homo特有的渲染（确信

XHG78999 · 2022-8-1 16:04:28

方块熊孩子MTR 发表于 2022-8-1 15:57
- Y% g+ E0 s( A" X众所周知数字分正和负，所以我建议你把-114514也加上

行，这个怎么样

package com.xhg78999.mtrfac.render;
4 F3 W6 R+ Q2 n7 W v! E8 q' B/ j
' b! k5 p2 r7 Q+ a7 d* z, s
import com.mojang.blaze3d.vertex.PoseStack;& J5 z, Z' w* V, E- I
import com.mojang.blaze3d.vertex.VertexConsumer;
+ v; b2 X$ p z. [+ R' O; M
import net.minecraft.client.renderer.RenderType;
& n' ~4 e% E) t; Y, ~
import net.minecraft.resources.ResourceLocation;" F: d6 e4 y0 M. a2 O2 \
3 n; B+ h" ]6 \+ a, O$ @2 Q
import java.util.*;! A4 ]0 C8 S0 C% H: c' Y6 {
5 w; C: t# y+ n: e) Q
// Render!Vertex!Textures!Aaaaaaaaaaaaaaaaaaaaa I crashed! :(
* y+ J& P& Q5 p/ r, m) e- W
4 k& B+ O" @2 }" c# b
public class LineRender{
4 D+ R* K* N7 ~5 l
private final PoseStack pose;
& ?# i6 |6 d1 R; a. L6 p
private final MultiBufferSource source;
* x# G4 D3 `5 [1 f, B
private static final Map<String, RenderType> CACHE_A = new HashMap<>();
- h. t; m6 ]8 }: e3 W. X
private static final Map<ResourceLocation, RenderType> CACHE_B = new HashMap<>();
; ^- P9 y, _, a/ |* H5 e
( F. V: {/ [3 L
. E& ^1 |/ e1 X' K
public void renderLine(float x1, float y1, float z1, float x2, float y2, float z2){( a$ }/ Y) }; z- H
if(x1 == x2 && y1 == y2 && z1 == z2){
* R, b+ c' \6 u& S4 v. H6 x+ K' q
return;$ k. Z9 ]& h+ _ }. l7 N7 J' G1 A
}, [! Z0 _7 M& s* R, w
if((x1 == 114514 && z1 == 114514) || (x1 == -114514 && z1 == -114514)){
! x! J" O% t0 X" ?: \( j! z
System.out.printIn("Looks like you put it in a henhenaaaaaaa pos. Oh, Homo is everywhere! :)");
! x) U) C5 y& U
}
% b, m0 u5 e( [+ e" Z. o; M
pose.pushPose();. C, a$ i0 z8 v& n2 Y
final int newLight = convertLight(6);, u, P( p7 h! ~+ o+ q& l
final VertexConsumer vertexs = source.getBuffer(getRenderLayer("mtrfac:textures/custom_render/lines.png", newLight, false));
/ D# @: F# B+ l, r
final float lineHeightSmall = (y2 - y1);1 h3 T$ l: a5 S6 W
this.draw(pose, source, x1, y1 + lineHeightSmall * i, z1, x2, y1 + lineHeightSmall * (i + 1), z2, facing, 0xFF000000, newLight);; y" C9 T' p8 y0 C
pose.popPose();
: g2 V3 w, }: j+ D; ] ?) X& B
}
) E2 U6 }3 H3 b5 _$ ?
; Z" d, H! u! T4 c Q6 T
private RenderType getLayers(String texture, int light) {* o/ g/ f% S' @5 _& A: [
return light == MAX_LIGHT_GLOWING ? this.getLightTexture(new ResourceLocation(texture)) : this.getTexture(new ResourceLocation(texture));
$ O3 [/ ~) l2 A V* @8 d4 S5 B
}
5 y( }; q o& m# f0 H
' h( D. \$ e& n
private RenderType getLightTexture(ResourceLocation texture) {0 S" a: _! v# z0 x9 N1 b- m c
return this.cache(texture.toString() + false, () -> beaconBeam(texture, false), CACHE_A);2 x* [& d, N3 \! L8 a0 a
}
% O: j3 D# ^' A* A( Q) e. O6 k
& N% k* g3 C% g4 g: h) s
private RenderType getTexture(ResourceLocation texture) {
3 R5 s Q0 z: M, i1 R
return this.cache(texture, () -> entityCutout(texture), CACHE_B);( ]- ^2 Q/ ^0 z5 a0 |5 c6 |
}
0 p, S/ x# }/ h: O. W" e
# t. w( ^/ ]1 f( m. J1 D2 f
private static <T> RenderType cache(T identifier, Supplier<RenderType> supplier, Map<T, RenderType> cache) {1 m; d* }4 E7 w, n
if (cache.containsKey(identifier)) {
1 ]1 m6 r. } P# Q
return cache.get(identifier); l. A; w4 z* b2 |
} else {
8 S! o- T% Q, V0 l+ }. w+ T Q
final RenderType renderLayer = supplier.get();
6 C" I d2 o I( d; U7 F
cache.put(identifier, renderLayer);
, p% l' @5 O7 j
return renderLayer;3 k" }6 `1 a; r9 q% L' j
}
: Y1 y1 J# p+ q1 p
}+ z% y( _/ Q, |4 o
}