Code Doodles!

[micha]

Good stuff, everybody. Here is mine.

doodle1.png (106.3 KiB) Viewed 9915 times

Use arrow keys to generate waves in x- or y-direction (need to hold down for one or two seconds, until nice waves emerge).

[WetDesertRock]

This doodle displays clocks going at different rates. If you watch closely, you can see the clocks all go into phase, and then break and go to seemingly random positions. If you rather a youtube to explain this than the code, here it is, it is the same visual concept:
http://youtu.be/V87VXA6gPuE

To change the visual style, hit any key.

Sorry this is so similar to the one before; I saw your screen shot and thought of this exhibit I read about awhile ago which had many clocks reacting to external input. Turns out, that is slightly similar to what you did. I guess we don't all need to do unique things.

Code: Select all

clocks = {}
uselines = true

function makeClock(x,y,rate)
     local c = {}
     c.x = x
     c.y = y
     c.rate = rate
     c.rot = 0
     function c:draw()
        love.graphics.setColor(140,140,140)
        love.graphics.circle( "fill", x, y, 20, 50 )
        love.graphics.setColor(60,60,60)
        love.graphics.circle( "line", x, y, 20, 50 )

        local dx,dy = math.cos(math.rad(self.rot))*13, math.sin(math.rad(self.rot))*13
        if uselines then
            love.graphics.setColor(60,60,60)
            love.graphics.line( x,y,x+dx,y+dy )
        else
            love.graphics.setColor(220,220,220)
            love.graphics.circle( "fill", x+dx,y+dy, 5, 20 )
        end
     end
     function c:update(td)
        self.rot = self.rot+ self.rate*td
     end
     return c
end

function love.load()
    for x=0,love.graphics.getWidth()-40,50 do
        for y=0,love.graphics.getHeight()-40,50 do
            local c = makeClock(x+25,y+25,50+x+y)
            table.insert(clocks,c)
        end
    end

    love.graphics.setBackgroundColor( 220, 220, 220 )
end

function love.keypressed(key,isrepeat)
    uselines = not uselines
end

function love.update(td)
    for _,c in ipairs(clocks) do
        c:update(td)
    end
end

function love.draw()
    for _,c in ipairs(clocks) do
        c:draw()
    end
end

[Ref]

Too bad we can't do 3D???
A 2 hour doodle.
(Don't know why it rotates faster the mode sides it has.)

[Sheepolution]

Too bad we can't do 3D???
A 2 hour doodle.
(Don't know why it rotates faster the mode sides it has.)

That is so cool! 3D stuff in LÖVE is awesome.

[Ref]

Really off topic but ...
Took Helvecta's image and wrapped it around a cylinder using xXxMonkEyMaNxXx's shader.
Code's really a hack job.
Just a quick look-see for what it would take.
Best

[HugoBDesigner]

So long (not much) without a doodle... I've got one I was trying to make for quite a long time (grid alignment maths made it take longer...). It is a doodle of falling blocks and... No, it's just this. But, as in my 2 previous doodles, you can make a lot of things via keyboard. Here are the "controls" of this doodle:
"R": Randomizes all the colors of all blocks.
Enter: Toggles economic mode (the outline, only. It doesn't makes much difference, though).
"P": Toggles "pyramid-looking" details (don't turn them off. They look really good ).
Down/"S"/Delete: Removes the last line of blocks.
Space: Spawns a block in a random place.
Left mouse click: Spawns a block in the same column of the click.
Right mouse click: Randomizes the color of the block you clicked on.
Mouse wheel: Increases/decreases the simulation speed.
Middle mouse click: Resets the simulation speed.

Code: Select all

--	LÖVE Code Doodle #3
--		by HugoBDesigner

function love.load()
	-- GOOD VARIABLE S TO MESS AROUND WITH:
	recsize = 40 --Size, in pixels, of the blocks
	maxheight = 12 --The maximum height of a pile of blocks
	fakeblockmaxtime = 2 --The time it takes to remove a line after it surpasses the maximum height
	
	gridw = math.floor(800/recsize)
	gridh = math.floor(600/recsize)
	maxheight = gridh-maxheight
	fakeblocks = {}
	fakeblocktimer = 0
	
	simspeed = 1
	
	grid = {}
	gridwait = {}
	minspawntime = .05
	maxspawntime = .25
	minspeed = 3
	maxspeed = 12
	spawntime = math.random(minspawntime, maxspawntime)
	for x = 1, gridw do
		grid[x] = {}
		gridwait[x] = false
		for y = 1, gridh do
			grid[x][y] = false
		end
	end
	economic = false
	pyramid = true
	fallingblocks = {}
	
	love.graphics.setBackgroundColor(255, 255, 255, 255)
end

function love.update(ndt)
	local dt = ndt*simspeed
	if fakeblocktimer > 0 then
		fakeblocktimer = fakeblocktimer - dt
		if fakeblocktimer <= 0 then
			fakeblocktimer = 0
			removeline()
		end
		return
	end
	
	for i, v in pairs(fallingblocks) do
		v.y = v.y + v.speed*dt
		if v.y >= v.dy and not v.die then
			grid[v.x][v.dy] = v.color
			gridwait[v.x] = false
			local rem = v.removes
			fallingblocks[i] = nil
			if rem then
				fakeblocktimer = fakeblockmaxtime
			end
		elseif v.die and v.y >= gridh+1 then --offset, MURDER IT!!!
			gridwait[v.x] = false
			fallingblocks[i] = nil
		end
	end
	
	spawntime = spawntime - dt
	if spawntime <= 0 then
		spawntime = math.random(minspawntime, maxspawntime)
		spawnblock()
	end
end

function love.draw()
	if fakeblocktimer > 0 then
		love.graphics.push()
		love.graphics.translate(0, recsize-fakeblocktimer/fakeblockmaxtime*recsize)
	end
	
	for x = 1, gridw do
		for y = 1, gridh do
			if grid[x][y] then
				love.graphics.setColor(unpack(grid[x][y]))
				love.graphics.rectangle("fill", (x-1)*recsize, (y-1)*recsize, recsize, recsize)
				if pyramid then --TOOK ME A FREAKIN LONG TIME TO MAKE!
					local p1 = {(x-1)*recsize, (y-1)*recsize,
							(x-1)*recsize+recsize, (y-1)*recsize+recsize}
					local p2 = {(x-1)*recsize+recsize/4, (y-1)*recsize+recsize/4,
							(x-1)*recsize+recsize-recsize/4, (y-1)*recsize+recsize-recsize/4}
					love.graphics.setColor(255, 255, 255, 55) --left
					love.graphics.polygon("fill", p1[1], p1[2], p1[1], p1[4], p2[1], p2[4], p2[1], p2[2])
					love.graphics.setColor(255, 255, 255, 75) --top
					love.graphics.polygon("fill", p1[1], p1[2], p1[3], p1[2], p2[3], p2[2], p2[1], p2[2])
					love.graphics.setColor(0, 0, 0, 55) --right
					love.graphics.polygon("fill", p1[3], p1[2], p1[3], p1[4], p2[3], p2[4], p2[3], p2[2])
					love.graphics.setColor(0, 0, 0, 75) --bottom
					love.graphics.polygon("fill", p1[1], p1[4], p1[3], p1[4], p2[3], p2[4], p2[1], p2[4])
				end
				if not economic then
					love.graphics.setColor(dark(grid[x][y]))
					love.graphics.rectangle("fill", (x-1)*recsize, (y-1)*recsize, 2, recsize)
					love.graphics.rectangle("fill", x*recsize-2, (y-1)*recsize, 2, recsize)
					love.graphics.rectangle("fill", (x-1)*recsize+2, (y-1)*recsize, recsize-4, 2)
					love.graphics.rectangle("fill", (x-1)*recsize+2, y*recsize-2, recsize-4, 2)
				end
			end
		end
	end
	
	for i, v in pairs(fallingblocks) do
		love.graphics.setColor(v.color)
		love.graphics.rectangle("fill", (v.x-1)*recsize, (v.y-1)*recsize, recsize, recsize)
		if pyramid then --TOOK ME A FREAKIN LONG TIME TO MAKE!
			local p1 = {(v.x-1)*recsize, (v.y-1)*recsize,
					(v.x-1)*recsize+recsize, (v.y-1)*recsize+recsize}
			local p2 = {(v.x-1)*recsize+recsize/4, (v.y-1)*recsize+recsize/4,
					(v.x-1)*recsize+recsize-recsize/4, (v.y-1)*recsize+recsize-recsize/4}
			love.graphics.setColor(255, 255, 255, 55) --left
			love.graphics.polygon("fill", p1[1], p1[2], p1[1], p1[4], p2[1], p2[4], p2[1], p2[2])
			love.graphics.setColor(255, 255, 255, 75) --top
			love.graphics.polygon("fill", p1[1], p1[2], p1[3], p1[2], p2[3], p2[2], p2[1], p2[2])
			love.graphics.setColor(0, 0, 0, 55) --right
			love.graphics.polygon("fill", p1[3], p1[2], p1[3], p1[4], p2[3], p2[4], p2[3], p2[2])
			love.graphics.setColor(0, 0, 0, 75) --bottom
			love.graphics.polygon("fill", p1[1], p1[4], p1[3], p1[4], p2[3], p2[4], p2[1], p2[4])
		end
		if not economic then
			love.graphics.setColor(dark(v.color))
			love.graphics.rectangle("fill", (v.x-1)*recsize, (v.y-1)*recsize, 2, recsize)
			love.graphics.rectangle("fill", v.x*recsize-2, (v.y-1)*recsize, 2, recsize)
			love.graphics.rectangle("fill", (v.x-1)*recsize+2, (v.y-1)*recsize, recsize-4, 2)
			love.graphics.rectangle("fill", (v.x-1)*recsize+2, v.y*recsize-2, recsize-4, 2)
		end
	end
	
	if fakeblocktimer > 0 then
		love.graphics.pop()
	end
	
	love.graphics.setColor(0, 205, 255, 25)
	local x, y = love.mouse.getPosition()
	x = math.max(1, math.min(gridw, math.floor(x/recsize)+1))
	y = math.max(1, math.min(gridw, math.floor(y/recsize)+1))
	love.graphics.rectangle("fill", (x-1)*recsize, (y-1)*recsize, recsize, recsize)
	
	love.graphics.setColor(205, 255, 0, 55)
	love.graphics.line(0, maxheight*recsize, gridw*recsize, maxheight*recsize)
end

function love.keypressed(key, u)
	if key == "enter" or key == "return" or key == "kpenter" then
		economic = not economic
	elseif key == "p" then
		pyramid = not pyramid
	elseif key == " " then
		spawnblock()
	elseif key == "r" then
		for x = 1, gridw do
			for y = 1, gridh do
				if grid[x][y] then
					grid[x][y] = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
				end
			end
		end
		
		for i, v in pairs(fallingblocks) do
			v.color = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
		end
	elseif key == "down" or key == "s" or key == "delete" then
		if fakeblocktimer == 0 then
			for x = 1, gridw do --check if it CAN remove line
				if grid[x][gridh] then
					fakeblocktimer = fakeblockmaxtime
					break
				end
			end
		end
	elseif key == "escape" then
		love.event.quit()
	end
end

function love.mousepressed(x, y, button)
	if button == "wu" then
		if simspeed < 1 then
			simspeed = math.min(1, simspeed+.1)
		else
			simspeed = math.min(5, simspeed+1)
		end
	elseif button == "wd" then
		if simspeed > 1 then
			simspeed = math.max(1, simspeed-1)
		else
			simspeed = math.max(.1, simspeed-.1)
		end
	elseif button == "m" then
		simspeed = 1
	elseif button == "l" then
		spawnblock(math.max(1, math.min(gridw, math.floor(x/recsize)+1)))
	elseif button == "r" then
		local rem = 0
		if fakeblocktimer > 0 then
			rem = 1-fakeblocktimer/fakeblockmaxtime
		end
		local nx = math.max(1, math.min(gridw, math.floor(x/recsize)+1))
		local found = false
		for i, v in pairs(fallingblocks) do
			if v.x == nx and (v.y-1+rem)*recsize <= y and (v.y-1+rem)*recsize+recsize > y then --It should be this one!
				v.color = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
				found = true
				break
			end
		end
		
		if not found then --check stacked blocks
			local ny = math.max(1, math.min(gridh, math.floor((y-(rem*recsize))/recsize)+1))
			if grid[nx][ny] then
				grid[nx][ny] = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
			end
		end
	end
end

function spawnblock(prex)
	local prex = prex or false
	local xtable = {}
	for x = 1, gridw do
		if grid[x][maxheight] == false and not gridwait[x] and (prex == false or x == prex) then
			table.insert(xtable, x)
		end
	end
	
	if #xtable == 0 then
		return --mostly won't happen, but just in case...
	end
	
	local x = xtable[math.random(#xtable)]
	local dy = gridh
	local removes = false
	for y = 1, gridh do
		if grid[x][y] == false then
			dy = y
		end
	end
	if dy == maxheight then
		removes = true --removes last line of blocks
	end
	gridwait[x] = true
	local col = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
	
	local ft = {x = x, y = -1, dy = dy, color = col, removes = removes, speed = math.random(minspeed, maxspeed), die = false}
	
	table.insert(fallingblocks, ft)
end

function removeline()
	for i, v in pairs(fallingblocks) do
		if v.dy < gridh then
			v.dy = v.dy + 1
		end
		if v.y >= gridh-.75 then -- Almost falling? Let it fall!
			v.die = true
		end
		v.y = v.y + 1
	end
	
	for x = 1, gridw do
		for y = gridh, 2, -1 do
			grid[x][y] = grid[x][y-1]
		end
		grid[x][1] = false
	end
end

function dark(c)
	local r, g, b, a = unpack(c)
	return math.max(r*.75, 0), math.max(g*.75, 0), math.max(b*.75, 0), a
end

FallingBlocks.png (36.06 KiB) Viewed 9749 times

EDIT: Just like my last doodle, I made some improvements in this one. Now, by pressing "F", you can change the block's shapes (blocks, circles, hexagons or triangles). The new code:

Code: Select all

--	LÖVE Code Doodle #3
--		by HugoBDesigner

function love.load()
	-- GOOD VARIABLE S TO MESS AROUND WITH:
	recsize = 40 --Size, in pixels, of the blocks
	maxheight = 12 --The maximum height of a pile of blocks
	fakeblockmaxtime = 2 --The time it takes to remove a line after it surpasses the maximum height
	
	gridw = math.floor(800/recsize)
	gridh = math.floor(600/recsize)
	maxheight = gridh-maxheight
	fakeblocks = {}
	fakeblocktimer = 0
	
	simspeed = 1
	
	grid = {}
	gridwait = {}
	minspawntime = .05
	maxspawntime = .25
	minspeed = 3
	maxspeed = 12
	spawntime = math.random(minspawntime, maxspawntime)
	for x = 1, gridw do
		grid[x] = {}
		gridwait[x] = false
		for y = 1, gridh do
			grid[x][y] = false
		end
	end
	economic = false
	pyramid = true
	fallingblocks = {}
	forms = {"rectangle", "circle", "hexagon", "triangle"}
	formn = 1
	
	love.graphics.setBackgroundColor(255, 255, 255, 255)
end

function love.update(ndt)
	local dt = ndt*simspeed
	if fakeblocktimer > 0 then
		fakeblocktimer = fakeblocktimer - dt
		if fakeblocktimer <= 0 then
			fakeblocktimer = 0
			removeline()
		end
		return
	end
	
	for i, v in pairs(fallingblocks) do
		v.y = v.y + v.speed*dt
		if v.y >= v.dy and not v.die then
			grid[v.x][v.dy] = v.color
			gridwait[v.x] = false
			local rem = v.removes
			fallingblocks[i] = nil
			if rem then
				fakeblocktimer = fakeblockmaxtime
			end
		elseif v.die and v.y >= gridh+1 then --offset, MURDER IT!!!
			gridwait[v.x] = false
			fallingblocks[i] = nil
		end
	end
	
	spawntime = spawntime - dt
	if spawntime <= 0 then
		spawntime = math.random(minspawntime, maxspawntime)
		spawnblock()
	end
end

function love.draw()
	if fakeblocktimer > 0 then
		love.graphics.push()
		love.graphics.translate(0, recsize-fakeblocktimer/fakeblockmaxtime*recsize)
	end
	
	local drawt = {}
	for x = 1, gridw do
		for y = 1, gridh do
			if grid[x][y] then
				table.insert(drawt, {x = x, y = y, color = grid[x][y]})
			end
		end
	end
	
	for i, v in pairs(fallingblocks) do
		table.insert(drawt, {x = v.x, y = v.y, color = v.color})
	end
	
	for i, v in pairs(drawt) do
		love.graphics.setColor(unpack(v.color))
		local f = forms[formn]
		local px = {}
		local ip = {}
		
		if f == "hexagon" then
			for i = 1, 6 do
				table.insert(px, (v.x-1)*recsize+recsize/2+math.cos((math.pi*2)*((i-1)/6))*(recsize/2))
				table.insert(px, (v.y-1)*recsize+recsize/2+math.sin((math.pi*2)*((i-1)/6))*(recsize/2))
				
				table.insert(ip, (v.x-1)*recsize+recsize/2+math.cos((math.pi*2)*((i-1)/6))*(recsize/4))
				table.insert(ip, (v.y-1)*recsize+recsize/2+math.sin((math.pi*2)*((i-1)/6))*(recsize/4))
			end
		end
		
		if f == "rectangle" then
			love.graphics.rectangle("fill", (v.x-1)*recsize, (v.y-1)*recsize, recsize, recsize)
			if pyramid then --TOOK ME A FREAKIN LONG TIME TO MAKE!
				local p1 = {(v.x-1)*recsize, (v.y-1)*recsize,
						(v.x-1)*recsize+recsize, (v.y-1)*recsize+recsize}
				local p2 = {(v.x-1)*recsize+recsize/4, (v.y-1)*recsize+recsize/4,
						(v.x-1)*recsize+recsize-recsize/4, (v.y-1)*recsize+recsize-recsize/4}
				love.graphics.setColor(255, 255, 255, 55) --left
				love.graphics.polygon("fill", p1[1], p1[2], p1[1], p1[4], p2[1], p2[4], p2[1], p2[2])
				love.graphics.setColor(255, 255, 255, 75) --top
				love.graphics.polygon("fill", p1[1], p1[2], p1[3], p1[2], p2[3], p2[2], p2[1], p2[2])
				love.graphics.setColor(0, 0, 0, 55) --right
				love.graphics.polygon("fill", p1[3], p1[2], p1[3], p1[4], p2[3], p2[4], p2[3], p2[2])
				love.graphics.setColor(0, 0, 0, 75) --bottom
				love.graphics.polygon("fill", p1[1], p1[4], p1[3], p1[4], p2[3], p2[4], p2[1], p2[4])
			end
		elseif f == "circle" then
			love.graphics.circle("fill", (v.x-1)*recsize+recsize/2, (v.y-1)*recsize+recsize/2, recsize/2, 32)
			if pyramid then
				love.graphics.setColor(255, 255, 255, 75)
				love.graphics.circle("fill", (v.x-1)*recsize+recsize/2, (v.y-1)*recsize+recsize/2, recsize/2, 32)
				love.graphics.setColor(unpack(v.color))
				love.graphics.circle("fill", (v.x-1)*recsize+recsize/2, (v.y-1)*recsize+recsize/2, recsize/4, 32)
			end
		elseif f == "hexagon" then
			love.graphics.polygon("fill", px)
			if pyramid then
				love.graphics.setColor(0, 0, 0, 55) --bottom
				love.graphics.polygon("fill", px[5], px[6], px[3], px[4], ip[3], ip[4], ip[5], ip[6])
				love.graphics.setColor(0, 0, 0, 75) --left-bottom
				love.graphics.polygon("fill", px[3], px[4], px[1], px[2], ip[1], ip[2], ip[3], ip[4])
				love.graphics.setColor(0, 0, 0, 55) --left-top
				love.graphics.polygon("fill", px[1], px[2], px[11], px[12], ip[11], ip[12], ip[1], ip[2])
				love.graphics.setColor(255, 255, 255, 55) --top
				love.graphics.polygon("fill", px[9], px[10], px[11], px[12], ip[11], ip[12], ip[9], ip[10])
				love.graphics.setColor(255, 255, 255, 75) --right-top
				love.graphics.polygon("fill", px[7], px[8], px[9], px[10], ip[9], ip[10], ip[7], ip[8])
				love.graphics.setColor(255, 255, 255, 55) --right-bottom
				love.graphics.polygon("fill", px[7], px[8], px[5], px[6], ip[5], ip[6], ip[7], ip[8])
			end
		elseif f == "triangle" then
			local px = {(v.x-1)*recsize+recsize/2, (v.x-1)*recsize, (v.x-1)*recsize+recsize}
			local py = {(v.y-1)*recsize, (v.y-1)*recsize+recsize, (v.y-1)*recsize+recsize}
			local cx = {(v.x-1)*recsize+recsize/2, (v.x-1)*recsize+recsize/3, (v.x-1)*recsize+recsize/3*2}
			local cy = {(v.y-1)*recsize+recsize/3, (v.y-1)*recsize+recsize/4*3, (v.y-1)*recsize+recsize/4*3}
			love.graphics.polygon("fill", px[1], py[1], px[2], py[2], px[3], py[3])
			if pyramid then
				love.graphics.setColor(255, 255, 255, 75) --top-left
				love.graphics.polygon("fill", px[1], py[1], cx[1], cy[1], cx[2], cy[2], px[2], py[2])
				love.graphics.setColor(0, 0, 0, 55) --top-right
				love.graphics.polygon("fill", px[1], py[1], cx[1], cy[1], cx[3], cy[3], px[3], py[3])
				love.graphics.setColor(0, 0, 0, 75) --bottom
				love.graphics.polygon("fill", px[2], py[2], cx[2], cy[2], cx[3], cy[3], px[3], py[3])
			end
		end
		
		if not economic then
			love.graphics.setColor(dark(v.color))
			if f == "rectangle" then
				love.graphics.rectangle("fill", (v.x-1)*recsize, (v.y-1)*recsize, 2, recsize)
				love.graphics.rectangle("fill", v.x*recsize-2, (v.y-1)*recsize, 2, recsize)
				love.graphics.rectangle("fill", (v.x-1)*recsize+2, (v.y-1)*recsize, recsize-4, 2)
				love.graphics.rectangle("fill", (v.x-1)*recsize+2, v.y*recsize-2, recsize-4, 2)
			elseif f == "circle" then
				love.graphics.circle("line", (v.x-1)*recsize+recsize/2, (v.y-1)*recsize+recsize/2, recsize/2, 32)
			elseif f == "hexagon" then
				love.graphics.polygon("line", px)
			elseif f == "triangle" then
				local px = {(v.x-1)*recsize+recsize/2, (v.x-1)*recsize, (v.x-1)*recsize+recsize}
				local py = {(v.y-1)*recsize, (v.y-1)*recsize+recsize, (v.y-1)*recsize+recsize}
				love.graphics.polygon("line", px[1], py[1], px[2], py[2], px[3], py[3])
			end
		end
	end
	
	if fakeblocktimer > 0 then
		love.graphics.pop()
	end
	
	love.graphics.setColor(0, 205, 255, 25)
	local x, y = love.mouse.getPosition()
	x = math.max(1, math.min(gridw, math.floor(x/recsize)+1))
	y = math.max(1, math.min(gridw, math.floor(y/recsize)+1))
	love.graphics.rectangle("fill", (x-1)*recsize, (y-1)*recsize, recsize, recsize)
	
	love.graphics.setColor(205, 255, 0, 55)
	love.graphics.line(0, maxheight*recsize, gridw*recsize, maxheight*recsize)
end

function love.keypressed(key, u)
	if key == "enter" or key == "return" or key == "kpenter" then
		economic = not economic
	elseif key == "p" then
		pyramid = not pyramid
	elseif key == " " then
		spawnblock()
	elseif key == "r" then
		for x = 1, gridw do
			for y = 1, gridh do
				if grid[x][y] then
					grid[x][y] = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
				end
			end
		end
		
		for i, v in pairs(fallingblocks) do
			v.color = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
		end
	elseif key == "down" or key == "s" or key == "delete" then
		if fakeblocktimer == 0 then
			for x = 1, gridw do --check if it CAN remove line
				if grid[x][gridh] then
					fakeblocktimer = fakeblockmaxtime
					break
				end
			end
		end
	elseif key == "escape" then
		love.event.quit()
	elseif key == "f" then
		formn = formn+1
	  if formn > #forms then
		  formn = 1
		end
	end
end

function love.mousepressed(x, y, button)
	if button == "wu" then
		if simspeed < 1 then
			simspeed = math.min(1, simspeed+.1)
		else
			simspeed = math.min(5, simspeed+1)
		end
	elseif button == "wd" then
		if simspeed > 1 then
			simspeed = math.max(1, simspeed-1)
		else
			simspeed = math.max(.1, simspeed-.1)
		end
	elseif button == "m" then
		simspeed = 1
	elseif button == "l" then
		spawnblock(math.max(1, math.min(gridw, math.floor(x/recsize)+1)))
	elseif button == "r" then
		local rem = 0
		if fakeblocktimer > 0 then
			rem = 1-fakeblocktimer/fakeblockmaxtime
		end
		local nx = math.max(1, math.min(gridw, math.floor(x/recsize)+1))
		local found = false
		for i, v in pairs(fallingblocks) do
			if v.x == nx and (v.y-1+rem)*recsize <= y and (v.y-1+rem)*recsize+recsize > y then --It should be this one!
				v.color = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
				found = true
				break
			end
		end
		
		if not found then --check stacked blocks
			local ny = math.max(1, math.min(gridh, math.floor((y-(rem*recsize))/recsize)+1))
			if grid[nx][ny] then
				grid[nx][ny] = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
			end
		end
	end
end

function spawnblock(prex)
	local prex = prex or false
	local xtable = {}
	for x = 1, gridw do
		if grid[x][maxheight] == false and not gridwait[x] and (prex == false or x == prex) then
			table.insert(xtable, x)
		end
	end
	
	if #xtable == 0 then
		return --mostly won't happen, but just in case...
	end
	
	local x = xtable[math.random(#xtable)]
	local dy = gridh
	local removes = false
	for y = 1, gridh do
		if grid[x][y] == false then
			dy = y
		end
	end
	if dy == maxheight then
		removes = true --removes last line of blocks
	end
	gridwait[x] = true
	local col = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
	
	local ft = {x = x, y = -1, dy = dy, color = col, removes = removes, speed = math.random(minspeed, maxspeed), die = false}
	
	table.insert(fallingblocks, ft)
end

function removeline()
	for i, v in pairs(fallingblocks) do
		if v.dy < gridh then
			v.dy = v.dy + 1
		end
		if v.y >= gridh-.75 then -- Almost falling? Let it fall!
			v.die = true
		end
		v.y = v.y + 1
	end
	
	for x = 1, gridw do
		for y = gridh, 2, -1 do
			grid[x][y] = grid[x][y-1]
		end
		grid[x][1] = false
	end
end

function dark(c)
	local r, g, b, a = unpack(c)
	return math.max(r*.75, 0), math.max(g*.75, 0), math.max(b*.75, 0), a
end

And a new screenshot:

The attachment FallingBlocks_Hexagons.png is no longer available

[HugoBDesigner]

Two doodles in a row!!!

First time I make something 3D-ish that works! Here comes the keys!
Enter: Toggles wireframe mode
Space/"R": Randomizes cube and background colors
F12: Toggles mouse grab
"-": Decreases cube size
"+": Increases cube size
Mouse wheel: Increases/Decreases cube depth


And the code:

Code: Select all

--	LÖVE Code Doodle #4
--		by HugoBDesigner

function love.load()
	love.mouse.setGrab = love.mouse.setGrab or love.mouse.setGrabbed
	depth = 70
	rec = 100
	x1 = 0
	y1 = 0
	mult = 1
	mode = true
	love.graphics.setLineWidth(2)
	
	cubecolor = {}
	backcolor = {}
	randomColors()
end

function love.update(dt)
	x1, y1 = love.mouse.getPosition()
	x1 = x1-400
	y1 = y1-300
end

function love.draw()
	local px1, py1 = x1-rec/2, y1-rec/2
	local px2, py2 = x1-rec/2+rec, y1-rec/2+rec
	local bx1, by1 = px1+rec/2-depth*(x1/800)*mult-rec/100*depth/2, py1+rec/2-depth*(y1/600)*mult-rec/100*depth/2
	local bx2, by2 = bx1+rec/100*depth, by1+rec/100*depth
	love.graphics.push()
	love.graphics.translate(400, 300)
	
	local r, g, b, a = unpack(cubecolor)
	love.graphics.setColor(r*.5, g*.5, b*.5, a)
	if mode then love.graphics.rectangle("fill", bx1, by1, rec/100*depth, rec/100*depth) end --back
	love.graphics.setColor(r*.15, g*.15, b*.15, a)
	love.graphics.rectangle("line", bx1, by1, rec/100*depth, rec/100*depth)
	
	love.graphics.setColor(r*.75, g*.75, b*.75, a)
	if by1 <= py1 or mode == false then --top
	if mode then love.graphics.polygon("fill", px1, py1, bx1, by1, bx2, by1, px2, py1) end
	love.graphics.setColor(r*.15, g*.15, b*.15, a)
	love.graphics.polygon("line", px1, py1, bx1, by1, bx2, by1, px2, py1)
	end
	if by2 >= py2 or mode == false then --bottom
	if mode then love.graphics.polygon("fill", px1, py2, bx1, by2, bx2, by2, px2, py2) end
	love.graphics.setColor(r*.15, g*.15, b*.15, a)
	love.graphics.polygon("line", px1, py2, bx1, by2, bx2, by2, px2, py2)
	end
	
	love.graphics.setColor(r*.5, g*.5, b*.5, a)
	if bx1 <= px1 or mode == false then --left
	if mode then love.graphics.polygon("fill", px1, py1, bx1, by1, bx1, by2, px1, py2) end
	love.graphics.setColor(r*.15, g*.15, b*.15, a)
	love.graphics.polygon("line", px1, py1, bx1, by1, bx1, by2, px1, py2)
	end
	if bx2 >= px2 or mode == false then --right
	if mode then love.graphics.polygon("fill", px2, py1, bx2, by1, bx2, by2, px2, py2) end
	love.graphics.setColor(r*.15, g*.15, b*.15, a)
	love.graphics.polygon("line", px2, py1, bx2, by1, bx2, by2, px2, py2)
	end
	
	love.graphics.setColor(r, g, b, a)
	if mode then love.graphics.rectangle("fill", px1, py1, rec, rec) end --front
	love.graphics.setColor(r*.15, g*.15, b*.15, a)
	love.graphics.rectangle("line", px1, py1, rec, rec)
	
	love.graphics.pop()
	love.graphics.setColor(255, 255, 255, 255)
	love.graphics.print("FPS = "..love.timer.getFPS(), 4, 4)
	love.graphics.print("(Mouse Wheel) Depth = "..mult, 4, 20)
	love.graphics.print("(+/-) Cube size = "..rec, 4, 36)
	love.graphics.print("(Enter) Wireframe mode = "..tostring(not mode), 4, 52)
	love.graphics.print("(Space/R) Randomizes colors", 4, 68)
	love.graphics.print("(F12) " .. (love.mouse.isGrabbed() and "Ungrab" or "Grab") .. " mouse", 4, 84)
end

function love.keypressed(k, u)
	if k == "escape" then
		love.event.quit()
	elseif k == "enter" or k == "return" or k == "kpenter" then
		mode = not mode
	elseif k == "f12" then
		love.mouse.setGrab(not love.mouse.isGrabbed())
	elseif k == "-" then
		rec = math.max(50, rec-10)
	elseif k == "=" then
		rec = math.min(300, rec+10)
	elseif k == "r" or k == " " then
		randomColors()
	end
end

function love.mousepressed(x, y, b)
	if b == "wd" then
		mult = math.max(mult-.2, .5)
	elseif b == "wu" then
		mult = math.min(mult+.2, 6)
	end
end

function randomColors()
	cubecolor = {math.random(155, 255), math.random(155, 255), math.random(155, 255), 255}
	backcolor = {math.random(0, 100), math.random(0, 100), math.random(0, 100), 255}
	love.graphics.setBackgroundColor(unpack(backcolor))
end

3Dthing_1.png (8.33 KiB) Viewed 9737 times

3Dthing_2.png (8.91 KiB) Viewed 9737 times

[veethree]

This doodle is kind of a happy accident. At least some aspects of it. Basically i was gonna mix some shaders with it, So i set up a couple canvases, Forgot to clear one of them, And it ended up looking neat.

Code: Select all

screen = {
		width = love.graphics.getWidth(),
		height = love.graphics.getHeight()
	}
love.window.setMode(screen.width, screen.height, {fsaa = 4})

local objects = {}
local radius = 12.5
local width = math.floor(screen.width / radius)
local height = math.floor(screen.height / radius)
local color = {0, 255, 126}
local color_speed = 0.01

local canvas = {
		love.graphics.newCanvas(screen.width, screen.height),
		love.graphics.newCanvas(screen.width, screen.height)
	}

local light = {
		x = 0,
		y = 0,
		size = 32
	}

function love.load()
	local sx = radius 
	local sy = radius
	local cx = sx
	local cy = sy
	
	for y=0, height-1 do
		for x=0, height-1 do
			objects[#objects + 1] = {
					x = cx,
					y = cy,
					radius = radius,
					alpha = 1,
					color = color
				}
				cx = cx + (radius * 2)
		end
			cx = sx
			cy = cy + (radius * 2)
	end
end

function love.update(dt)
	local mx, my = love.mouse.getPosition()
	light.x = light.x + (mx - light.x) * 0.1
	light.y = light.y + (my- light.y) * 0.1

	for i,v in ipairs(objects) do
		local dist = getDistance(light.x, light.y, v.x, v.y)
		v.alpha = 1 / (dist / light.size)
		if v.alpha > 1 then v.alpha = 1 end
		v.color[1] = v.color[1] + color_speed * dt
		if v.color[1] > 255 then v.color[1] = 0 end
	end
end

function love.draw()
	love.graphics.setColor(255, 255, 255, 255)
	canvas[1]:clear()
	love.graphics.setCanvas(canvas[1])
	for i,v in ipairs(objects) do
		love.graphics.setColor(hsl(v.color[1], v.color[2], v.color[3], 128 * v.alpha))
		love.graphics.rectangle("fill", v.x - (v.radius * v.alpha), v.y - (v.radius * v.alpha), (v.radius * 2) * v.alpha, (v.radius * 2) * v.alpha)
		
		love.graphics.setColor(hsl(v.color[1], v.color[2], v.color[3], 255 * v.alpha))
		love.graphics.rectangle("line", v.x - (v.radius * v.alpha), v.y - (v.radius * v.alpha), (v.radius * 2) * v.alpha, (v.radius * 2) * v.alpha)
	end
	
	love.graphics.setCanvas(canvas[2])
	--shader
	love.graphics.setColor(255, 255, 255, 255)
	love.graphics.draw(canvas[1])
	love.graphics.setCanvas()
	
	
	--Final drawing
	love.graphics.draw(canvas[2])
end

function love.keypressed(key)
	if key == "escape" then love.event.push("quit") end
end

function getDistance(x1,y1, x2,y2) 
	return ((x2-x1)^2+(y2-y1)^2)^0.5 
end

function hsl(h, s, l, a)
    if s<=0 then return l,l,l,a end
    h, s, l = h/256*6, s/255, l/255
    local c = (1-math.abs(2*l-1))*s
    local x = (1-math.abs(h%2-1))*c
    local m,r,g,b = (l-.5*c), 0,0,0
    if h < 1     then r,g,b = c,x,0
    elseif h < 2 then r,g,b = x,c,0
    elseif h < 3 then r,g,b = 0,c,x
    elseif h < 4 then r,g,b = 0,x,c
    elseif h < 5 then r,g,b = x,0,c
    else              r,g,b = c,0,x
    end return (r+m)*255,(g+m)*255,(b+m)*255,a
end

the code is mad dirty.

[Ref]

Just a look-see what it would take to implement a button capability.

[CaptainMaelstrom]

I made a little code doodle a few days ago. This thread is awesome for getting the creative juices flowing.

I'm attaching the .love, but I'd really appreciate it if somebody could tell me how to make a copy I can distribute to my friends who use OS X. I tried following the "Creating a Mac OS X App" section here: http://www.love2d.org/wiki/Game_Distribution . But my friend said when he tried to run it, he gets the "no game" screen. Ideas?