I just want to fill combobox with available Colormaps names.
Then user change selection i want to create new Colormap by provided name.
It's possible to achive with existing GetColormaps() method, but i get LoadType exception.

Maybe it worth to make hard-coded list of available colormaps, and realise 2 additional api methods:

string[] GetAvailableColormapsNames();
Colormap CreateColormap(string name);

As far as I understand, reflection is used to simplify the addition Colormaps, but one way or another, all Colormaps are hard-coded in these methods:

ScottPlot/src/ScottPlot/Drawing/Colormap.cs

Lines 13 to 43 in d205530

    
           public static Colormap Algae => new Colormap(new Colormaps.Algae()); 
        
           public static Colormap Amp => new Colormap(new Colormaps.Amp()); 
        
           public static Colormap Balance => new Colormap(new Colormaps.Balance()); 
        
           public static Colormap Blues => new Colormap(new Colormaps.Blues()); 
        
           public static Colormap Curl => new Colormap(new Colormaps.Curl()); 
        
           public static Colormap Deep => new Colormap(new Colormaps.Deep()); 
        
           public static Colormap Delta => new Colormap(new Colormaps.Delta()); 
        
           public static Colormap Dense => new Colormap(new Colormaps.Dense()); 
        
           public static Colormap Diff => new Colormap(new Colormaps.Diff()); 
        
           public static Colormap Grayscale => new Colormap(new Colormaps.Grayscale()); 
        
           public static Colormap GrayscaleR => new Colormap(new Colormaps.GrayscaleR()); 
        
           public static Colormap Greens => new Colormap(new Colormaps.Greens()); 
        
           public static Colormap Haline => new Colormap(new Colormaps.Haline()); 
        
           public static Colormap Ice => new Colormap(new Colormaps.Ice()); 
        
           public static Colormap Inferno => new Colormap(new Colormaps.Inferno()); 
        
           public static Colormap Jet => new Colormap(new Colormaps.Jet()); 
        
           public static Colormap Magma => new Colormap(new Colormaps.Magma()); 
        
           public static Colormap Matter => new Colormap(new Colormaps.Matter()); 
        
           public static Colormap Oxy => new Colormap(new Colormaps.Oxy()); 
        
           public static Colormap Phase => new Colormap(new Colormaps.Phase()); 
        
           public static Colormap Plasma => new Colormap(new Colormaps.Plasma()); 
        
           public static Colormap Rain => new Colormap(new Colormaps.Rain()); 
        
           public static Colormap Solar => new Colormap(new Colormaps.Solar()); 
        
           public static Colormap Speed => new Colormap(new Colormaps.Speed()); 
        
           public static Colormap Tarn => new Colormap(new Colormaps.Tarn()); 
        
           public static Colormap Tempo => new Colormap(new Colormaps.Tempo()); 
        
           public static Colormap Thermal => new Colormap(new Colormaps.Thermal()); 
        
           public static Colormap Topo => new Colormap(new Colormaps.Topo()); 
        
           public static Colormap Turbid => new Colormap(new Colormaps.Turbid()); 
        
           public static Colormap Turbo => new Colormap(new Colormaps.Turbo()); 
        
           public static Colormap Viridis => new Colormap(new Colormaps.Viridis());

Maybe we should give up the use of reflection?

	public static Colormap Algae => new Colormap(new Colormaps.Algae());
	public static Colormap Amp => new Colormap(new Colormaps.Amp());
	public static Colormap Balance => new Colormap(new Colormaps.Balance());
	public static Colormap Blues => new Colormap(new Colormaps.Blues());
	public static Colormap Curl => new Colormap(new Colormaps.Curl());
	public static Colormap Deep => new Colormap(new Colormaps.Deep());
	public static Colormap Delta => new Colormap(new Colormaps.Delta());
	public static Colormap Dense => new Colormap(new Colormaps.Dense());
	public static Colormap Diff => new Colormap(new Colormaps.Diff());
	public static Colormap Grayscale => new Colormap(new Colormaps.Grayscale());
	public static Colormap GrayscaleR => new Colormap(new Colormaps.GrayscaleR());
	public static Colormap Greens => new Colormap(new Colormaps.Greens());
	public static Colormap Haline => new Colormap(new Colormaps.Haline());
	public static Colormap Ice => new Colormap(new Colormaps.Ice());
	public static Colormap Inferno => new Colormap(new Colormaps.Inferno());
	public static Colormap Jet => new Colormap(new Colormaps.Jet());
	public static Colormap Magma => new Colormap(new Colormaps.Magma());
	public static Colormap Matter => new Colormap(new Colormaps.Matter());
	public static Colormap Oxy => new Colormap(new Colormaps.Oxy());
	public static Colormap Phase => new Colormap(new Colormaps.Phase());
	public static Colormap Plasma => new Colormap(new Colormaps.Plasma());
	public static Colormap Rain => new Colormap(new Colormaps.Rain());
	public static Colormap Solar => new Colormap(new Colormaps.Solar());
	public static Colormap Speed => new Colormap(new Colormaps.Speed());
	public static Colormap Tarn => new Colormap(new Colormaps.Tarn());
	public static Colormap Tempo => new Colormap(new Colormaps.Tempo());
	public static Colormap Thermal => new Colormap(new Colormaps.Thermal());
	public static Colormap Topo => new Colormap(new Colormaps.Topo());
	public static Colormap Turbid => new Colormap(new Colormaps.Turbid());
	public static Colormap Turbo => new Colormap(new Colormaps.Turbo());
	public static Colormap Viridis => new Colormap(new Colormaps.Viridis());

GetColormaps() throws on second call #767

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