def plot_text(file, alignment, x0, y0, text, font, color, depth):
# Alignments can be different
if alignment == "Left":
file.write("4 0 %3d %3d -1 " % (code_color(color), depth))
elif alignment == "Center":
file.write("4 1 %3d %3d -1 " % (code_color(color), depth))
elif alignment == "Right":
file.write("4 2 %3d %3d -1 " % (code_color(color), depth))
file.write("%5d" % code_font(font)) # font code
file.write("%3d" % (Const.FONT_SIZE * 36)) # font size
file.write(" 0.0000 4 ")
text_width = 3 # could be any value
text_height = 3 # could be any value
file.write("%9d" %
(text_height * Const.XFIG_SCALE)) # text height xfig units
file.write("%9d" %
(text_width * Const.XFIG_SCALE)) # text width xfig units
file.write("%9d %9d" % ((x0) * Const.XFIG_SCALE, (y0) * Const.XFIG_SCALE))
if alignment == "Center":
file.write("%s\\001\n" % text)
else:
file.write("%s%s\\001\n" % (" ", text))
def plot_type_frame(file, box_width, object):
if object.Type() == "Module":
color = Const.COLOR_HEADER_MODULE
if object.Type() == "Subroutine":
color = Const.COLOR_HEADER_SUBROUTINE
if object.Type() == "Function":
color = Const.COLOR_HEADER_FUNCTION
if object.Type() == "Program":
color = Const.COLOR_HEADER_PROGRAM
x0 = object.x0 * Const.XFIG_SCALE
x1 = (object.x0 + box_width) * Const.XFIG_SCALE
y0 = (object.y0 + ( 1 ) * Const.UNIT_BOX_HEIGHT ) * Const.XFIG_SCALE
y1 = y0 + object.N_Types() * Const.UNIT_BOX_HEIGHT * Const.XFIG_SCALE
file.write("2 2 0 ")
file.write("%3d " % Const.THICKNESS)
file.write("0")
file.write("%3d " % code_color(color))
file.write("11 -1 30 0.000 0 0 -1 0 0 5\n") # 30*5 = 150% intensity
file.write("%9d %9d" % ( x0, y0) )
file.write("%9d %9d" % ( x1, y0) )
file.write("%9d %9d" % ( x1, y1) )
file.write("%9d %9d" % ( x0, y1) )
file.write("%9d %9d\n"% ( x0, y0) )
def plot_line(file, x0, y0, x1, y1, color, depth):
file.write("2 1 0 1 %3d 7 %3d -1 -1 0.000 0 0 -1 0 0 2" \
% (code_color(color), depth))
file.write("\n%9d %9d" % ( (x0) * Const.XFIG_SCALE, \
(y0) * Const.XFIG_SCALE))
file.write("%9d %9d" % ( (x1) * Const.XFIG_SCALE, \
(y1) * Const.XFIG_SCALE))
file.write("\n")
def plot_title_frame(file, object, box_width, box_height):
file.write("2 2 0 ")
file.write("%3d " % Const.THICKNESS)
file.write("0")
if object.Type() == "Subroutine":
file.write("%3d " % code_color(Const.COLOR_HEADER_SUBROUTINE))
elif object.Type() == "Program":
file.write("%3d " % code_color(Const.COLOR_HEADER_PROGRAM))
elif object.Type() == "Module":
file.write("%3d " % code_color(Const.COLOR_HEADER_MODULE))
elif object.Type() == "Function":
file.write("%3d " % code_color(Const.COLOR_HEADER_FUNCTION))
file.write("15 -1 20 0.000 0 0 -1 0 0 5\n")
file.write("%9d %9d" % ( object.x0 *Const.XFIG_SCALE, \
object.y0 *Const.XFIG_SCALE))
file.write("%9d %9d" % ((object.x0+box_width) *Const.XFIG_SCALE, \
object.y0 *Const.XFIG_SCALE))
file.write("%9d %9d" % ((object.x0+box_width) *Const.XFIG_SCALE, \
(object.y0+box_height)*Const.XFIG_SCALE))
file.write("%9d %9d" % ( object.x0 *Const.XFIG_SCALE, \
(object.y0+box_height)*Const.XFIG_SCALE))
file.write("%9d %9d\n"% ( object.x0 *Const.XFIG_SCALE, \
object.y0 *Const.XFIG_SCALE))
def plot_use_frame(file, box_width, object):
x0 = object.x0 * Const.XFIG_SCALE
x1 = (object.x0 + box_width) * Const.XFIG_SCALE
y0 = (object.y0 + ( 1 \
+ object.N_Types()) * Const.UNIT_BOX_HEIGHT ) * Const.XFIG_SCALE
y1 = y0 + object.N_Uses() * Const.UNIT_BOX_HEIGHT * Const.XFIG_SCALE
file.write("2 2 0 ")
file.write("%3d " % Const.THICKNESS)
file.write("0")
file.write("%3d " % code_color(Const.COLOR_BOX))
file.write("12 -1 20 0.000 0 0 -1 0 0 5\n")
file.write("%9d %9d" % (x0, y0))
file.write("%9d %9d" % (x1, y0))
file.write("%9d %9d" % (x1, y1))
file.write("%9d %9d" % (x0, y1))
file.write("%9d %9d\n" % (x0, y0))