Many ppl have sugested that i use http://lodev.org/cgtutor/raycasting.html BUT it dosent make sense, can some one make a tutorial http://lodev.org/cgtutor/images/wolf3d.jpg

You want to bounce a little dot into every direction the player can see. The dot should measure the distance it travels before it hits a wall. You then draw the height of the wall at that point to something that has a relationship to the distance to the wall.

Oh Ohhhhhhhhhhhhh

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

SC_DStwo_Master wrote:

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

You make a sprite, that literally moves one step and makes a variable go up by 1. When it literally hits a wall sprite, you can record the distance in a list

jokebookservice1 wrote:

SC_DStwo_Master wrote:

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

You make a sprite, that literally moves one step and makes a variable go up by 1. When it literally hits a wall sprite, you can record the distance in a list

I think he was refering to the virtual dot.

lugga wrote:

jokebookservice1 wrote:

SC_DStwo_Master wrote:

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

You make a sprite, that literally moves one step and makes a variable go up by 1. When it literally hits a wall sprite, you can record the distance in a list

I think he was refering to the virtual dot.

Then you have to use a bit of maths.

jokebookservice1 wrote:

lugga wrote:

jokebookservice1 wrote:

SC_DStwo_Master wrote:

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

You make a sprite, that literally moves one step and makes a variable go up by 1. When it literally hits a wall sprite, you can record the distance in a list

I think he was refering to the virtual dot.

Then you have to use a bit of maths.

nah, I was referring to the normal dot, but I was more thinking outside of scratch
what sort of maths do you need to know to move onto raytracing?

SC_DStwo_Master wrote:

jokebookservice1 wrote:

lugga wrote:

jokebookservice1 wrote:

SC_DStwo_Master wrote:

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

You make a sprite, that literally moves one step and makes a variable go up by 1. When it literally hits a wall sprite, you can record the distance in a list

I think he was refering to the virtual dot.

Then you have to use a bit of maths.

nah, I was referring to the normal dot, but I was more thinking outside of scratch
what sort of maths do you need to know to move onto raytracing?

Trigonometry I think.

There are two tutorials on the Wiki article.

SC_DStwo_Master wrote:

jokebookservice1 wrote:

lugga wrote:

jokebookservice1 wrote:

SC_DStwo_Master wrote:

jokebookservice1 wrote:

_Explosive_Games_ wrote:

Oh Ohhhhhhhhhhhhh

But for extra speed you want to make it a “virtual” dot, so you bounce it with maths formulas. But for your first raycaster, you might want to use an actual dot

how would you implement such a dot? (without using maths formulae)

You make a sprite, that literally moves one step and makes a variable go up by 1. When it literally hits a wall sprite, you can record the distance in a list

I think he was refering to the virtual dot.

Then you have to use a bit of maths.

nah, I was referring to the normal dot, but I was more thinking outside of scratch
what sort of maths do you need to know to move onto raytracing?

Raycasting and raytracing are two completely different things. Raycasting can be done either with sprites or trig. Raytracing is how movies are made, and it's never at a playable framerate.