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Shape object to the
path, possibly connecting the new geometry to the existing path
segments with a line segment.
PathIterator object
to the path, possibly connecting the new geometry to the existing
path segments with a line segment.
n into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
b into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
byte into an unsigned integer.
BigInteger represented by the bytes in
data staring at offset offset[0].
boolean represented by the bytes in
data staring at offset offset[0].
double represented by the bytes in
data staring at offset offset[0].
int represented by the bytes in
data staring at offset offset[0].
bytess into an array of
ints.
long represented by the bytes in
data staring at offset offset[0].
short represented by the bytes in
data staring at offset offset[0].
String represented by the bytes in
data staring at offset offset[0].
moveTo.
Shape.
Point2D is inside the boundary
of this Shape.
Shape.
Rectangle2D
is inside the boundary of this Shape.
Shape.
d into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
bytes contain the same
contents.
GeneralPathX class represents a geometric path
constructed from straight lines, and quadratic and cubic
(Bézier) curves. GeneralPathX object.
GeneralPathX object with the specified
winding rule to control operations that require the interior of the
path to be defined.
GeneralPathX object with the specified
winding rule and the specified initial capacity to store path
coordinates.
GeneralPathX object from an arbitrary
Shape object.
Point2D object.
m_Justification: Left/Top = 0
Center/Top = 6 Right/Top = 12 Left/Center = 1
Center/Center = 7 Right/Center = 13 Left/Bottom = 2
Center/Bottom = 8 Right/Bottom = 14
PathIterator object that iterates along the
boundary of this Shape and provides access to the
geometry of the outline of this Shape.
PathIterator object that iterates along the
boundary of the flattened Shape and provides access to the
geometry of the outline of the Shape.
i into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
Shape intersects the
interior of a specified set of rectangular coordinates.
Shape intersects the
interior of a specified Rectangle2D.
ints into an array of
bytes.
l into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
bytes to another.
bytes into another.
String representation for the specified array of
bytes.
m_Justification: Left/Top = 0
Center/Top = 6 Right/Top = 12 Left/Center = 1
Center/Center = 7 Right/Center = 13 Left/Bottom = 2
Center/Bottom = 8 Right/Bottom = 14
s into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
s into the byte array
data, starting at index offset [0], and
increment offset [0] by the number of bytes written; if
data == null, increment offset [0] by the
number of bytes that would have been written otherwise.
AffineTransform.
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