Trilean values can be displayed by the chart software already in principle. But I imagine that ternary data can be configured and presented in more convenient ways for clearer diagrams of multiple time series. * Variations exist for the representation of this data type. https://en.wikipedia.org/wiki/Three-valued_logic#Representation_of_values It would be nice to support it without adding transformations in extra columns (or rows). Can any known conversions become built-in for such input data? * Intermediate increments should not be displayed as in comparison to regular line chart types. Specific lines or filled rectangles should be shown in lanes. Example: https://en.wikipedia.org/wiki/Digital_timing_diagram
(In reply to Markus Elfring from comment #0) > Trilean values can be displayed by the chart software already in principle. > But I imagine that ternary data can be configured and presented in more > convenient ways for clearer diagrams of multiple time series. > > * Variations exist for the representation of this data type. > https://en.wikipedia.org/wiki/Three-valued_logic#Representation_of_values > > It would be nice to support it without adding transformations in extra > columns (or rows). > Can any known conversions become built-in for such input data? > > * Intermediate increments should not be displayed as in comparison to > regular line chart types. > Specific lines or filled rectangles should be shown in lanes. > Example: > https://en.wikipedia.org/wiki/Digital_timing_diagram Can you please give some concrete examples for such input data, for the known transformations and for the desired visualizations?
(In reply to Alexander Semke from comment #1) How much do you understand data processing requirements for trilean values according to (digital) timing diagrams?
(In reply to Markus Elfring from comment #2) > (In reply to Alexander Semke from comment #1) > How much do you understand data processing requirements for trilean values > according to (digital) timing diagrams? Sorry, but I don't see how this question is answering my ask to provide an example for the input data, etc. We'll be able to generate plots like on the screenshot on https://sigrok.org/wiki/PulseView or on https://en.wikipedia.org/wiki/Digital_timing_diagram for example, yes. And I think whatever the "transformation" is required for this, this should also be doable but I need to see the input data. Also, there is quite some specialized software out there for this kind of visualization and signal analysis and it would be great to better understand how LabPlot would fit into what is already available and what is required by the users in this community so we can estimate whether the invest for this development can be justified or not.
(In reply to Alexander Semke from comment #3) > … but I need to see the input data. … Trilean values will be used for the mentioned diagram type. How will (graphical) representations evolve then for concrete data variations?