multitype dynamic multi registry with categories 3d matrix
using matrixes, and overloads.. a complete parallel multiregistry, multitype,multikey datastore.
it can use get, set, delete, with as many registries and individual matrixes as the system can handle.
system >
registry
category names
key names for each item
value (( to x/y in value matrix)
value matrix
item in x/y coords
so putting item 'float XXX' with a value of XXX (ohlc..) for category 'ohlc values' into value matrix floats, floats1 for hist... etc.. historical value for the past X num of bars for all 4 values in historical matrixes..
here's an example..
almost done testing..
very powerful tool
anyone with extensive skills who can take a look at it, i'm open for help prepping and finding any optimizations available
as is, it is very very fast..
i believe i can improve though from here.
_ohlcreg = initkeyregistry(2,2)
_regfloats = ini_float(2,2)
_hist1_floats = ini_float(2,2)
_colorreg = ini_color(2,2)
set(_regfloats , _ohlcreg, 'Normal', 'open ' , open )
set(_regfloats , _ohlcreg, 'Normal', 'high ' , high )
set(_regfloats , _ohlcreg, 'Normal', 'low ' , low )
set(_regfloats , _ohlcreg, 'Normal', 'close ' , close )
set(_regfloats , _ohlcreg, 'MTF' , 'open ' , request.security('MSFT', 'D', open ))
set(_regfloats , _ohlcreg, 'MTF' , 'high ' , request.security('MSFT', 'D', high ))
set(_regfloats , _ohlcreg, 'MTF' , 'low ' , request.security('MSFT', 'D', low ))
set(_regfloats , _ohlcreg, 'MTF' , 'close ' , request.security('MSFT', 'D', close ))
set(_hist1_floats, _ohlcreg, 'Normal', 'open ' , open [1])
set(_hist1_floats, _ohlcreg, 'Normal', 'high ' , high [1])
set(_hist1_floats, _ohlcreg, 'Normal', 'low ' , low [1])
set(_hist1_floats, _ohlcreg, 'Normal', 'close ' , close [1])
set(_hist1_floats, _ohlcreg, 'MTF' , 'open ' , request.security('MSFT', 'D', open [1] ))
set(_hist1_floats, _ohlcreg, 'MTF' , 'high ' , request.security('MSFT', 'D', high [1] ))
set(_hist1_floats, _ohlcreg, 'MTF' , 'low ' , request.security('MSFT', 'D', low [1] ))
set(_hist1_floats, _ohlcreg, 'MTF' , 'close ' , request.security('MSFT', 'D', close[1] ))
// add colors for these specific ones.. if a value is attempted to retrieve
// but the spot on the value matrix is empty, it will siimple pull a typecast na.
// so these colors show when specidfied.. will have to make a global or a '*' for any'
set(_colorreg , _ohlcreg, 'Normal', 'open ' , color.red )
set(_colorreg , _ohlcreg, 'Normal', 'high ' , color.green )
set(_colorreg , _ohlcreg, 'Normal', 'low ' , color.blue )
set(_colorreg , _ohlcreg, 'Normal', 'close ' , color.orange)
// ... etc..
// the retrieval now can select along any axis...
// which matrix to use
valmatrix = switch input(0)
0 => _regfloats
1 => _hist1_floats
/// which group to pull from
_barchoice = input.string('MTF', options = ['Normal','MTF'])
/// which value from that group-.
valuechoice = switch input(1)
1 => 'open '
2 => 'high '
3 => 'low '
4 => 'close '
plot(get(valmatrix, _ohlcreg, _barchoice, valuechoice ))
plot(get(_regfloats , _ohlcreg, 'Normal', 'open '), 'Normal open ' ,
get(_colorreg , _ohlcreg, 'Normal', 'open '))
plot(get(_regfloats , _ohlcreg, 'Normal', 'high '), 'Normal high ' ,
get(_colorreg , _ohlcreg, 'Normal', 'high '))
plot(get(_regfloats , _ohlcreg, 'Normal', 'low '), 'Normal low ' ,
get(_colorreg , _ohlcreg, 'Normal', 'low '))
plot(get(_regfloats , _ohlcreg, 'Normal', 'close '), 'Normal close ' ,
get(_colorreg , _ohlcreg, 'Normal', 'close '))