = "shape"
vocab[1][0] = "number"
vocab[2][0] = "linestroke"
vocab[3][0] = "angle"
vocab[4][0] = "length"
vocab[5][0] = "rpos"
vocab[6][0] = "hpos"
vocab[7][0] = "vpos"
vocab[8][0] = "shading"
vocab[9][0] = "existence"
vocab[10][0] = "linetype"
vocab[11][0] = "width"
#values
#misc
vocab[12][0] = "present"
vocab[13][0] = "null"
vocab[14][0] = "rubbish"
#number
vocab[15][0] = "zero"
vocab[16][0] = "one"
vocab[17][0] = "plusone"
#angle
vocab[18][0] = "0deg"
vocab[19][0] = "plus45deg"
#shape
vocab[20][0] = "circle"
vocab[21][0] = "square"
vocab[22][0] = "diamond"
vocab[23][0] = "dot"
vocab[24][0] = "triangle"
vocab[25][0] = "cross"
vocab[26][0] = "X"
vocab[27][0] = "rectangle"
#linestroke
vocab[28][0] = "normal"
vocab[29][0] = "dashed"
vocab[30][0] = "bold"
#linetype
vocab[31][0] = "straight"
vocab[32][0] = "curved"
vocab[33][0] = "wavy"
# vocab[34][0] =
#length
vocab[35][0] = "short"
vocab[36][0] = "longer"
#radialpos/horizopos/verticpos
vocab[37][0] = "rinner"
vocab[38][0] = "hleft"
vocab[39][0] = "vbottom"
vocab[40][0] = "moveout"
vocab[41][0] = "moveright"
vocab[42][0] = "moveup"
#shading
vocab[43][0] = "none"
vocab[44][0] = "solid"
vocab[45][0] = "lefthatch"
vocab[46][0] = "righthatch"
vocab[47][0] = "crosshatch"
vocab[48][0] = "vertical"
vocab[49][0] = "horizontal"
#now the higher level vocabulary
vocab[50][0] = "two"
vocab[50][1] = RPMutils.normalize(RPMutils.cconv(vocab[16][1], vocab[17][1]))
vocab[51][0] = "three"
vocab[51][1] = RPMutils.normalize(RPMutils.cconv(vocab[50][1], vocab[17][1]))
vocab[52][0] = "four"
vocab[52][1] = RPMutils.normalize(RPMutils.cconv(vocab[51][1], vocab[17][1]))
vocab[55][0] = "45deg"
vocab[55][1] = RPMutils.normalize(RPMutils.cconv(vocab[18][1], vocab[19][1]))
vocab[56][0] = "90deg"
vocab[56][1] = RPMutils.normalize(RPMutils.cconv(vocab[55][1], vocab[19][1]))
vocab[57][0] = "135deg"
vocab[57][1] = RPMutils.normalize(RPMutils.cconv(vocab[56][1], vocab[19][1]))
vocab[58][0] = "180deg"
vocab[58][1] = RPMutils.normalize(RPMutils.cconv(vocab[57][1], vocab[19][1]))
vocab[59][0] = "225deg"
vocab[59][1] = RPMutils.normalize(RPMutils.cconv(vocab[58][1], vocab[19][1]))
vocab[60][0] = "270deg"
vocab[60][1] = RPMutils.normalize(RPMutils.cconv(vocab[59][1], vocab[19][1]))
vocab[61][0] = "315deg"
vocab[61][1] = RPMutils.normalize(RPMutils.cconv(vocab[60][1], vocab[19][1]))
vocab[65][0] = "rmiddle"
vocab[65][1] = RPMutils.normalize(RPMutils.cconv(vocab[37][1], vocab[40][1]))
vocab[66][0] = "router"
vocab[66][1] = RPMutils.normalize(RPMutils.cconv(vocab[65][1], vocab[40][1]))
vocab[67][0] = "hmiddle"
vocab[67][1] = RPMutils.normalize(RPMutils.cconv(vocab[38][1], vocab[41][1]))
vocab[68][0] = "hright"
vocab[68][1] = RPMutils.normalize(RPMutils.cconv(vocab[67][1], vocab[41][1]))
vocab[69][0] = "vmiddle"
vocab[69][1] = RPMutils.normalize(RPMutils.cconv(vocab[39][1], vocab[42][1]))
vocab[70][0] = "vtop"
vocab[70][1] = RPMutils.normalize(RPMutils.cconv(vocab[69][1], vocab[42][1]))
vocab[71][0] = "medium"
vocab[71][1] = RPMutils.normalize(RPMutils.cconv(vocab[35][1], vocab[36][1]))
vocab[72][0] = "long"
vocab[72][1] = RPMutils.normalize(RPMutils.cconv(vocab[71][1], vocab[36][1]))
output = open(RPMutils.vocabFile(d, numwords, seed), "w")
for i in range(len(vocab)):
if vocab[i][0] != None:
output.write(vocab[i][0] + " " + RPMutils.floatlist2str(vocab[i][1]) + "\n")
output.close()