CCLights2

CCLights2 is an Open Source Minecraft mod that adds a GPU peripheral, and monitors to suit your need. Unlike CCGPU, this mod does not use OpenGL, but it is Multiplayer Compatible.

Please note; this documentation will always try to stay up to date with the github repo, so it might not fit your build :P

CCLights2 Peripherals
Name	Description
GPU Peripheral	The GPU Peripheral needs to be placed next to a computer. It will autoconnect with the first monitor that connects with it, and will auto disconnect when the monitor detaches.
CCLights2 Monitors and ram
Name	Description
Normal Monitor	The basic Monitor. It sports an elegant resolution of 256x144.
External Monitor	An external Monitor. It supports a resolution up to 512x288.
TabletTransciever	The basestation for the tablet, CONNECT YOUR TABLETS HERE!
RAM	Yep. You can craft more Ram.
RAM	Yep. You can craft more Ram... with ram! (double the capacity up to a maximum of 8k!)
Tablet	Hold it in your hand! Go caving! Watch your life leech away as you stare into this tablet! NOTE: Watch out for Creepers.

GPU Methods
Returns	Method Name	Description
nil	gpu.fill()	Fills the current binded texture with the GPU color. NOTE: This method will fully replace the contents of the texture.
number textureid	gpu.createTexture(number width, number height)	Creates a texture and returns the texture id. This function will error if there is no more room for the texture.
number freememory	gpu.getFreeMemory()	Returns the amount of free memory that the GPU has to use. This can be expanded by right clicking the GPU with RAM.
number totalmemory	gpu.getTotalMemory()	Returns the amount of memory that the GPU has. This can be expanded by right clicking the GPU with RAM.
number usedmemory	gpu.getUsedMemory()	Returns the amount of memory that the GPU is using. This value is changed by allocating textures with gpu.createTexture and freeing textures with gpu.freeTexture.
nil	gpu.bindTexture(number textureid)	Bind the texture at textureid, this method will error if invalid values are used. Texture 0 is the screen.
nil	gpu.plot(number x, number y)	Sets the pixel on x,y to the the GPU's current color. (Remember, all drawing command work on the current binded texture)
nil	gpu.drawTexture(number textureid, number x, number y[, number startX, number startY, number width, number height])	Draws the texture textureid to x and y, and if startX, startY, width, and height is defined, it will render only that area of the texture. (Remember: You can render the texture to itself)
nil	gpu.freeTexture(number textureid)	Frees the texture defined by textureid
nil	gpu.line(number x0, number y0, number x1, number y1)	Draws a line from x0 and y0 to x1 and y1.
number width, number height	gpu.getSize([ number textureid])	Returns the texture size of textureid or the current binded texture. Using texture 0 will give you the screen size.
number red, number green, number blue, number alpha	gpu.getPixels(number x, number y)	Returns the color of the pixel in the currently binded texture. Out of bound pixels have an undefined side effect.
nil	gpu.rectangle(number x, number y, number width, number height)	Draws the outline of a rectangle from x, y to x+width, y+height.
nil	gpu.filledRectangle(number x, number y, number width, number height)	Draws a filled rectangle from x, y to x+width, y+height.
nil	gpu.setColor(number red, number green, number blue[, number alpha])	Sets the GPU's current drawing color
number slot	gpu.getBindedTexture()	Gets the GPU's currently binded texture
nil	gpu.setPixels(number width, number height, number x, number y,number red,number green,number blue,...)	takes an array and writes each pixel to the image. this method is accelerated by java and is faster than multiple gpu.plot calls.
nil	gpu.flipTextureV()	flips the texture vertically
numberTextureID, numberWidth, numberHeight	gpu.import(string imagestoredinCC)	decodes an imagefile and makes it ready for texture binding.
string filedata	gpu.export(number textureid, string file format)	encodes an imagefile and makes it ready for saving.
nil	gpu.drawText(string text to write, number x,number y)	writes text from pixel x,y
number textWidth	gpu.getTextWidth()	Gets Text width
nil	gpu.setColor(number red,number green,number blue, optional; number alpha)	Sets the GPU's current color
number red, number green, number blue, number alpha	gpu.getColor()	Gets the GPU's current color
nil	gpu.translate(number x,number y)	translates the texture in two dimensions
nil	gpu.rotate(number degrees)	rotates the texture in two dimensions
nil	gpu.rotateAround(number degrees,number x,number y)	rotates the texture around pixel x,y
nil	gpu.scale(number x-axis size,number y-axis size)	scales the texture to specs
nil	gpu.push()	store transformation commands from here on and push them to the storestack
nil	gpu.pop()	process stored transformation input
table	gpu.getMonitor().getResolution()	Get the monitor resolution w/h
nil	gpu.blur(number blur amount)	makes the texture blurry
nil	gpu.startFrame()	Starts a new frame (use this if you plan to draw large amounts of data)
nil	gpu.endFrame()	ends the frame (ends the frame and sends the data, use this if you plan to draw large amounts of data)
nil	gpu.clearRect(number x, number y, number width, number height)	Clear rectangle entirely to alpha 255
nil	gpu.origin()	Reset RenderPoint with affline transform

Events
Returns	EventName	Description
button,x,y, player	monitor_move	The player dragged the mouse while holding in a button
button,x,y,player	monitor_down	The player began a click on the monitor
button,x,y,player	monitor_up	The player stopped a click on the monitor
button,x,y,player	monitor_down	The player began a click on the monitor
string char	char	The player typed a character
string key	key	The player mashed the keyboard
table of imagedata, importable	tablet_image	The player took a picture with the tablet