def update_main_graphs(gui: QMainWindow, caller: int, valueDict: dict):
"""
Updates graphs and moving averages from statistics based on caller.
:param gui: GUI in which to update main graphs.
:param valueDict: Dictionary with required values.
:param caller: Caller that decides which graphs get updated.
"""
precision = gui.get_trader(caller=caller).precision
interfaceDict = gui.interfaceDictionary[caller]
currentUTC = datetime.utcnow().timestamp()
net = valueDict['net']
netGraph = interfaceDict['mainInterface']['graph']
averageGraph = interfaceDict['mainInterface']['averageGraph']
graphDict = get_graph_dictionary(gui, netGraph)
graphXSize = len(graphDict['plots'][0]['x']) + GRAPH_LEEWAY
netGraph.setLimits(xMin=0, xMax=graphXSize)
add_data_to_plot(gui, netGraph, 0, y=round(net, 2), timestamp=currentUTC)
averageGraphDict = get_graph_dictionary(gui, averageGraph)
if averageGraphDict['enable']:
averageGraph.setLimits(xMin=0, xMax=graphXSize)
for index, optionDetail in enumerate(valueDict['optionDetails']):
initialAverage, finalAverage = optionDetail[:2]
add_data_to_plot(gui, averageGraph, index * 2,
round(initialAverage, precision), currentUTC)
add_data_to_plot(gui, averageGraph, index * 2 + 1,
round(finalAverage, precision), currentUTC)
add_data_to_plot(gui,
averageGraph,
-1,
y=round(valueDict['price'], precision),
timestamp=currentUTC)
def update_main_graphs(gui: QMainWindow, caller: int, valueDict: dict):
"""
Updates graphs and moving averages from statistics based on caller.
:param gui: GUI in which to update main graphs.
:param valueDict: Dictionary with required values.
:param caller: Caller that decides which graphs get updated.
"""
precision = gui.get_trader(caller=caller).precision
interfaceDict = gui.interfaceDictionary[caller]
currentUTC = datetime.utcnow().timestamp()
net = valueDict['net']
netGraph = interfaceDict['mainInterface']['graph']
averageGraph = interfaceDict['mainInterface']['averageGraph']
graphDict = get_graph_dictionary(gui, netGraph)
graphXSize = len(graphDict['plots'][0]['x']) + GRAPH_LEEWAY
netGraph.setLimits(xMin=0, xMax=graphXSize)
add_data_to_plot(gui, netGraph, 0, y=round(net, 2), timestamp=currentUTC)
smart_update(graphDict)
averageGraphDict = get_graph_dictionary(gui, averageGraph)
if averageGraphDict['enable']:
averageGraph.setLimits(xMin=0, xMax=graphXSize)
add_data_to_plot(gui,
averageGraph,
0,
y=round(valueDict['price'], precision),
timestamp=currentUTC)
trader = gui.get_trader(caller=caller)
for strategy in trader.strategies.values():
strategy_plot_dict = strategy.get_plot_data()
index = strategy_plot_dict['index']
for name, combined_data in strategy_plot_dict.items():
if name == 'index':
continue
value, _ = combined_data
add_data_to_plot(gui=gui,
targetGraph=averageGraph,
plotIndex=index,
y=round(value, trader.precision),
timestamp=currentUTC)
index += 1
smart_update(averageGraphDict)