Retest MA H4 after closure above
-Tp1 is the MA node
-Tp2 is the Moving max deviation
Daily mapping of the price, we map, forecast not predict in Multi UT analysis ;)
Some rules to understand the form of the strategy: (Can answer to your question about the content of DFT strategy :) )
- shade of red trends = primary (the black one are secondary trends)
- Redish trends is primary as medium investors are arbitring short/long term investors decisions.
Div: Trend vs demand/supply
-Ascending trends with red cloud is most likely tested twice before break up.
-Descending trends with green cloud is most likely tested twice before break up.
Conv: Trend vs demand/supply
-Ascending trends with green cloud doesn't need retest to break up.
-Descending trends with red cloud doesn't need retest to break down.
red cloud = supply area (Ma max negative deviation) + Cloud cluster = sell wall (cluster of MTF deviation)
green cloud = demand area (MA max postive deviation) + cloud cluster = buy wall (cluster of MTF deviation)
node = lowest uncertainty point & supply=demand (no deviation)
-Tp1 is the MA node
-Tp2 is the Moving max deviation
Daily mapping of the price, we map, forecast not predict in Multi UT analysis ;)
Some rules to understand the form of the strategy: (Can answer to your question about the content of DFT strategy :) )
- shade of red trends = primary (the black one are secondary trends)
- Redish trends is primary as medium investors are arbitring short/long term investors decisions.
Div: Trend vs demand/supply
-Ascending trends with red cloud is most likely tested twice before break up.
-Descending trends with green cloud is most likely tested twice before break up.
Conv: Trend vs demand/supply
-Ascending trends with green cloud doesn't need retest to break up.
-Descending trends with red cloud doesn't need retest to break down.
red cloud = supply area (Ma max negative deviation) + Cloud cluster = sell wall (cluster of MTF deviation)
green cloud = demand area (MA max postive deviation) + cloud cluster = buy wall (cluster of MTF deviation)
node = lowest uncertainty point & supply=demand (no deviation)