diff --git a/tree2graph.py b/tree2graph.py
new file mode 100644
index 0000000..2ffd146
--- /dev/null
+++ b/tree2graph.py
@@ -0,0 +1,122 @@
+import plistlib
+import sys
+
+"""
+FORMAT OF TREE INPUT:
+
+The tree is unserialized from a new-line separated text file. Each line
+corresponds to a node. The format of the line is as follows:
+<number of children>:<node value>\n
+
+The parser will look at <number of children> and will take that many lines
+following the current one as the child values for the nodes. This should be
+generated by a pre-order traversal of the tree. Pseudocode:
+
+  SerializeTree(TreeNode n) {
+    print n.children.Count()
+    print ':'
+    print n.value
+    print '\n'
+    foreach (TreeNode c in n.children) {
+      SerializeTree(c)
+    }
+  }
+
+The result, on stdout, will be an OmniGraffle 5 Plist document.
+"""
+
+class TreeNode(object):
+  """A tree node."""
+  def __init__(self, value):
+    super(TreeNode, self).__init__()
+    self.value        = value
+    self.children     = list()
+    self.num_children = 0
+    self.parent       = None
+
+def _ParseNode(string):
+  """Parses a stringified node into a TreeNode object."""
+  last = len(string) - 1
+  if string[last] == '\n':
+    string = string[0:last]
+
+  pos = string.find(':')
+
+  node              = TreeNode(string[pos+1:])
+  node.num_children = int(string[0:pos])
+  return node
+
+def _HelpReadTree(parent, nlist):
+  """Recursively joins children with their parents."""
+  if parent.num_children == 0:
+    return
+
+  for i in range(0, parent.num_children):
+    child = nlist.pop(0)
+    parent.children.append(child)
+    _HelpReadTree(child, nlist)
+
+def ReadTree(flat_nodes):
+  """Reads a list of flattened, serialized nodes and creates a tree with a
+  TreeNode root."""
+  nodes = map(_ParseNode, flat_nodes)
+  root = nodes[0]
+  _HelpReadTree(root, nodes[1:])
+  return root
+
+def _CreateGraffleNode(node, graphic_id):
+  """Creates a node for an OmniGraffle document."""
+  graf = dict()
+  graf['ID']      = graphic_id
+  graf['Class']   = "ShapedGraphic"
+  graf['Shape']   = "Circle"
+  graf['Text']    = {"Text": "{\rtf1\ansi " + node.value + "}"}
+  graf['Bounds']  = "{{0,0},{50,50}}"
+  return graf
+
+def _CreateGraffleLink(target, dest, graphic_id):
+  """Creates a OmniGraffle link between to graffle nodes (created via
+  _CreateGraffleLink())."""
+  graf = dict()
+  graf['ID']      = graphic_id
+  graf['Class']   = "LineGraphic"
+  graf['Head']    = {"ID": target['ID']}
+  graf['Tail']    = {"ID": dest['ID']}
+  graf['Style']   = {
+    "storke": {
+      'HeadArrow' : "FilledArrow",
+      'LineType'  : 1,
+      'TailArrow' : 0
+    }
+  }
+  return graf
+
+def CreateGraffle(root):
+  """Creates a dictionary, representing an OmniGraffle document."""
+  doc = dict()
+  doc['AutoAdjust']           = True
+  doc['BackgroundGraphic']    = {
+    "Class" : "SolidGraphic",
+    "ID"    : 2
+  }
+  doc['CanvasOrigin']         = "{0,0}"
+  doc['GraphDocumentVersion'] = 6
+  doc['OutlineStyle']         = "Basic"
+  doc['PageBreaks']           = False
+  doc['LayoutInfo']           = {
+    'Animate'         : False,
+    'AutoLayout'      : 2,
+    'LineLength'      : 0.5,
+    'circoMinDist'    : 15,
+    'circoSeparation' : 0,
+    'layoutEngine'    : "dot"
+  }
+  return doc
+
+def Main():
+  """Reads from stdin the serialized tree structure and assembles a tree."""
+  nodes = sys.stdin.readlines()
+  root  = ReadTree(nodes)
+
+if __name__ == '__main__':
+  Main()