def nyfed_dp(input):
s = str(input).split(":")[0].split("T")[0]
return parse("year-month-day", s, normalize=True)
def yahoofin_dp(input):
return parse("year-month-day", str(input), normalize=True)
P.parse_indexes_as_date([[1, yahoofin_dp], [2, yahoofin_dp]])
# Meta-creators
mid = P.index([2], by=1)
mid = P.clean(mid)
mid = P.meta_derive(mid, "dislocation", lambda r: abs(
((r[2] - r[1]) / r[1]) * 100))
P.meta_line_chart(
"./../bridges/nav-dislocation.bridge.json", {
"use":
mid,
"bottom":
0,
"left": [3],
"right": [2],
"names": [
"string:Date", "number:NDQ ETF", "ignore:NDQ MARKET PRICE",
"number:Absolute Dislocation"
]
})
def ppi(input):
return parse("year-month-day", str(input.split(" ")[0]), normalize=True)
P.parse_indexes_as_date([
[1, fred],
[2, yahoofin_dp],
# [3, yahoofin_dp]
])
# Meta-creators
mid = P.index([2], by=1)
print(P.meta[mid]["container"][0:5])
mid = P.clean(mid)
mid = P.floats(mid)
mid = P.same_start(mid)
# print(P.meta[mid]["headers"])
# print(P.meta[mid]["container"][0])
P.meta_line_chart(
"./../bridges/supermarkets.bridge.json", {
"use": mid,
"bottom": 0,
"left": [1],
"right": [2],
"names": ["string:Date", "number:Supermarket", "number:Woolworths"]
})
# P.d_yfi(2, "^VIX", name="number:VIX")
# P.d_yfi(2, "^GSPC", name="number:S&P")
P.minimize(P.ids, normalize=True)
def fred(input):
return parse("year-month-day", str(input.split(" ")[0]), normalize=True)
def yfi(input):
return parse("year-month-day", str(input), normalize=True)
P.parse_indexes_as_date([
[1, yfi],
[2, yfi],
# [3, yfi],
# [3, yfi]
])
# Meta-creators
mid = P.index([2], by=1)
mid = P.clean(mid)
P.meta_line_chart("./../bridges/unemployment.bridge.json", {
"use": mid,
"bottom": 0,
"random": P.ids,
"names": P.names
})
def dp(row):
# percentages
ndq, qqq = row[1], row[2]
# :
print(ndq - qqq)
return (ndq - qqq) * 100
mid = P.meta_derive(mid, "percentage", dp)
# mid = P.same_start(mid)
print(P.meta[mid]["headers"])
# for row in P.meta[mid]["container"]: print(row)
# print(P.meta[mid]["container"])
P.meta_line_chart(
"./../bridges/ndqvsqqq.bridge.json",
{
"use":
mid,
"bottom":
0,
# "left": [1],
"right": [3],
"names": [
"string:Date", "ignore:Australian QQQ", "ignore:F****d QQQ",
"number:QQQ Difference"
]
})
pass
P.parse_indexes_as_date([
[1, fred],
[2, yahoofin_dp],
# [3, fred]
])
# Meta-creators
mid = P.index([2], by=1)
print(P.meta[mid]["container"])
mid = P.clean(mid)
mid = P.floats(mid)
# mid = P.same_start(mid)
# print(P.meta[mid]["headers"])
# for row in P.meta[mid]["container"]: print(row)
# print(P.meta[mid]["container"])
P.meta_line_chart(
"./../bridges/population.bridge.json", {
"use": mid,
"bottom": 0,
"left": [1],
"right": [2],
"names": ["string:Date", "number:Elderly Depdence", "number:S&P"]
})
# our "callables" for date parsing our datasets
def nyfed_dp(input):
s = str(input).split(":")[0].split("T")[0]
return parse("year-month-day", s, normalize=True)
def yahoofin_dp(input):
return parse("year-month-day", str(input), normalize=True)
P.parse_indexes_as_date([
[1, nyfed_dp],
[2, yahoofin_dp],
])
# Meta-creators
mid = P.index([1], by=2)
mid = P.clean(mid)
P.meta_line_chart(
"./../bridges/recession_probability_bitcoin.bridge.json", {
"use": mid,
"bottom": 0,
"left": [1],
"right": [2],
"names":
["string:Date", "number:Bitcoin", "number:Recession Probability"]
})
# our "callables" for date parsing our datasets
def fred(input):
return parse("year-month-day", str(input.split(" ")[0]), normalize=True)
P.parse_indexes_as_date([
[1, fred],
[2, fred],
# [3, fred]
])
# Meta-creators
mid = P.index([2], by=1)
mid = P.clean(mid)
mid = P.floats(mid)
mid = P.same_start(mid)
print(P.meta[mid]["headers"])
print(P.meta[mid]["container"][0])
P.meta_line_chart(
"./../bridges/payroll.bridge.json", {
"use": mid,
"bottom": 0,
"left": [1],
"right": [2],
"names": ["string:Date", "number:Gold", "number:Oil"]
})
def nyfed_dp(input):
s = str(input).split(":")[0].split("T")[0]
return parse("year-month-day", s, normalize=True)
def yahoofin_dp(input):
return parse("year-month-day", str(input), normalize=True)
P.parse_indexes_as_date([[1, nyfed_dp], [2, yahoofin_dp], [3, yahoofin_dp],
[4, yahoofin_dp]])
# Meta-creators
mid = P.index([2, 3, 4], by=1)
mid = P.clean(mid)
P.meta_line_chart(
"./../bridges/recession_probability_vix.bridge.json", {
"use":
mid,
"bottom":
0,
"left": [1],
"right": [2],
"random": [3, 4],
"names": [
"string:Date", "number:Recession Probability", "number:VIX",
"number:S&P", "number:NASDAQ"
]
})
s = str(input).split("T")[0]
return parse("year-month-day", s, normalize=True)
def yahoofin_dp(input):
# print(input)
return parse("year-month-day", str(input), normalize=True)
P.parse_indexes_as_date([[1, gold], [2, yahoofin_dp], [3, yahoofin_dp]])
# Meta-creators
mid = P.index([1, 3], by=2)
mid = P.clean(mid)
# mid = P.meta_derive(mid, "dislocation", lambda r: abs(((r[2]-r[1])/r[1])*100))
P.meta_line_chart(
"./../bridges/gold.bridge.json", {
"use":
mid,
"bottom":
0,
"left": [1],
"right": [2],
"random": [3],
"names": [
"string:Date", "number:NYSE-GOLD", "number:Gold Spot",
"number:Dollar Index"
]
})
return parse("year-month-day", str(input.split(" ")[0]), normalize=True)
def ppi(input):
return parse("year-month-day", str(input.split(" ")[0]), normalize=True)
P.parse_indexes_as_date([
[1, fred],
# [2, yahoofin_dp]
])
# Meta-creators
mid = P.index([1], by=1)
mid = P.clean(mid)
mid = P.floats(mid)
# mid = P.same_start(mid)
print(P.meta[mid]["headers"])
print(P.meta[mid]["container"][0])
P.meta_line_chart(
"./../bridges/sforecast.bridge.json",
{
"use": mid,
"bottom": 0,
"left": [1],
# "right": [2],
"names": ["string:Date", "number:Change"]
})
