def main():
try:
tc = trackchart.new([
(1024, 768),
20,
float(sys.argv[-3]),
float(sys.argv[-2]),
"../known/berlin.csv",
sys.argv[-1],
])
except (IndexError, ValueError):
print("Usage: %s start_mile end_mile data_file" % sys.argv[0])
sys.exit()
trackchart.mainline(tc)
trackchart.mileposts(tc, from_file=True)
trackchart.bridges_and_crossings(tc)
trackchart.stations(tc)
#trackchart.elevation(tc)
#trackchart.curvature(tc)
trackchart.accel(tc)
trackchart.townlines(tc)
trackchart.yardlimits(tc)
trackchart.controlpoints(tc)
trackchart.sidings(tc)
trackchart.draw_title(tc)
filename = "images/berlin_%s_%s.png" % (sys.argv[-3], sys.argv[-2])
tc['image'].save(filename)
os.system("eog %s" % filename)
def main():
"""
Main
"""
try:
mychart = trackchart.new([(1024, 768),
20, float(sys.argv[-3]), float(sys.argv[-2]),
"../known/northern.csv", sys.argv[-1]])
except (IndexError, ValueError):
print("Usage: %s start_mile end_mile file.json" % sys.argv[0])
sys.exit()
data_file = sys.argv[-1] != "-"
#print("border")
#trackchart.border(mychart)
print("mainline")
trackchart.mainline(mychart)
print("mileposts")
trackchart.mileposts(mychart, from_file=True)
print("bridges")
trackchart.bridges_and_crossings(mychart)
print("stations")
trackchart.stations(mychart)
print("townlines")
trackchart.townlines(mychart)
print("yardlimits")
trackchart.yardlimits(mychart)
print("controlpoints")
trackchart.controlpoints(mychart)
print("sidings")
trackchart.sidings(mychart)
print("title")
trackchart.draw_title(mychart)
if data_file:
#print("elevation")
#trackchart.elevation(mychart)
#print("curvature")
#trackchart.curvature(mychart)
print("accel")
trackchart.accel(mychart)
print("plot value")
trackchart.plot_value(mychart, field="acc_z", scale=1)
#print("lidar-gage")
#trackchart.gage(mychart)
print("string chart")
#trackchart.string_chart_by_time(mychart)
filename = "images/northern_%s_%s.png" % (sys.argv[-3], sys.argv[-2])
mychart['image'].save(filename)
os.system("eog %s" % filename)
def main():
"""
Main
"""
try:
mychart = trackchart.new([(1024, 768), 20,
float(sys.argv[-3]),
float(sys.argv[-2]), "../known/negs.csv",
sys.argv[-1]])
except (IndexError, ValueError):
print("Usage: %s start_mile end_mile" % sys.argv[0])
sys.exit()
#print("border")
#trackchart.border(mychart)
print("mainline")
trackchart.mainline(mychart)
print("mileposts")
trackchart.mileposts(mychart, from_file=False)
print("bridges")
trackchart.bridges_and_crossings(mychart)
print("stations")
trackchart.stations(mychart)
print("elevation")
trackchart.elevation(mychart)
print("curvature")
#trackchart.curvature(mychart)
print("accel")
trackchart.accel(mychart)
#print("lidar-gage")
#trackchart.gage(mychart)
print("townlines")
trackchart.townlines(mychart)
print("yardlimits")
trackchart.yardlimits(mychart)
print("controlpoints")
trackchart.controlpoints(mychart)
print("sidings")
trackchart.sidings(mychart)
print("title")
trackchart.draw_title(mychart)
filename = "images/pl_%s_%s.png" % (sys.argv[-3], sys.argv[-2])
mychart['image'].save(filename)
os.system("eog %s" % filename)
import os
try:
tc = trackchart.new([
(1024, 768),
20,
float(sys.argv[-3]),
float(sys.argv[-2]),
"../known/stm.csv",
sys.argv[-1],
])
except (IndexError, ValueError):
print("Usage: %s start_mile end_mile" % sys.argv[0])
sys.exit()
trackchart.mainline(tc)
trackchart.mileposts(tc, from_file=True)
trackchart.bridges_and_crossings(tc)
trackchart.stations(tc)
trackchart.elevation(tc)
trackchart.curvature(tc)
trackchart.accel(tc)
#trackchart.townlines(tc)
#trackchart.yardlimits(tc)
#trackchart.controlpoints(tc)
trackchart.draw_title(tc)
filename = "images/stm_%s_%s.png" % (sys.argv[-3], sys.argv[-2])
tc['image'].save(filename)
os.system("eog %s" % filename)