def generate(self):
line_y_cord=-(273-118/2 + 180)*100
string="Element[ \"\" \"\" \"\" \"\" 1000 1000 0 0 0 100 \"\"] (\n"
if self.no_silk:
pass
else:
string+="\tElementLine ["+ pr(-self.length/2) + " " + repr(line_y_cord) + " " + pr(self.length/2) + " " + repr(line_y_cord) + " " + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " " + repr(line_y_cord) + " " + pr(-self.length/2) + " -24600" + " 1000]\n"
string+="\tElementLine ["+ pr(self.length/2) + " " + repr(line_y_cord) + " " + pr(self.length/2) + " -24600" + " 1000]\n"
for a in self.arrays:
string+=(a.generate())
return string + "\n)"
def generate(self):
"""Generate the component. """
string="Element[ \"\" \"\" \"\" \"\" 1000 1000 0 0 0 100 \"\"] (\n"
string+="\tElementLine ["+ pr(-self.length/2) + " " + pr(-self.width/2) + " " + pr(self.length/2) + " " + pr(-self.width/2) + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " " + pr(self.width/2) + " " + pr(self.length/2) + " " + pr(self.width/2) + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " " + pr(-self.width/2) + " " + pr(-self.length/2) + " " + pr(self.width/2) + " 1000]\n"
string+="\tElementLine ["+ pr(self.length/2) + " " + pr(-self.width/2) + " " + pr(self.length/2) + " " + pr(self.width/2) + " 1000]\n"
for a in self.arrays:
string+=(a.generate())
return string + "\n)"
def generate(self):
string="Element[ \"\" \"\" \"\" \"\" 1000 1000 0 0 0 100 \"\"] (\n"
string+="\tElementLine ["+ pr(-self.length/2) + " -46900 " + pr(self.length/2) + " -46900" + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " -46900 " + pr(-self.length/2) + " -24600" + " 1000]\n"
string+="\tElementLine ["+ pr(self.length/2) + " -46900 " + pr(self.length/2) + " -24600" + " 1000]\n"
for a in self.arrays:
string+=(a.generate())
return string + "\n)"
def generate(self):
string="Element[ \"\" \"\" \"\" \"\" 1000 1000 0 0 0 100 \"\"] (\n"
string+="\tElementLine ["+ pr(-self.length/2) + " -57700 " + pr(self.length/2) + " -57700" + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " -57700 " + pr(-self.length/2) + " -24600" + " 1000]\n"
string+="\tElementLine ["+ pr(self.length/2) + " -57700 " + pr(self.length/2) + " -24600" + " 1000]\n"
for a in self.arrays:
string+=(a.generate())
return string + "\n)"
def generate(self):
arc_rad=2000 # radius of half arc for marking orientation
string="Element[ \"\" \"\" \"\" \"\" 1000 1000 0 0 0 100 \"\"] (\n"
string+="\tElementLine ["+ pr(-self.length/2) + " " + pr(self.width/2)+ " " + pr(self.length/2)+ " " + pr(self.width/2) + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " " + pr(-self.width/2)+ " " + pr(self.length/2)+ " " + pr(-self.width/2) + " 1000]\n"
string+="\tElementLine ["+ pr(self.length/2) + " "+ pr(-self.width/2) + " "+ pr(self.length/2)+ " " + pr(self.width/2) + " 1000]\n"
# draw the little half circle for showing oreientation
string+="\tElementLine ["+ pr(-self.length/2) + " "+ pr(-self.width/2) + " "+ pr(-self.length/2)+ " " + pr(-arc_rad) + " 1000]\n"
string+="\tElementLine ["+ pr(-self.length/2) + " "+ pr(arc_rad) + " "+ pr(-self.length/2)+ " " + pr(self.width/2) + " 1000]\n"
string+="\tElementArc ["+ pr(-self.length/2) + " "+ pr(0) + " "+ pr(arc_rad)+ " " + pr(arc_rad) + " " + pr(90) + " " + pr(180)+ " 1000]\n"
for a in self.arrays:
string+=(a.generate())
return string + "\n)"
def generate(self):
string = "Element[ \"\" \"\" \"\" \"\" 1000 1000 0 0 0 100 \"\"] (\n"
string += "\tElementLine [" + pr(-self.length / 2) + " " + pr(
-self.width / 2) + " " + pr(self.length / 2) + " " + pr(
-self.width / 2) + " 1000]\n"
string += "\tElementLine [" + pr(-self.length / 2) + " " + pr(
-self.width / 2) + " " + pr(-self.length / 2) + " " + pr(
self.width / 2) + " 1000]\n"
string += "\tElementLine [" + pr(self.length / 2) + " " + pr(
-self.width / 2) + " " + pr(self.length / 2) + " " + pr(
self.width / 2) + " 1000]\n"
string += "\tElementLine [" + pr(self.length / 2) + " " + pr(
self.width / 2) + " " + pr(-self.length / 2) + " " + pr(
self.width / 2) + " 1000]\n"
#draw the outer box for modem
side = 1728.3 * 100 #1/100 mils
y_offset = -574.8 * 100 #1/100 mils
x_offset = 383.86 * 100 #1/100 mils
string += "\tElementLine [" + pr(-(side / 2 + x_offset)) + " " + pr(
-(side / 2 + y_offset)) + " " + pr(
-(side / 2 + x_offset)) + " " + pr(side / 2 -
y_offset) + " 1000]\n"
string += "\tElementLine [" + pr(-(side / 2 + x_offset)) + " " + pr(
-(side / 2 + y_offset)) + " " + pr(side / 2 - x_offset) + " " + pr(
-(side / 2 + y_offset)) + " 1000]\n"
string += "\tElementLine [" + pr(side / 2 - x_offset) + " " + pr(
side / 2 - y_offset) + " " + pr(-(side / 2 + x_offset)) + " " + pr(
side / 2 - y_offset) + " 1000]\n"
string += "\tElementLine [" + pr(side / 2 - x_offset) + " " + pr(
side / 2 - y_offset) + " " + pr(side / 2 - x_offset) + " " + pr(
-(side / 2 + y_offset)) + " 1000]\n"
for a in self.arrays:
string += (a.generate())
return string + "\n)"
def generate(self):
string = 'Element[ "" "" "" "" 1000 1000 0 0 0 100 ""] (\n'
string += (
"\tElementLine ["
+ pr(-self.length / 2)
+ " "
+ pr(-self.width / 2)
+ " "
+ pr(self.length / 2)
+ " "
+ pr(-self.width / 2)
+ " 1000]\n"
)
string += (
"\tElementLine ["
+ pr(-self.length / 2)
+ " "
+ pr(-self.width / 2)
+ " "
+ pr(-self.length / 2)
+ " "
+ pr(self.width / 2)
+ " 1000]\n"
)
string += (
"\tElementLine ["
+ pr(self.length / 2)
+ " "
+ pr(-self.width / 2)
+ " "
+ pr(self.length / 2)
+ " "
+ pr(self.width / 2)
+ " 1000]\n"
)
string += (
"\tElementLine ["
+ pr(self.length / 2)
+ " "
+ pr(self.width / 2)
+ " "
+ pr(-self.length / 2)
+ " "
+ pr(self.width / 2)
+ " 1000]\n"
)
# draw the outer box for modem
side = 1728.3 * 100 # 1/100 mils
y_offset = -574.8 * 100 # 1/100 mils
x_offset = 383.86 * 100 # 1/100 mils
string += (
"\tElementLine ["
+ pr(-(side / 2 + x_offset))
+ " "
+ pr(-(side / 2 + y_offset))
+ " "
+ pr(-(side / 2 + x_offset))
+ " "
+ pr(side / 2 - y_offset)
+ " 1000]\n"
)
string += (
"\tElementLine ["
+ pr(-(side / 2 + x_offset))
+ " "
+ pr(-(side / 2 + y_offset))
+ " "
+ pr(side / 2 - x_offset)
+ " "
+ pr(-(side / 2 + y_offset))
+ " 1000]\n"
)
string += (
"\tElementLine ["
+ pr(side / 2 - x_offset)
+ " "
+ pr(side / 2 - y_offset)
+ " "
+ pr(-(side / 2 + x_offset))
+ " "
+ pr(side / 2 - y_offset)
+ " 1000]\n"
)
string += (
"\tElementLine ["
+ pr(side / 2 - x_offset)
+ " "
+ pr(side / 2 - y_offset)
+ " "
+ pr(side / 2 - x_offset)
+ " "
+ pr(-(side / 2 + y_offset))
+ " 1000]\n"
)
for a in self.arrays:
string += a.generate()
return string + "\n)"
