input constant 3 derive baro (----- 07) sec.
input lat derive setlineproperties set(input B)
draw cloud histogram (“black whirly”), sky (disc, yellow histogram)(“sun”), rain (dot_line, histgram, black)
function control, data input (series).
input sun(series), cloud(number), rain (series);
result res(series);
vars i(number), valMin(number), valMax(number), frac1(series),
pf(series), factor(number);
begin
factor := 0.5;
for i := front(sun) to back(sun) do begin
valMin := movmin(sun, i, cloud);
valMax := movmax(sun, i, cloud) - valMin;
frac1[i] := 0;
if valMax > 0 then
frac1[i] := ((sun[i] - valMin)/ValMax) * 100
else
if i <> front(cloud) then
frac1[i] := frac1[i - 1];
PF[i] := 0;
if i <= front(cloud)+1 then
PF[i] := frac1[i]
else
PF[i] := PF[i-1] + (factor * (frac1[i] - PF[i-1]));
end;
res := PF;
end.
do begin
if Storm then [i-1] stop_buy factor [i+1]
if rain then [i-1] stop_sell factor [i+1]
if sun then [2i-1] stop_buy factor [2i+1]
if valMax (sun) > 0 then
frac1[i] := ((sun[i] - valMin)/ValMax) * 100
otherwise (cloud >0)
end
input baro (“baro”), loc ((space 1), (space 2);
input length = space ;
imput willy willy (baro_low, humidity, temp)
draw humidity(“high”), histogram(“low”);
vars i(number), j(number), value1(series), value2(series), num(series), denom(series);
begin
for i := front(open)+ 3 to back(open) do begin
value1[i] := ((close[i]-open[i])+2*(close[i-1]-Open[i-1])+2*(close[i-2]-open[i-2])+(close[i-3]-open[i-3]))/6;
value2[i] := ((high[i]-low[i])+2*(high[i-1]-low[i-1])+2*(high[i-2]-low[i-2])+(high[i-3]-low[i-3]))/6;
end;
num := makeseries(front(value1), back(value1), 0);
denom := makeseries(front(value1), back(value1), 0);
for j := 0 to length -1 do begin
for i := front(value1)+ j to back(value1) do begin
Num[i] := Num[i] + Value1[i-j];
Denom[i] := Denom[i] + Value2[i-j];
end;
end;
for i := front(num) to back(num) do begin
if denom[i] <> 0 then linervi[i] := num[i]/denom[i]
else linervi[i] := 0;
end;
for i := front(baro)+ 3 to back(baro) do begin
humidity[i] := (humidity[i] + 2storm[i-1] + 2rain[i-2] + willy willy [i-3])/6;
end;
When you click on the indicator, a window will appear with several requirements…
Baro 1
Baro 2
temp 1
temp 2
rel hum 1
rel hum 2
These 3 factors, derived from the initial 3 equations, are the barometric pressure, temperature (average) and relative humidity of 2 locations in question.
The locations depend on what you trade eg
USD/JPY = New York and Tokyo
GBP/USD = London and New York etc.
That is why you need to download the weather bureau sites for the main trading cities.
The weather had incredible effects on people.
The 3 main factors - temperature, rain (barometer) and wind (rel hum) do really affect people’s temperament and how they trade.
The correlation is very accurate.
[B]
See next posts.[/B]
When the time comes to switch from long to short, the clouds come in to obscure the sun.
They move over slowly, then when they cover the sun completely, it is all short trading >>>
WOW, I agree, you reeeeeaaaaaalyyy got a point there.
I like it.
Except, hmmmmmmm who is the smart cookie going to convert it to MT and/or Ninja?
I know there is at least one that can do it from your “candle-chart” education. Maybe, hopefully he will do it.
Thanks
That’s weird, In New York today it was clear and sunny while in London and other parts of Europe it was cloudy and threatening rain. Yet, the Euro gained significantly against the dollar. What gives?
Pls dun said anything about no losing trades forever it will mislead the newbies, you are exp in the trading field you know there are nothing such as no losing trades. You will make yourself sound like TRO, I dun like it, I still prefer the way you advise newbies the previous way.
WOW!! Tymen have you lost your mind??? You used to flame tro and mp for not using stops and misleading the newbies then you come up with this??? Seriously lay off the scotch lol!!! 100% no loss and it is from days of old then why dont people trade that? Is it literally dark cloud cover these days huh? lol!!!
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