def pcb2(pol):
shapes = []
shapes += mbpcb.make_circle("board-outline", 0.0, 0.0, pcb_r1, outline=0.1)
# coax connection
shapes += mbpcb.make_circle("drill-plated", 0.0, 0.0, coax_r3 + hole_sp2, pad=True)
shapes += mbpcb.make_circle("copper1-top", 0.0, 0.0, coax_r3 + solder_w, pad=True)
shapes += mbpcb.make_circle("copper1-bot", 0.0, 0.0, coax_r3 + solder_w, pad=True)
shapes += mbpcb.make_circle("mask-top", 0.0, 0.0, coax_r3 + solder_w + mask_sp, pad=True)
shapes += mbpcb.make_circle("mask-bot", 0.0, 0.0, coax_r3 + solder_w + mask_sp, pad=True)
# ring
#shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, (hole_r2 + disk_r2) / 2, 0.0, 360.0, outline=disk_r2 - hole_r2)
shapes += mbpcb.make_circle("copper1-top", 0.0, 0.0, (hole_r2 + disk_r2) / 2, outline=disk_r2 - hole_r2)
# legs
for angle in arange(3) * 120 + 90:
if pol == "LHCP":
a1 = angle - track_b1 + (track_w2 - track_w1) / 2.0 / track_r1
a2 = a1 - track_a1
a3 = angle - track_b1
a4 = angle - track_b1 - track_c1
else:
a1 = angle + track_b1 - (track_w2 - track_w1) / 2.0 / track_r1
a2 = a1 + track_a1
a3 = angle + track_b1
a4 = angle + track_b1 + track_c1
a5 = angle + 60.0
shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, track_r1, a1, a2, outline=track_w1)
shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, track_r2, a3, a4, outline=track_w1)
shapes += mbpcb.make_line("copper1-top",
track_r1 * cos(a3 * pi/180), track_r1 * sin(a3 * pi/180),
track_r2 * cos(a3 * pi/180), track_r2 * sin(a3 * pi/180), outline=track_w2)
shapes += mbpcb.make_line("copper1-top",
disk_r2 * cos(a4 * pi/180), disk_r2 * sin(a4 * pi/180),
track_r2 * cos(a4 * pi/180), track_r2 * sin(a4 * pi/180), outline=track_w2)
shapes += mbpcb.make_line("copper1-top", 0.0, 0.0,
hole_r2 * cos(a5 * pi/180), hole_r2 * sin(a5 * pi/180), outline=track_w2)
shapes += mbpcb.make_line("silk-top",
track_r1 * cos(angle * pi/180), track_r1 * sin(angle * pi/180),
track_r2 * cos(angle * pi/180), track_r2 * sin(angle * pi/180), outline=0.2)
shapes += mbpcb.make_line("silk-bot",
track_r1 * cos(angle * pi/180), track_r1 * sin(angle * pi/180),
track_r2 * cos(angle * pi/180), track_r2 * sin(angle * pi/180), outline=0.2)
# OSHW logo
shapes += mbpcb.make_polygon("silk-bot", 1.8 * oshw_x, 1.8 * oshw_y + 5.8)
# text
shapes2 = mbpcb.make_text("silk-top", "fonts/Salsa.ttf", "Pagoda-" + version + " · 5.8GHz · " + pol + " · CC BY-SA", fontsize2,
0.0, 0.0, align="center", valign="center", spacing=0.05)
polygon_arc(shapes2, 0.0, 0.0, 6.1, -90.0)
mbpcb.pcb_transform(shapes2, 0.0, 0.0, 0.0, 0.0, 0.0, True)
shapes += shapes2
return shapes
def pcb3():
#shapes = []
#shapes += mbpcb.make_circle("board-outline", 0.0, 0.0, pcb_r3, outline=0.1)
global multi_pcb_spacing
global panel_x
global panel_y
global panel_count
shapes = []
#shapes += mbpcb.make_circle("board-outline", 0.0, 0.0, pcb_r1, outline=0.1)
outline_w = 0.1
arc_gap = 1.8 * 15
bar_len = (multi_pcb_spacing - 2 * pcb_r3) / 2 + 2 * outline_w
breakaway_hole_dia = 0.35
breakaway_hole_spacing = breakaway_hole_dia + 0.3
for apos in range(4):
arc_shape = mbpcb.make_arc("board-outline",
0.0,
0.0,
pcb_r3,
apos * 90 + arc_gap / 2,
apos * 90 + 90 - arc_gap / 2,
outline=outline_w)
shapes += arc_shape
#extract start and endpoint of arc
arc = [[arc_shape[0]["x"][0], arc_shape[0]["y"][0]],
[arc_shape[0]["x"][-1], arc_shape[0]["y"][-1]]]
#add bar and cut holes
if (apos == 0):
dir_x = 1
dir_y = 0
elif (apos == 1):
dir_x = 0
dir_y = 1
elif (apos == 2):
dir_x = -1
dir_y = 0
else:
dir_x = 0
dir_y = -1
shapes += mbpcb.make_line("board-outline",
arc[0][0],
arc[0][1],
arc[0][0] + dir_x * bar_len,
arc[0][1] + dir_y * bar_len,
outline=outline_w)
shapes += mbpcb.make_line("board-outline",
arc[1][0],
arc[1][1],
arc[1][0] - dir_y * bar_len,
arc[1][1] + dir_x * bar_len,
outline=outline_w)
for hole in range(4):
shapes += mbpcb.make_circle(
"drill-plated",
arc[0][0] + dir_x * 1.1 * breakaway_hole_dia + dir_y *
(hole + 0.6) * breakaway_hole_spacing,
arc[0][1] + dir_y * 1.1 * breakaway_hole_dia - dir_x *
(hole + 0.6) * breakaway_hole_spacing,
breakaway_hole_dia / 2,
pad=False)
#close sides
if (panel_x == 0):
if (apos == 2):
#close left side
shapes += mbpcb.make_line("board-outline",
arc[0][0] - bar_len,
arc[0][1],
arc[0][0] - bar_len,
+0 * outline_w / 2,
outline=outline_w)
elif (apos == 1):
#close left side
shapes += mbpcb.make_line("board-outline",
arc[1][0] - bar_len,
arc[1][1],
arc[1][0] - bar_len,
-0 * outline_w / 2,
outline=outline_w)
elif (panel_x == (panel_count - 1)):
if (apos == 3):
#close right side
shapes += mbpcb.make_line("board-outline",
arc[1][0] + bar_len,
arc[1][1],
arc[1][0] + bar_len,
+0 * outline_w / 2,
outline=outline_w)
elif (apos == 0):
#close left side
shapes += mbpcb.make_line("board-outline",
arc[0][0] + bar_len,
arc[0][1],
arc[0][0] + bar_len,
-0 * outline_w / 2,
outline=outline_w)
if (panel_y == 0):
if (apos == 3):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[0][0],
arc[0][1] - bar_len,
-0 * outline_w / 2,
arc[0][1] - bar_len,
outline=outline_w)
elif (apos == 2):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[1][0],
arc[1][1] - bar_len,
+0 * outline_w / 2,
arc[1][1] - bar_len,
outline=outline_w)
if (panel_y == (panel_count - 1)):
if (apos == 1):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[0][0],
arc[0][1] + bar_len,
+0 * outline_w / 2,
arc[0][1] + bar_len,
outline=outline_w)
elif (apos == 0):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[1][0],
arc[1][1] + bar_len,
-0 * outline_w / 2,
arc[1][1] + bar_len,
outline=outline_w)
# coax connection
shapes += mbpcb.make_circle("drill-plated",
0.0,
0.0,
coax_r3 + hole_sp2,
pad=True)
shapes += mbpcb.make_circle("copper1-top",
0.0,
0.0,
coax_r3 + solder_w,
pad=True)
shapes += mbpcb.make_circle("copper1-bot",
0.0,
0.0,
coax_r3 + solder_w,
pad=True)
shapes += mbpcb.make_circle("mask-top",
0.0,
0.0,
coax_r3 + solder_w + mask_sp,
pad=True)
shapes += mbpcb.make_circle("mask-bot",
0.0,
0.0,
coax_r3 + solder_w + mask_sp,
pad=True)
# disk
shapes += mbpcb.make_circle("copper1-bot", 0.0, 0.0, disk_r3)
# text
shapes2 = mbpcb.make_text("silk-top",
"fonts/Salsa.ttf",
"Pagoda-2 · OSHW · CC BY-SA",
1.8,
0.0,
0.0,
align="center",
valign="center",
spacing=0.05)
polygon_arc(shapes2, 0.0, 0.0, 4.25, -90.0)
shapes3 = mbpcb.make_text("silk-top",
"fonts/Salsa.ttf",
"·",
1.8,
0.0,
0.0,
align="center",
valign="center",
spacing=0.05)
polygon_arc(shapes3, 0.0, 0.0, 4.25, 90.0)
mbpcb.pcb_transform(shapes2, 0.0, 0.0, 0.0, 0.0, 0.0, True)
mbpcb.pcb_transform(shapes3, 0.0, 0.0, 0.0, 0.0, 0.0, True)
shapes += shapes2 + shapes3
return shapes
def pcb2(pol):
#shapes = []
#shapes += mbpcb.make_circle("board-outline", 0.0, 0.0, pcb_r1, outline=0.1)
global multi_pcb_spacing
global panel_x
global panel_y
global panel_count
shapes = []
#shapes += mbpcb.make_circle("board-outline", 0.0, 0.0, pcb_r1, outline=0.1)
outline_w = 0.1
arc_gap = 15
bar_len = (multi_pcb_spacing - 2 * pcb_r1) / 2 + 2 * outline_w
breakaway_hole_dia = 0.35
breakaway_hole_spacing = breakaway_hole_dia + 0.3
for apos in range(4):
arc_shape = mbpcb.make_arc("board-outline",
0.0,
0.0,
pcb_r1,
apos * 90 + arc_gap / 2,
apos * 90 + 90 - arc_gap / 2,
outline=outline_w)
shapes += arc_shape
#extract start and endpoint of arc
arc = [[arc_shape[0]["x"][0], arc_shape[0]["y"][0]],
[arc_shape[0]["x"][-1], arc_shape[0]["y"][-1]]]
#add bar and cut holes
if (apos == 0):
dir_x = 1
dir_y = 0
elif (apos == 1):
dir_x = 0
dir_y = 1
elif (apos == 2):
dir_x = -1
dir_y = 0
else:
dir_x = 0
dir_y = -1
shapes += mbpcb.make_line("board-outline",
arc[0][0],
arc[0][1],
arc[0][0] + dir_x * bar_len,
arc[0][1] + dir_y * bar_len,
outline=outline_w)
shapes += mbpcb.make_line("board-outline",
arc[1][0],
arc[1][1],
arc[1][0] - dir_y * bar_len,
arc[1][1] + dir_x * bar_len,
outline=outline_w)
for hole in range(4):
shapes += mbpcb.make_circle(
"drill-plated",
arc[0][0] + dir_x * 1.1 * breakaway_hole_dia + dir_y *
(hole + 0.6) * breakaway_hole_spacing,
arc[0][1] + dir_y * 1.1 * breakaway_hole_dia - dir_x *
(hole + 0.6) * breakaway_hole_spacing,
breakaway_hole_dia / 2,
pad=False)
#close sides
if (panel_x == 0):
if (apos == 2):
#close left side
shapes += mbpcb.make_line("board-outline",
arc[0][0] - bar_len,
arc[0][1],
arc[0][0] - bar_len,
+0 * outline_w / 2,
outline=outline_w)
elif (apos == 1):
#close left side
shapes += mbpcb.make_line("board-outline",
arc[1][0] - bar_len,
arc[1][1],
arc[1][0] - bar_len,
-0 * outline_w / 2,
outline=outline_w)
elif (panel_x == (panel_count - 1)):
if (apos == 3):
#close right side
shapes += mbpcb.make_line("board-outline",
arc[1][0] + bar_len,
arc[1][1],
arc[1][0] + bar_len,
+0 * outline_w / 2,
outline=outline_w)
elif (apos == 0):
#close left side
shapes += mbpcb.make_line("board-outline",
arc[0][0] + bar_len,
arc[0][1],
arc[0][0] + bar_len,
-0 * outline_w / 2,
outline=outline_w)
if (panel_y == 0):
if (apos == 3):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[0][0],
arc[0][1] - bar_len,
-0 * outline_w / 2,
arc[0][1] - bar_len,
outline=outline_w)
elif (apos == 2):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[1][0],
arc[1][1] - bar_len,
+0 * outline_w / 2,
arc[1][1] - bar_len,
outline=outline_w)
if (panel_y == (panel_count - 1)):
if (apos == 1):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[0][0],
arc[0][1] + bar_len,
+0 * outline_w / 2,
arc[0][1] + bar_len,
outline=outline_w)
elif (apos == 0):
#close bot
shapes += mbpcb.make_line("board-outline",
arc[1][0],
arc[1][1] + bar_len,
-0 * outline_w / 2,
arc[1][1] + bar_len,
outline=outline_w)
# coax connection
shapes += mbpcb.make_circle("drill-plated",
0.0,
0.0,
coax_r3 + hole_sp2,
pad=True)
shapes += mbpcb.make_circle("copper1-top",
0.0,
0.0,
coax_r3 + solder_w,
pad=True)
shapes += mbpcb.make_circle("copper1-bot",
0.0,
0.0,
coax_r3 + solder_w,
pad=True)
shapes += mbpcb.make_circle("mask-top",
0.0,
0.0,
coax_r3 + solder_w + mask_sp,
pad=True)
shapes += mbpcb.make_circle("mask-bot",
0.0,
0.0,
coax_r3 + solder_w + mask_sp,
pad=True)
# ring
#shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, (hole_r2 + disk_r2) / 2, 0.0, 360.0, outline=disk_r2 - hole_r2)
shapes += mbpcb.make_circle("copper1-top",
0.0,
0.0, (hole_r2 + disk_r2) / 2,
outline=disk_r2 - hole_r2)
# legs
for angle in arange(3) * 120 + 90:
if pol == "LHCP":
a1 = angle - track_b1 + (track_w2 - track_w1) / 2.0 / track_r1
a2 = a1 - track_a1
a3 = angle - track_b1
a4 = angle - track_b1 - track_c1
else:
a1 = angle + track_b1 - (track_w2 - track_w1) / 2.0 / track_r1
a2 = a1 + track_a1
a3 = angle + track_b1
a4 = angle + track_b1 + track_c1
a5 = angle + 60.0
shapes += mbpcb.make_arc("copper1-top",
0.0,
0.0,
track_r1,
a1,
a2,
outline=track_w1)
shapes += mbpcb.make_arc("copper1-top",
0.0,
0.0,
track_r2,
a3,
a4,
outline=track_w1)
shapes += mbpcb.make_line("copper1-top",
track_r1 * cos(a3 * pi / 180),
track_r1 * sin(a3 * pi / 180),
track_r2 * cos(a3 * pi / 180),
track_r2 * sin(a3 * pi / 180),
outline=track_w2)
shapes += mbpcb.make_line("copper1-top",
disk_r2 * cos(a4 * pi / 180),
disk_r2 * sin(a4 * pi / 180),
track_r2 * cos(a4 * pi / 180),
track_r2 * sin(a4 * pi / 180),
outline=track_w2)
shapes += mbpcb.make_line("copper1-top",
0.0,
0.0,
hole_r2 * cos(a5 * pi / 180),
hole_r2 * sin(a5 * pi / 180),
outline=track_w2)
shapes += mbpcb.make_line("silk-top",
track_r1 * cos(angle * pi / 180),
track_r1 * sin(angle * pi / 180),
track_r2 * cos(angle * pi / 180),
track_r2 * sin(angle * pi / 180),
outline=0.2)
shapes += mbpcb.make_line("silk-bot",
track_r1 * cos(angle * pi / 180),
track_r1 * sin(angle * pi / 180),
track_r2 * cos(angle * pi / 180),
track_r2 * sin(angle * pi / 180),
outline=0.2)
# OSHW logo
shapes += mbpcb.make_polygon("silk-bot", 1.8 * oshw_x, 1.8 * oshw_y + 5.8)
# text
shapes2 = mbpcb.make_text("silk-top",
"fonts/Salsa.ttf",
"Pagoda-2 · 5.8GHz · " + pol + " · CC BY-SA",
1.8,
0.0,
0.0,
align="center",
valign="center",
spacing=0.05)
polygon_arc(shapes2, 0.0, 0.0, 6.1, -90.0)
mbpcb.pcb_transform(shapes2, 0.0, 0.0, 0.0, 0.0, 0.0, True)
shapes += shapes2
return shapes
def pcb1(pol):
shapes = []
shapes += mbpcb.make_circle("board-outline", 0.0, 0.0, pcb_r1, outline=0.1)
# coax connection
shapes += mbpcb.make_circle("drill-plated", 0.0, 0.0, coax_r1 + hole_sp, pad=True)
shapes += mbpcb.make_circle("copper1-top", 0.0, 0.0, coax_r1 + solder_w)
shapes += mbpcb.make_circle("copper1-bot", 0.0, 0.0, coax_r3 + solder_w, pad=True)
shapes += mbpcb.make_circle("copper1-bot", 0.0, 0.0, coax_r2, hole=True, pad=True)
shapes += mbpcb.make_circle("copper1-bot", 0.0, 0.0, coax_r1 + hole_sp + ring_w, pad=True, order=1)
shapes += mbpcb.make_circle("mask-top", 0.0, 0.0, coax_r1 + solder_w + mask_sp)
shapes += mbpcb.make_circle("mask-bot", 0.0, 0.0, coax_r3 + solder_w + mask_sp, pad=True)
shapes += mbpcb.make_circle("mask-bot", 0.0, 0.0, coax_r2 - mask_sp, hole=True, pad=True)
shapes += mbpcb.make_circle("mask-bot", 0.0, 0.0, coax_r1 + hole_sp + ring_w + mask_sp, pad=True, order=1)
# ring
#shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, (hole_r1 + disk_r1) / 2, 0.0, 360.0, outline=disk_r1 - hole_r1)
shapes += mbpcb.make_circle("copper1-top", 0.0, 0.0, (hole_r1 + disk_r1) / 2, outline=disk_r1 - hole_r1)
# legs
for angle in arange(3) * 120 + 90:
if pol == "LHCP":
a1 = angle + track_b1 - (track_w2 - track_w1) / 2.0 / track_r1
a2 = a1 + track_a1
a3 = angle + track_b1
a4 = angle + track_b1 + track_c1
else:
a1 = angle - track_b1 + (track_w2 - track_w1) / 2.0 / track_r1
a2 = a1 - track_a1
a3 = angle - track_b1
a4 = angle - track_b1 - track_c1
a5 = angle + 60.0
shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, track_r1, a1, a2, outline=track_w1)
shapes += mbpcb.make_arc("copper1-top", 0.0, 0.0, track_r2, a3, a4, outline=track_w1)
shapes += mbpcb.make_line("copper1-top",
track_r1 * cos(a3 * pi/180), track_r1 * sin(a3 * pi/180),
track_r2 * cos(a3 * pi/180), track_r2 * sin(a3 * pi/180), outline=track_w2)
shapes += mbpcb.make_line("copper1-top",
disk_r1 * cos(a4 * pi/180), disk_r1 * sin(a4 * pi/180),
track_r2 * cos(a4 * pi/180), track_r2 * sin(a4 * pi/180), outline=track_w2)
shapes += mbpcb.make_line("copper1-top", 0.0, 0.0,
hole_r1 * cos(a5 * pi/180), hole_r1 * sin(a5 * pi/180), outline=track_w2)
shapes += mbpcb.make_line("silk-top",
track_r1 * cos(angle * pi/180), track_r1 * sin(angle * pi/180),
track_r2 * cos(angle * pi/180), track_r2 * sin(angle * pi/180), outline=0.2)
shapes += mbpcb.make_line("silk-bot",
track_r1 * cos(angle * pi/180), track_r1 * sin(angle * pi/180),
track_r2 * cos(angle * pi/180), track_r2 * sin(angle * pi/180), outline=0.2)
# text
shapes += mbpcb.make_text("silk-top", "fonts/Salsa.ttf", pol, 1.8,
0.0, 5.5, align="center", valign="center", spacing=0.05)
shapes += mbpcb.make_text("silk-top", "fonts/Salsa.ttf", "Pagoda-" + version, fontsize1,
0.0, 3.0, align="center", valign="center", spacing=0.05)
shapes += mbpcb.make_text("silk-top", "fonts/Salsa.ttf", "Designed by", 1.8,
0.0, -2.0, align="center", valign="center", spacing=0.05)
shapes += mbpcb.make_text("silk-top", "fonts/Salsa.ttf", "Maarten", 1.8,
0.0, -4.0, align="center", valign="center", spacing=0.05)
shapes += mbpcb.make_text("silk-top", "fonts/Salsa.ttf", "Baert", 1.8,
0.0, -6.0, align="center", valign="center", spacing=0.05)
return shapes