async def doubletravel(self, ctx, *, f3c):
await ctx.send("**Note:** This command, along with other " + \
"speedrunning calculators, may not be used in a real speedrun.")
try:
x, z, _ = self.f3cProcessing(f3c)
o = 520
t = math.atan(z / x)
xp = funcs.sign(x) * abs(o * math.cos(t))
zp = funcs.sign(z) * abs(o * math.sin(t))
blocks = round(self.coordsDifference((x, z), (xp, zp)))
await ctx.reply(
f"Build your first portal at: **{round(xp)}, {round(zp)}** " + \
f"({'{:,}'.format(blocks)} block{'' if blocks == 1 else 's'} away)\n\n" + \
f"Use `{self.client.command_prefix}educatedtravel` afterwards."
)
except Exception as ex:
await ctx.reply(embed=funcs.errorEmbed(None, str(ex)))
async def blindtravel(self, ctx, *, f3c):
await ctx.send("**Note:** This command, along with other " + \
"speedrunning calculators, may not be used in a real speedrun.")
try:
x, z, _ = self.f3cProcessing(f3c)
dist = self.coordsDist(x, z)
o = 190 if dist < 190 else dist if dist < 290 else 290 if dist < 442 else 580 if dist < 580 else dist \
if dist < 692 else 686 if dist < 825 else 970 if dist < 970 else dist if dist < 1060 else 1060
t = math.atan(z / x)
xp = funcs.sign(x) * abs(o * math.cos(t))
zp = funcs.sign(z) * abs(o * math.sin(t))
blocks = round(self.coordsDifference((x, z), (xp, zp)))
await ctx.reply(
f"Build your portal at: **{round(xp)}, {round(zp)}** " + \
f"({'{:,}'.format(blocks)} block{'' if blocks == 1 else 's'} away)"
)
except Exception as ex:
await ctx.reply(embed=funcs.errorEmbed(None, str(ex)))
async def educatedtravel(self, ctx, *, f3c):
await ctx.send("**Note:** This command, along with other " + \
"speedrunning calculators, may not be used in a real speedrun.")
try:
x, z, f = self.f3cProcessing(f3c)
f = (360 + f if f < 0 else f) - 180
o = 640 if self.coordsDist(x, z) > 3584 else 216
m1 = -math.tan((90 - f) * (math.pi / 180))
a = 1 + (m1**2)
b1 = -m1 * (x / 8) + (z / 8)
b = 2 * m1 * b1
xp = ((-b) + (funcs.sign(f) * math.sqrt(b**2 - 4 * a *
(b1**2 - o**2)))) / (2 * a)
zp = m1 * xp + b1
await ctx.reply(
f"Build your portal at: **{round(xp)}, {round(zp)}** ")
except Exception as ex:
await ctx.reply(embed=funcs.errorEmbed(None, str(ex)))
async def triangulation(self, ctx, *, f3c):
await ctx.send("**Note:** This command, along with other " + \
"speedrunning calculators, may not be used in a real speedrun.")
try:
x, z, f = self.f3cProcessing(f3c)
x0, z0, f0 = x, z, f
f = (360 + f if f < 0 else f) - 180
r = (90 - f) * (math.pi / 180)
b = 8 - abs(abs(x) % 16) + 16
l = []
s = 0
while s < 11904:
d = b * funcs.sign(f)
x += d
z += d * -math.tan(r)
v = abs(abs(abs(z) % 16) - 8) + 0.5
s = self.coordsDist(x, z)
if s > 1408:
l.append({
"k": x,
"v": v,
"j": v * v * math.sqrt(1 + len(l)),
"r": z
})
b = 16
l.sort(key=lambda i: i["j"])
xp, zp = l[0]["k"], l[0]["r"]
blocks = round(self.coordsDifference((x0, z0), (xp, zp)))
await ctx.reply(
f"The stronghold could be at: **{round(xp)}, {round(zp)}** " + \
f"({'{:,}'.format(blocks)} block{'' if blocks == 1 else 's'} away)\n\nMethod: 8, 8\n\nPaste your F3+" + \
"C clipboard here once you are ready. The program will stop after 20 minutes of inactivity. " + \
"Type `!cancel` to cancel."
)
except Exception as ex:
return await ctx.reply(embed=funcs.errorEmbed(None, str(ex)))
x1, z1, f1 = None, None, None
blocks = 100
try:
while blocks > 40:
while True:
msg = await self.client.wait_for(
"message",
timeout=1200,
check=lambda m: ctx.author == m.author and ctx.channel
== m.channel)
try:
x1, z1, f1 = self.f3cProcessing(msg.content)
except:
if msg.content.casefold() == "!cancel":
return await ctx.reply("Cancelling triangulation.")
continue
if x1 == x0 and z1 == z0 and f1 == f0:
continue
break
try:
a0 = math.tan(self.angleProcessing(f0) * math.pi / 180)
a1 = math.tan(self.angleProcessing(f1) * math.pi / 180)
b = z0 - x0 * a0
xp = ((z1 - x1 * a1) - b) / (a0 - a1)
zp = xp * a0 + b
blocks = round(self.coordsDifference((x1, z1), (xp, zp)))
except:
continue
await msg.reply(
f"The stronghold could be at: **{round(xp)}, {round(zp)}** " + \
f"({'{:,}'.format(blocks)} block{'' if blocks == 1 else 's'} away)\n\nMethod: Triangulation\n\n" + \
"Paste your F3+C clipboard here once you are ready. The program will stop after 20 minutes of " + \
"inactivity. Type `!cancel` to cancel."
)
x0, z0, f0 = x1, z1, f1
await ctx.send(
"You are close to the stronghold, stopping triangulation program."
)
except TimeoutError:
await ctx.send(
"You have been inactive for over 20 minutes, stopping triangulation program."
)