The Love3D R1 Library [V 0.4.2]

[Tesselode]

The fireworks one is officially awesome.

[substitute541]

The third demo is bugged. The circle is off screen to the right instead of centered. Looks cool on the 5th demo with the mouse rotation. I think you will get more replies when you have something more than spinning circles. There are also older topics where people have made some impressive pseudo 3d ala doom Wolfenstein style. Your demo is sorta bleh compared to some stuff people have posted.

Yeah it's kinda bugged. There's an error in the code, and I got a fix. If you can access the main.lua file replace the ball.xPos, and ball.yPos with this

Code: Select all

ball.xPos = math.random() * monitorWidth/2 - monitorWidth/4
ball.yPos = math.random() * monitorHeight/2 - monitorHeight/4

And yeah, not as advanced as other people's demo, but technically I haven't seen theirs yet. Thanks for the mouse rotation comment. Try checking the 7th demo by the way.

EDIT : Ignore the "Try checking the 7th demo btw", I actually didn't read the 2nd page of this thread

[T-Bone]

The fifth demo is kind of cool, I think you could make a pretty cool game with only that Try to get simple textures to work, then you can make a solar system demo

[qaisjp]

The fifth demo is kind of cool, I think you could make a pretty cool game with only that Try to get simple textures to work, then you can make a solar system demo

yup

[Patalo]

I like how demo are numbered with odd numbers. Bring something mystical. (well actually I reread the first post while writing that. Demystified )

Demo 5 really carry the illusion. Code is impressively concise too. Bring some colors

[substitute541]

I like how demo are numbered with odd numbers. Bring something mystical. (well actually I reread the first post while writing that. Demystified )

Demo 5 really carry the illusion. Code is impressively concise too. Bring some colors

Apparently, z-sorting(sorting objects in the z space, you know, so that, farther objects don't appear at front) is difficult without "arrays". Until I find a way to sort out the z position, all the objects will be at the same color. And I am working on making a cube. Good thing that love2d has the Quad object. Oh and yes, the code is very concise. The only thing that's different is, your just changing the functions to fit the z space. Everything is almost the same(the rotate functions itself is simple. Originally, for 2D space, you only have 2 x1/y1 statements. 3D somehow tripled that o.e.)

[Nixola]

Code: Select all

>objects = { {x = 5, y = 4, z = 3}, {x = 9, y = 55, z = 6},  {x = 11, y = 66, z = 5} }
>table.sort(objects, function(a, b) return a.z > b.z end)
>for i, v in ipairs(objects) do
>>print(v.x, v.y, v.z)
>>end
9      55      6
11      66      5
5       4       3

I didn't read your code yet, would it be hard to implement something like this?

[Ellohir]

Love the fireworks and the cube demos. Great job, looks wonderful

[substitute541]

Code: Select all

>objects = { {x = 5, y = 4, z = 3}, {x = 9, y = 55, z = 6},  {x = 11, y = 66, z = 5} }
>table.sort(objects, function(a, b) return a.z > b.z end)
>for i, v in ipairs(objects) do
>>print(v.x, v.y, v.z)
>>end
9      55      6
11      66      5
5       4       3

I didn't read your code yet, would it be hard to implement something like this?

Hmm... the z-sort function would probably have something like that. Here's what I want to do : I want objects farther(as in, greater zpos) to be behind, and objects closer(smaller/negative zpos) to be at the front. Oh and, thanks for the comment on the 3D cube @post above me.

[Nixola]

Code: Select all

>objects = { {x = 5, y = 4, z = 3}, {x = 9, y = 55, z = 6},  {x = 11, y = 66, z = 5} }
>table.sort(objects, function(a, b) return a.z < b.z end) --simply change > to <
>for i, v in ipairs(objects) do
>>print(v.x, v.y, v.z)
>>end
5       4       3
11      66      5
9      55      6