5 minutes ago, NorthWestWind said:

getCollisionShape just call getShape by default, overriding getShape also overrides getCollisionShape

And thats why you need to override getShape and leave getCollisionShape as it is

Nevermind, i just made some tests, you can just override getCollisionShape without all that onEntityCollision stuff(even if it somehow worked). Still we are at the starting point again, by returning the full block collision shape in case your condition is not verified, the block pushes you back, and the only way i managed to get that working is still to return a voxel shape which is slightly smaller than the full cube as i showed earlier..why that works? i honestly still have to figure it out 🤔

I've literally done this before.

https://github.com/Draco18s/ReasonableRealism/blob/1.14.4/src/main/java/com/draco18s/industry/block/RailBridgeBlock.java#L71

 

I'm not overriding a vanilla block to do it, but I've still conditionally given a block a collision volume.

That is just weird because the same thing works for other blocks that are not full cubes such as slabs, carpets, bamboo, stonecutter... Even glass panes work.

I changed the method to:

public VoxelShape getCollisionShape(BlockState state, IBlockReader worldIn, BlockPos pos, ISelectionContext context) {
        return VoxelShapes.empty();
}

And the block has no collision at all. That means there should be something wrong with my condition that causes the block switches between the state collidable and not collidable

Then show your condition code

public VoxelShape getCollisionShape(BlockState state, IBlockReader worldIn, BlockPos pos, ISelectionContext context) {
        Entity entity = context.getEntity();
        if(!(entity instanceof LivingEntity)) return super.getCollisionShape(state, worldIn, pos, context);
        ItemStack boots = ((LivingEntity) entity).getItemStackFromSlot(EquipmentSlotType.FEET);
        ResourceLocation registryName = boots.getItem().getRegistryName();
        if(registryName == null || !registryName.getPath().equals("item_name")) return super.getCollisionShape(state, worldIn, pos, context);
        return VoxelShapes.empty();
    }

This is the inverted one.

public VoxelShape getCollisionShape(BlockState state, IBlockReader worldIn, BlockPos pos, ISelectionContext context) {
        Entity entity = context.getEntity();
        if(entity instanceof LivingEntity) {
            ItemStack boots = ((LivingEntity) entity).getItemStackFromSlot(EquipmentSlotType.FEET);
            ResourceLocation registryName = boots.getItem().getRegistryName();
            if(registryName != null && registryName.getPath().equals("item_name")) {
                return VoxelShapes.empty();
            }
        }
        return super.getCollisionShape(state, worldIn, pos, context);
    }

This is the one I made at the very beginning.

 

I don't see the problem though.

Edited August 16, 20205 yr by NorthWestWind

32 minutes ago, NorthWestWind said:

ResourceLocation registryName = boots.getItem().getRegistryName();

if(registryName != null && registryName.getPath().equals("item_name")) {

Dude, create a field to hold a reference to your boots. Don't string compare!

Also, the registry name will never be null. Trying to register an item with a null registry name throws an error.

Quote

Dude, create a field to hold a reference to your boots. Don't string compare!

ok I'll change that

Quote

Also, the registry name will never be null. Trying to register an item with a null registry name throws an error.

IntelliJ told me this and I just don't know

58 minutes ago, NorthWestWind said:

IntelliJ told me this and I just don't know

Because the method isn't annotated as @NonNull. And this is because before SetRegistryName is called, it will return null, but once the game's running you can be sure that no registry name will ever be null.

This is a case of being unable to tell the compiler that we don't need the check in a way that the compiler will be able to understand.

Why don't you make a boolean property which if is true you can walk through the block and setting the boolean property to true for the blocks the player is looking at and if the entity (in this case the player) matches the condition i would do it like this it's not even hard to code

So, I created a HashMap to store whether the player can walk through blocks. In LivingUpdateEvent, the map is updated.

And then, in the extended block, it reads the states of the player from the map and decides whether to have collision or not, but that still doesn't work

9 hours ago, Crazzy4999 said:

Why don't you make a boolean property which if is true you can walk through the block and setting the boolean property to true for the blocks the player is looking at and if the entity (in this case the player) matches the condition i would do it like this it's not even hard to code

So the player can walk through the block only when actually looking at it?

6 minutes ago, Beethoven92 said:

So the player can walk through the block only when actually looking at it?

Yes by what i wrote than now i realised that this Guy wants something else xd

By the way how about a player tick event and check the conditions and if the player is near the block