rnOutput = modelBuilder.buildRN_II(objects, question)
elif modelToUse == 3:
print("Using model III")
rnOutput = modelBuilder.buildRN_III(objects, question)
elif modelToUse == 4:
print("Using model IV")
rnOutput = modelBuilder.buildRN_IV(objects, question)
elif modelToUse == 5:
print("Using model V")
rnOutput = modelBuilder.buildRN_V(objects, question)
elif modelToUse == 6:
print("Using model VI")
rnOutput = modelBuilder.buildRN_VI(objects, question)
elif modelToUse == 7:
print("Using model VII")
rnOutput = modelBuilder.buildRN_VII_jl(objects, question)
elif modelToUse == 8 and layerCount >= 0:
print("Using model VIII with " + str(layerCount) + " layers")
rnOutput = modelBuilder.buildRN_VIII_jl(objects, question, layerCount)
else:
print("Invalid model number specified: " + str(modelToUse))
sys.exit(0)
#(answer, answerGates, answerForCorrectness) = modelBuilder.buildAnswerModel(rnOutput)
(answer, answerForCorrectness) = modelBuilder.buildAnswerModel(rnOutput)
(inputAnswer, loss, accum_ops, zero_ops, train_step, global_step_tensor,
gradientsNorm,
learningRate) = modelBuilder.buildOptimizer(answer,
args.optimizer) #, answerGates)
(rnOutput, isTraining) = modelBuilder.buildRN_II(objects, question)
elif modelToUse == 3:
print("Using model III")
(rnOutput, isTraining) = modelBuilder.buildRN_III(objects, question)
elif modelToUse == 4:
print("Using model IV")
(rnOutput, isTraining) = modelBuilder.buildRN_IV(objects, question)
elif modelToUse == 5:
print("Using model V")
(rnOutput, isTraining) = modelBuilder.buildRN_V(objects, question)
elif modelToUse == 6:
print("Using model VI")
(rnOutput, isTraining) = modelBuilder.buildRN_VI(objects, question)
elif modelToUse == 7:
print("Using model VII")
(rnOutput, isTraining) = modelBuilder.buildRN_VII_jl(objects, question)
elif modelToUse == 8 and layerCount >= 0:
print("Using model VIII with " + str(layerCount) + " layers")
(rnOutput, isTraining) = modelBuilder.buildRN_VIII_jl(objects, inputContextLengths, question, layerCount)
else:
print("Invalid model number specified: " + str(modelToUse))
sys.exit(0)
#(answer, answerGates, answerForCorrectness) = modelBuilder.buildAnswerModel(rnOutput)
(answer, answerForCorrectness) = modelBuilder.buildAnswerModel(rnOutput)
#(inputAnswer, loss, optimizer_op, global_step_tensor, gradientsNorm, learningRate) = modelBuilder.buildOptimizer(answer, args.optimizer)#, answerGates)
(inputAnswer, loss, accum_ops, zero_ops, train_step, global_step_tensor, gradientsNorm, learningRate) = modelBuilder.buildOptimizer(answer, args.optimizer)#, answerGates)
with tf.name_scope('validation'):
#correct = tf.reduce_min(tf.cast(tf.equal(inputAnswer, tf.round(answer)), dtype=tf.float32), axis=1)#bad results since the max entries often don't achieve 0.5 so rounding doesnt work