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+NeoVerticalSpriteSheet represents a image container object that stores the data in a NeoPixel native format for faster rendering. The primary use of this class is to contain an vertical series of sprites as one image and have it rendered to a NeoPixelBus.
+
+## Constructors
+
+### NeoVerticalSpriteSheet\<METHOD\>(uint16_t width, uint16_t height, uint16_t spriteHeight, PGM_VOID_P pixels)
+This will define the object with the given Method, construct it to the width and height, and define the sprite height.  
+Valid Method objects are the NeoBufferMethod and NeoBufferProgmemMethod.  
+The optional pixels will either be copied into the Ram buffer (for NeoBufferMethod) or become the referenced data (NeoBufferProgmemMethod).
+
+```
+NeoVerticalSpriteSheet<NeoPixelBufferProgmemMethod<NeoGrbFeature>> spriteSheet(myImageWidth, myImageHeight, mySpriteHeight, myImage);
+
+```
+
+## Methods
+### uint16_t SpriteCount() const
+This will return the number of sprites in the sheet.
+
+### uint16_t SpriteWidth() const
+This will return the width in pixels of a single sprite.
+
+### uint16_t SpriteHeight() const
+This will return the height in pixels of a single sprite.
+
+### void SetPixelColor(uint16_t indexSprite, int16_t x, int16_t y, ColorObject color)
+This will set the color of the given pixel on the given sprite  
+ indexSprite - the sprite to write to  
+ x - the horizontal pixel position  
+ y - the vertical pixel position  
+ color - a color object to use, RgbColor, HslColor, and HsbColor will all work and if the NeoPixelBus object was created with the NeoRgbwFeature the RgbwColor will also work.
+
+### ColorObject GetPixelColor(uint16_t indexSprite, int16_t x, int16_t y)
+This will return the color of the given pixel from the given sprite  
+ indexSprite - the sprite to read from  
+ x - the horizontal pixel position  
+ y - the vertical pixel position  
+ \<return\>, a color object, RgbColor or RgbwColor.
+
+### void ClearTo(ColorObject color)
+This will clear all pixels on all sprites to the given color.  
+ color - a color object to use, RgbColor, HslColor, and HsbColor will all work and if the NeoPixelBus object was created with the NeoRgbwFeature the RgbwColor will also work.
+
+### void Blt(NeoBufferContext destBuffer, uint16_t indexPixel, uint16_t indexSprite)
+This will render the sprite to the destBuffer at indexPixel.  This is a linear rendering, not a 2D image rendering.  
+ destBuffer - Another NeoBuffer or NeoPixelBus.  
+ indexPixel - the location to start the render at  
+ indexSprite - the sprite to Blt from
+
+### void Blt(NeoBufferContext destBuffer, int16_t xDest, int16_t yDest, uint16_t indexSprite, LayoutMapCallback layoutMap)
+This will render all of a sprite to the destBuffer at given location. This is a 2d image rendering.  
+ destBuffer - Another NeoBuffer or NeoPixelBus.  
+ xDest - the upper left location in the destination to render to  
+ yDest - the upper left location in the destination to render to  
+ indexSprite - the sprite to Blt from  
+ layoutMap - a layoutMap callback that implements the destinations mapping routine (see below)
+
+## Callbacks
+### uint16_t LayoutMapCallback(int16_t x, int16_t y)
+As the consumer of certain methods, you will need to implement this and pass it into those methods.  You are expected to translate the x,y location of the destination to a linear index value.  If you have implemented `NeoTopology`, `NeoTiles`, or `NeoMosaic`; you can just call the `MapProbe()` method on them and return what they provide.
+```
+NeoTopology<RowMajorLayout> topo(16,16); // 16x16 matrix panel
+
+uint16_t MyLayoutMap(int16_t x, int16_t y)
+{
+  return topo.MapProbe(x, y);
+}
+``` 
+If you implement your own, make sure to handle out of range values beyond your edges including negative values and return `PixelIndex_OutOfBounds` for these cases.
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