Dynamically rendering all the visual features in the system puts a significant load on the machine’s graphics processing unit (GPU). Running multiple tasks at the same time is demanding on the central processing unit (CPU). Depending on your machine’s capacity, this may result in the system getting slow and sometimes even unresponsive.
If you experience such symptoms, there are several workarounds you may implement to mitigate them.
Close The Browser’s Developer Tools
You may have opened Developer Tools at some point. Developer Tools may slow animation renderings to a crawl, as slow as one frame per second. In case it is open, make sure you close Developer Tools.
Stop Tasks That You May Not Need to Run at All Times
Data mining is a CPU-intensive activity. If you are designing a strategy, you probably don’t need to have a live stream of information being processed in realtime. Learn to segment your activities and only start the tasks that you need for the work you are doing.
Open Either the Design Space or the Charting Space
Leaving the slider halfway up or down the screen causes both the design space and the charting space to consume resources. Make sure the slider is either fully up or down.
Click to learn about accessing the charting space and the design space
Use the control in the center of the turquoise bar to pull the slider up and down to make more room for either space.
You may also use the keyboard as follows:
- Ctrl or ⌘ + Shift + ↑ to close the charting space and open the design space.
- Ctrl or ⌘ + Shift + ↓ to close the design space and open the charting space.
- Ctrl or ⌘ + Shift + → to incrementally lower the slider.
- Ctrl or ⌘ + Shift + ← to incrementally raise the slider.
Display Less Data on the Charts
Make sure you set the time scale to manual mode and adjust it so that fewer candles are displayed on the screen. Try switching the time frame box to the higher time frames so that candle density decreases.
You may also want to switch off the layers you may not be using. Remember, every piece of graphical information you see on the screen represents data your system is reading from your disk and processing to display in a graphical form.
Click to learn more about time scales
Controlling the Time Scale from the Charts
1. To change the automatic scale settings, place the mouse pointer over the corresponding time box, press the Shift key and slowly scroll the wheel of the mouse. The action cycles through different possible scale automation settings. Notice a tiny green triangle to the sides of the time scale icon.
A triangle pointing right means that the maximum value of the scale is automatic.
A triangle pointing left means that the minimum value of the scale is automatic.
Both triangles present at the same time means that both minimum and maximum values are automatic.
No triangle means that both minimum and maximum values are in manual mode.
2. To adjust the scale, make sure either or both minimum and maximum values are in manual mode. Place the mouse pointer over the time box and scroll the wheel of the mouse. The scale will increase or decrease accordingly, depending on which values are set to manual.
Notice that, while changing the scale, a number is displayed replacing the actual datetime. This is a reference value of the scale, that may serve for comparison purposes, with scales in other charts.
Click to learn more about time frame scales
Controlling the Time Frame Scale from the Charts
1. To set a time frame value, place the mouse pointer over the corresponding time machine or timeline chart time frame box and scroll the mouse wheel.
Close Unused Hierarchies
The physics that govern nodes in the design space help structures of nodes to self-organize. This comes at a cost in terms of GPU processing power.
Make sure all hierarchies you are not using are collapsed.
You may also want to close any of the structures of nodes that you may not be using within the hierarchy that you may need to expand.