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Screen Module

getScreens drawString this text x y color drawRect this x y w h color drawOval this x y w h color fillRect this x y w h color fillOval this x y w h color getResolution this getSize this setResolution this width height setSize this width height equal this other unequal this other with - this, other being screen objects - x, y, w, h being numbers - text being a string - color being a tuple of r, g, b

get_screens parameters: [ ] description: returns a list of all screens that the computer is connected to. set_screen_resolution parameters: [ screen, width, height ] description: sets the amount of pixels of the screen. be careful using this function because it will recreate all pixels when calling the function and can potentially cause lag. the default resolution is 96x54. set_screen_size parameters: [ screen, width, height ] description: scales the screen to fit into the desired width and height. the resolution / ratio of the screen stays the same -> the screen might get distorted. draw_str parameters: [ screen, text, x, y, color ] description: draws the string in the specified color on the screen with the left upper corner of the string as a reference. it currently only knows uppercase input text which i will fix. draw and fill parameters: [ screen, shape, x, y, width, height, color] description: draws a shape in the desired color on the screen. it can draw rectangles ('rectangle' as shape parameter) where x, y specifies the left upper corner and w, h specify the width and height of the rectangle. it also draws ovals ('oval' as shape parameter) in which cases x, y is the center point and w, h specify the dimensions of the oval.

import Screen import Camera import Math II.setClockSpeed(10000) width = 16 * 2 height = 9 * 2 screen = Screen.getScreens()[0] screen.setResolution(width, height) screen.setSize(16 * 3, 9 * 3) range = 100 camera = Camera.getCameras()[0] camera.setCastsPerTick(1000) camera.setResolution(width, height) camera.setFov(160, 90) camera.setRange(range) camera.setMode('ALL') (screenWidth, screenHeight) = screen.getResolution() screen.fillRect(0, 0, screenWidth, screenHeight, (0, 0, 0)) while true camera.capture() while camera.isCapturing() II.interrupt() end for y = 0, y < height, y += 1 for x = 0, x < width, x += 1 entry = camera.getData(x, y) color = entry[3] if entry[2] == 'terrainSurfaceSand' color = (1, 1, 0) end if entry[0] v = 1.0 - entry[1] / range (r, g, b) = color screen.fillRect(width - x - 1, y, 1, 1, (r * v, g * v, b * v)) else screen.fillRect(width - x - 1, y, 1, 1, (0.3, 0.3, 1)) end end end end