The two new context menu options will let the user inspect the source code
of the node. For the haxe source the existing operator was used (ArmOpenNodeSource),
but it was modified because I thought it made more sense to guess the version the user has based on their last commit instead of master.
for python __module__ was used to obtain the relative path.
The options were appended to the existing menu instead of being its own class because I couldn't find how to implement it that way without redrawing.
- Added a way to obtain the last commit in utils without git cli
Get System Name - to get the name of the system while the application is running.
Output parameters:
- System Name — displays the system name as a string;
- List systems for quick comparison.
Input parameters:
Duration - time during which the number of touches is counted (default value is 0.3 seconds);
Interval - the time that must elapse between touches (default value is 0);
Repeat - the number of touches that need to be done to execute the event (default value is 2).
Output parameters:
Done - event for a successful completed action;
Fail - an event for a failed action;
Tap - event on each touch;
Tap Number - how many times the user has already touched the screen;
Coords - coordinates of the touch.
The node for the swipe event.
Input parameters:
- Time - duration of the swipe (default value 0.15 s);
- Min Length (px) - the minimum length that the swipe must “pass” (default value 100 px).
Output parameters:
- Direction - normalized vector of the swipe direction;
- Length (px) - the length of the swipe (to assess the “strength”);
The Length output parameter is calculated by the vector value (without normalization) to relate to the input value.
- Angle (0-360) - swipe angle in the range from 0 to 360 degrees (0 is on the right, i.e. Vector (1, 0) = 0 degrees).
- States are states with direction output (Up, Down …). By default, they are not displayed, but if you press “Add 4 State”, then 4 states will appear (Up, Down, Left, Right) and if again, then 8 states will already be displayed.
Determining direction for a state:
for 4 directions - "circle" is divided into 4 segments of 90 degrees;
for 8 directions - "circle" is divided into 8 segments of 45 degrees.
