def measure_mroot(node):
if len(node.children) != 2:
node.error("Invalid content of 'mroot' element: element should have exactly two children")
if len(node.children) < 2:
node.rootindex = None
measure_msqrt(node)
else:
setNodeBase(node, node.children[0])
node.rootindex = node.children[1]
enclosures.addRadicalEnclosure(node)
node.width += max(0, node.rootindex.width - node.cornerWidth)
node.height += max(0, node.rootindex.height + node.rootindex.depth - node.cornerHeight)
node.ascender = node.height
def measure_mroot(node):
if len(node.children) != 2:
node.error(
"Invalid content of 'mroot' element: element should have exactly two children"
)
if len(node.children) < 2:
node.rootindex = None
measure_msqrt(node)
else:
setNodeBase(node, node.children[0])
node.rootindex = node.children[1]
enclosures.addRadicalEnclosure(node)
node.width += max(0, node.rootindex.width - node.cornerWidth)
node.height += max(
0,
node.rootindex.height + node.rootindex.depth - node.cornerHeight)
node.ascender = node.height
def measure_msqrt(node):
# Create an explicit mrow if there's more than one child
createImplicitRow(node)
enclosures.addRadicalEnclosure(node)
def measure_msqrt(node):
# Create an explicit mrow if there's more than one child
createImplicitRow(node)
enclosures.addRadicalEnclosure(node)
