for (int i = 0; i < graphInputs.size(); i++) { String anInput = graphInputs.get(i); if (origGraph.getVertex(anInput).isInputVertex()) {
if (!current.isInputVertex()) { connections = configuration.getVertexInputs().get(name).toString();
GraphVertex current = vertices[topologicalOrder[i]]; if (current.isInputVertex()) { INDArray fMask = featureMaskArrays[current.getVertexIndex()]; map.put(current.getVertexIndex(), new Pair<>(fMask, MaskState.Active));
String gvName = gv.getVertexName(); if (!allFrozen.contains(gvName) && !gv.isInputVertex()) { VertexIndices[] inputs = gv.getInputVertices(); for (int j = 0; j < inputs.length; j++) {
if (current.isInputVertex()) { VertexIndices[] inputsTo = current.getOutputVertices(); INDArray input = inputs[current.getVertexIndex()];
try (MemoryWorkspace wF = wsFF.notifyScopeEntered()) { GraphVertex current = vertices[fwdPassOrder[j]]; if (current.isInputVertex()) { VertexIndices[] inputsTo = current.getOutputVertices(); INDArray input = inputs[current.getVertexIndex()];
GraphVertex current = vertices[topologicalOrder[i]]; if (current.isInputVertex()) continue; //No op
if (current.isInputVertex()) { VertexIndices[] inputsTo = current.getOutputVertices(); INDArray input = inputs[current.getVertexIndex()];
try (MemoryWorkspace ws = workspace.notifyScopeEntered()) { if (current.isInputVertex()) { VertexIndices[] inputsTo = current.getOutputVertices();