private void trade()
{
//Do buysell operation if buy_sell_type not auto kill after transaction
//Check and compare averages vs current price
if (cs.signal == 2)
{
get_balance();
buy();
}
else if (cs.signal == 1)
{
get_balance();
sell();
}
else
{
Scorpion_Write.write_notice("Neutral on " + cs.symbol);
}
return;
}
private void market()
{
clear_all();
cs.time_interval = scdt.process_datetime();
cs.CANDLE_JSON = ex.xcandles(cs.symbol, cs.unit, ex.bfx_url.period, cs.time_interval[0], cs.time_interval[1], cs.time_interval[2], cs.time_interval[3]);
//Get current price
string tickJSON = ex.xinstrumentticker(cs.symbol);
JObject tickarr = json.jsontoobject(ref tickJSON);
cs.current_price = tickarr.Value <double>("last_price");
//Get Week averages
try
{
JArray jarr = json.jsontoarray(ref cs.CANDLE_JSON);
//Create arrays on the fly in order to mitigat unwanted values
cs.highs = new double[jarr.Count];
cs.lows = new double[jarr.Count];
int ndx = 0;
foreach (JObject jobj in jarr)
{
cs.highs[ndx] = (jobj.Value <double>("high"));
cs.lows[ndx] = (jobj.Value <double>("low"));
ndx++;
}
cs.high_average = coin_average(cs.highs);
cs.low_average = coin_average(cs.lows);
cs.low = cs.lows.Min();
cs.high = cs.highs.Max();
cs.high_mid_average = coin_average(new double[2] {
cs.high, cs.high_average
});
cs.low_mid_average = coin_average(new double[2] {
cs.low, cs.low_average
});
//Get Current price and check against averages to create signal
//Code here
get_signal();
trade();
if (!cs.buy_sell_type)
{
Scorpion_Write.write_notice("Manual buy/sell active [Buy at: " + cs.buy_sell_type_buy_at + "] [Sell at: " + cs.buy_sell_type_sell_at + "]");
}
Console.WriteLine("Decoded {0} on (Auto Buy/Sell: {6}) [Current price: {5}][High: {1}][Low: {2}][Average High: {3}][Average Low: {4}][Mid-Average High: {7}][Mid-Average Low: {8}]", cs.symbol, cs.high, cs.low, cs.high_average, cs.low_average, cs.current_price, cs.buy_sell_type, cs.high_mid_average, cs.low_mid_average);
if (cs.failed == true)
{
cs.failed = false;
Scorpion_Write.write_notice("Failure signals cleared");
}
}
catch (Exception e)
{
Scorpion_Write.write_error("Unable to decode " + cs.symbol + ". Aborting on next failure. Error[" + e.Message + "])\n");
if (cs.failed)
{
kill();
}
cs.failed = true;
}
return;
}
public string xorder(ref string symbol, string side, string type, string amount, string id)
{
Scorpion_Write.write_notice("Amount to " + type + " is: " + amount);
return(json.JSON_post_auth(bfx_url.base_URL + bfx_url.orders, bfx_settings.key, new string[] { }, new string[] { }, true, "{\"instrument_code\" : \"" + symbol + "_EUR\", \"side\": \"" + side + "\",\"type\":\"" + type + "\", \"amount\":\"" + amount + "\"}"));//, \"client_id\":\"" + id + "\"}");
}
