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Hi everyone 
Here's another python 3 script.
It's called SyForge and uses 1Forge (free plan) and OANDA (demo account) to spot micro imbalances every minutes between 28 forex pairs and to trade them.
1Forge is a very fast data provider. It offers a free 1000 requests/day plan.
Just replace the <TOKEN>, <ID> and <KEY> fields with yours in BOTH files with a text editor.
Then, install the dependancies using the pip3 install commands located at the beginning of each file.
Finally, you can start the algorithm by typing "python SyForge.py" in a command prompt from the directory of the script.
This script uses 2 asynchronous functions that are launched every minutes for the first one and every 15 min for the second. The first one is contained in SyForge.py and compare the differences in the direction vectors of the 28 pairs from 2 data feeds with a covariance score generated by the second function. This second funtion is contained in covar.py and computes the covariance for each pair combination possible and save it to a file later called by the algo. It's automatically driven by SyForge.py.
Enjoy !


Here's another python 3 script.

It's called SyForge and uses 1Forge (free plan) and OANDA (demo account) to spot micro imbalances every minutes between 28 forex pairs and to trade them.
1Forge is a very fast data provider. It offers a free 1000 requests/day plan.
Just replace the <TOKEN>, <ID> and <KEY> fields with yours in BOTH files with a text editor.
Then, install the dependancies using the pip3 install commands located at the beginning of each file.
Finally, you can start the algorithm by typing "python SyForge.py" in a command prompt from the directory of the script.
This script uses 2 asynchronous functions that are launched every minutes for the first one and every 15 min for the second. The first one is contained in SyForge.py and compare the differences in the direction vectors of the 28 pairs from 2 data feeds with a covariance score generated by the second function. This second funtion is contained in covar.py and computes the covariance for each pair combination possible and save it to a file later called by the algo. It's automatically driven by SyForge.py.
Enjoy !
