improved example banner and screenshot website

README.md

@@ -79,10 +79,7 @@ There are also some subpage of general intetest:
 There is a [large set of usage examples (with explanations for each) and tutorials](https://jkriege2.github.io/JKQtPlotter/example_tutorial_projects.html) in the folder [`./examples/`](./examples).
 All test-projects are Qt-projects that use tcmake to build. Some of them are also available with additional qmake build-files.
 
-## [Screenshots](./screenshots/)
+In addition: The [Screenshots-folder](./screenshots/) contains several screenshots, partly taken from the provided examples, but also from other software using this libarary (e.g. [QuickFit 3.0](https://github.com/jkriege2/QuickFit3))
-The [Screenshots-page](./screenshots/) contains several screenshots, partly taken from the provided examples, but also from other software using this libarary (e.g. [QuickFit 3.0](https://github.com/jkriege2/QuickFit3))
-
-[![EXAMPLES-Page](./screenshots/screenshotsbanner.png)](./screenshots/README.md)
 
 ## Building Using CMake
 

screenshots/README.md

@@ -1,65 +0,0 @@
-# JKQTPlotter: Screenshots
-## Scatter Plots and Boxplots
-
-![Scatterplots](./screen_scatter.png)
-
-## Different Types of Barcharts
-
-![Barcharts](./screen_barcharts.png)
-
-## Image Plots
-You can plot C-arrays as images in different color-coding styles. Diferent Overlays/masks are also available. Finally you can use LaTeX markup to format any axis/plot/tick/... label. there is an internal LaTeX parser in this package.
-
-![Scatterplots](./screen_images_latex.png)
-
-![Scatterplots](./imageplot.png)
-
-
-## Plotting a user-defined (parsed) function
-Yes, a complete math expression parser is contained!
-
-![Function Plot](./screen_functionplot.png)
-
-## Axis-Label styles in LogLog-Plot
-
-![LogLog Plot](./screen_loglog.png)
-
-
-## Parametrized Scatter Plots and Data Viewer
-Scatter Plots can have symbols where the shape/color/size is parametrized by a data column. Also the plotter is built around an internal datastore, which you can access (readonly!!!) by a data-viewer that is accessible from the contextmenu in any plot.
-
-![LogLog Plot](./screen_parmetrizedplots_datatable.png)
-
-## Barcharts
-
-![JKQTPBarVerticalGraphStacked](../doc/images/JKQTPBarVerticalGraphStacked.png)
-![JKQTPBarHorizontalGraphStacked](../doc/images/JKQTPBarHorizontalGraphStacked.png)
-![barchart](./barchart.png)
-
-## Screenshots of included LaTeX renderer
-
-![LatexRender](./mscreen_schroedinger.png)
-![LatexRender](./mscreen_rottaion.png)
-![LatexRender](./mscreen_maxwell.png)
-![LatexRender](./mscreen_cauchy.png)
-![LatexRender](./mscreen_sd.png)
-
-
-## QuickFit 3.0 Screenshots
-The library JKQTPlotter was developed initially as a central part of the data evaluation software for biophysics [QuickFit 3.0](https://github.com/jkriege2/QuickFit3). The latter makes heavy use of `JKQTPlotter`, `JKQTMathText` and `JKQTFastPlotter`:
-
-![QuickFit 3.0 Screenshot](./QF3_screen_dcalc.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_fccsfit.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_fcsfit.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_imfccsfit.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_imfcs.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_imfcs_paramcorrelation.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_imfcsfit.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_lightsheet.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_maxent.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_msd.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_spectra.png)
-![QuickFit 3.0 Screenshot](./QF3_screen_tableplot.png)
-![QuickFit 3.0 Screenshot](./QF3_linux_screen_fcsfit.png)
-
-