repo for my hex addons :3
handrolled rendering
+283
-225
+2
build.gradle.kts
+2
build.gradle.kts
···
190
190
include(modImplementation("net.fabricmc.fabric-api:fabric-api:${project.property("fabric_version")}+$minecraft_version")!!)
191
191
include(modApi("dev.onyxstudios.cardinal-components-api:cardinal-components-base:$cca_version")!!)
192
192
include(modApi("dev.onyxstudios.cardinal-components-api:cardinal-components-world:$cca_version")!!)
193
+
include("maven.modrinth:cardinal-components-api:$cca_version")
193
194
include(modImplementation("com.github.Chocohead:Fabric-ASM:v2.3")!!)
195
+
// include(modImplementation("maven.modrinth:familiar-magic:1.1.4")!!)
194
196
//include(modImplementation("io.github.0x3c50.renderer:renderer-fabric:2.1.2")!!)
195
197
//mergedDeps("org.scala-lang:scala-library:2.12.21-M2")
196
198
//include("org.scala-lang:scala-library:2.12.21-M2")
+2
-2
gradle.properties
+2
-2
gradle.properties
···
17
17
kotlin_loader_version=1.13.4+kotlin.2.2.0
18
18
scala_loader_version=0.3.1.11
19
19
# Mod Properties
20
-
mod_version=0.0.6
21
-
maven_group=org.net.eu.pool.mica
20
+
mod_version=0.0.7
21
+
maven_group=org.eu.net.pool
22
22
archives_base_name=mica
23
23
# Dependencies
24
24
# check this on https://modmuss50.me/fabric.html
+4
-1
src/client/resources/mica.client.mixins.json
+4
-1
src/client/resources/mica.client.mixins.json
+223
-222
src/client/scala/org/net/eu/pool/mica/client/MicaClient.scala
+223
-222
src/client/scala/org/net/eu/pool/mica/client/MicaClient.scala
···
3
3
import com.google.gson.{JsonArray, JsonElement, JsonObject}
4
4
import com.mojang.blaze3d.systems.RenderSystem
5
5
import net.fabricmc.fabric.api.client.datagen.v1.provider.FabricModelProvider
6
-
import net.fabricmc.fabric.api.client.rendering.v1.WorldRenderEvents
6
+
import net.fabricmc.fabric.api.client.rendering.v1.{WorldRenderContext, WorldRenderEvents}
7
7
import net.fabricmc.fabric.api.datagen.v1.FabricDataGenerator
8
8
import net.fabricmc.fabric.api.datagen.v1.provider.FabricAdvancementProvider
9
9
import net.fabricmc.fabric.api.renderer.v1.render.RenderLayerHelper
···
40
40
case class Vertex(pos: V3, uv: UV, color: RGB, light: I2, overlay: I2)
41
41
42
42
given runeExt: AnyRef with
43
-
extension (r: Rune)
44
-
def spriteTexture: Identifier = registryFor[Rune].getId(r).withPrefixedPath("block/rune_")
45
-
def sprite: Sprite = blockAtlas(r.spriteTexture)
46
-
def surface: Sprite = blockAtlas(r.surfaceSprite)
43
+
extension (r: Rune)
44
+
def spriteTexture: Identifier = registryFor[Rune].getId(r).withPrefixedPath("block/rune_")
45
+
def sprite: Sprite = blockAtlas(r.spriteTexture)
46
+
def surface: Sprite = blockAtlas(r.surfaceSprite)
47
47
48
48
class Renderer(val buffer: VertexConsumer, val matrices: MatrixStack):
49
-
var sprite: Option[Sprite] = None
49
+
var sprite: Option[Sprite] = None
50
50
51
-
def forSprite(uv: UV): UV =
52
-
sprite match
53
-
case Some(value) => (
54
-
u = MathHelper.lerp(uv.u, value.getMinU, value.getMaxU),
55
-
v = MathHelper.lerp(uv.v, value.getMinV, value.getMaxV),
56
-
)
57
-
case None => uv
51
+
def forSprite(uv: UV): UV =
52
+
sprite match
53
+
case Some(value) => (
54
+
u = MathHelper.lerp(uv.u, value.getMinU, value.getMaxU),
55
+
v = MathHelper.lerp(uv.v, value.getMinV, value.getMaxV),
56
+
)
57
+
case None => uv
58
58
59
-
def vert(vertex: Vertex, normal: V3): Unit =
60
-
val Vertex(pos, uv, color, light, overlay) = vertex
61
-
val newUV = forSprite(uv)
62
-
buffer.vertex(matrices.peek, pos.x, pos.y, pos.z)
63
-
.texture(newUV.u, newUV.v)
64
-
.color(color.r, color.g, color.b, color.a)
65
-
.light(light._1, light._2)
66
-
.overlay(overlay._1, overlay._2)
67
-
.normal(matrices.peek, normal.x, normal.y, normal.z)
59
+
def vert(vertex: Vertex, normal: V3): Unit =
60
+
val Vertex(pos, uv, color, light, overlay) = vertex
61
+
val newUV = forSprite(uv)
62
+
buffer.vertex(matrices.peek, pos.x, pos.y, pos.z)
63
+
.texture(newUV.u, newUV.v)
64
+
.color(color.r, color.g, color.b, color.a)
65
+
.light(light._1, light._2)
66
+
.overlay(overlay._1, overlay._2)
67
+
.normal(matrices.peek, normal.x, normal.y, normal.z)
68
68
69
-
// vtx0 ─── vtx1
70
-
// │ │
71
-
// vtx3 ─── vtx2
72
-
def quad(vtx0: Vertex, vtx1: Vertex, vtx2: Vertex, vtx3: Vertex, normal: V3): Unit =
73
-
vert(vtx0, normal)
74
-
vert(vtx1, normal)
75
-
vert(vtx2, normal)
76
-
vert(vtx3, normal)
69
+
// vtx0 ─── vtx1
70
+
// │ │
71
+
// vtx3 ─── vtx2
72
+
def quad(vtx0: Vertex, vtx1: Vertex, vtx2: Vertex, vtx3: Vertex, normal: V3): Unit =
73
+
vert(vtx0, normal)
74
+
vert(vtx1, normal)
75
+
vert(vtx2, normal)
76
+
vert(vtx3, normal)
77
77
78
-
def rect(vtx0: Vertex, vtx1: Vertex, vtx2: Vertex, normal: V3): Unit =
79
-
// vtx0 ─── vtx1
80
-
// │ │
81
-
// vtx3 ─── vtx2
82
-
val vtx3 = Vertex(pos = vtx0.pos + (vtx2.pos - vtx1.pos), uv = vtx0.uv + (vtx2.uv - vtx1.uv), color = vtx1.color, light = vtx1.light, overlay = vtx1.overlay)
83
-
quad(vtx0, vtx1, vtx2, vtx3, normal = normal)
78
+
def rect(vtx0: Vertex, vtx1: Vertex, vtx2: Vertex, normal: V3): Unit =
79
+
// vtx0 ─── vtx1
80
+
// │ │
81
+
// vtx3 ─── vtx2
82
+
val vtx3 = Vertex(pos = vtx0.pos + (vtx2.pos - vtx1.pos), uv = vtx0.uv + (vtx2.uv - vtx1.uv), color = vtx1.color, light = vtx1.light, overlay = vtx1.overlay)
83
+
quad(vtx0, vtx1, vtx2, vtx3, normal = normal)
84
84
object Renderer:
85
-
def get(using VertexConsumer, MatrixStack): Renderer = Renderer(summon, summon)
86
-
def forLayer(layer: RenderLayer)(using p: VertexConsumerProvider, m: MatrixStack) = Renderer(p.getBuffer(layer), m)
85
+
def get(using VertexConsumer, MatrixStack): Renderer = Renderer(summon, summon)
86
+
def forLayer(layer: RenderLayer)(using p: VertexConsumerProvider, m: MatrixStack) = Renderer(p.getBuffer(layer), m)
87
87
88
88
given v3Ext: AnyRef with
89
-
extension (v: V3)
90
-
def +(other: V3): V3 =
91
-
(x = v.x + other.x, y = v.y + other.y, z = v.z + other.z)
92
-
def -(other: V3): V3 =
93
-
(x = v.x - other.x, y = v.y - other.y, z = v.z - other.z)
89
+
extension (v: V3)
90
+
def +(other: V3): V3 =
91
+
(x = v.x + other.x, y = v.y + other.y, z = v.z + other.z)
92
+
def -(other: V3): V3 =
93
+
(x = v.x - other.x, y = v.y - other.y, z = v.z - other.z)
94
94
given uvExt: AnyRef with
95
-
extension (v: UV)
96
-
def +(other: UV): UV =
97
-
(u = v.u + other.u, v = v.v + other.v)
98
-
def -(other: UV): UV =
99
-
(u = v.u - other.u, v = v.v - other.v)
95
+
extension (v: UV)
96
+
def +(other: UV): UV =
97
+
(u = v.u + other.u, v = v.v + other.v)
98
+
def -(other: UV): UV =
99
+
(u = v.u - other.u, v = v.v - other.v)
100
100
101
101
inline def withMatrices[T](body: => T)(using m: MatrixStack): T =
102
-
m.push()
103
-
try
104
-
body
105
-
finally
106
-
m.pop()
102
+
m.push()
103
+
try
104
+
body
105
+
finally
106
+
m.pop()
107
107
108
-
def init(): Unit =
109
-
WorldRenderEvents.BEFORE_ENTITIES.register: ctx =>
110
-
given matrices: MatrixStack = ctx.matrixStack
111
-
given VertexConsumerProvider = ctx.consumers
112
-
given r: Renderer = Renderer.forLayer(TexturedRenderLayers.getEntityCutout)
113
-
withMatrices:
114
-
matrices.translate(ctx.camera.getPos.negate)
115
-
var cur = BlockPos.Mutable()
116
-
RenderSystem.teardownOverlayColor()
117
-
for (k, i) <- AbstractRuneStorage.keys.zipWithIndex do
118
-
val c: AbstractRuneStorage = ctx.world.getComponent(k)
119
-
withMatrices:
120
-
val shift = RuneShift(i)
121
-
matrices.translate(shift.x / 4.0, shift.y / 8.0, shift.z / 4.0)
122
-
c.contents.forEach: (pos, rune) =>
123
-
cur.set(pos)
124
-
// TODO: more quads
125
-
withMatrices:
126
-
matrices.translate(cur.getX, cur.getY, cur.getZ)
127
-
val color: RGB = (1, 1, 1, 1)
128
-
val light: I2 = (255, 0)
129
-
val overlay: I2 = (0, 10) // magic number owo scary
130
-
r.sprite = Some(rune.surface)
131
-
r.quad(
132
-
Vertex(pos = (-0.25f, 0.125f, -0.25f), uv = (0, 0), color = color, light = light, overlay = overlay),
133
-
Vertex(pos = (-0.25f, 0.125f, 0.25f), uv = (0, 1), color = color, light = light, overlay = overlay),
134
-
Vertex(pos = (0.25f, 0.125f, 0.25f), uv = (1, 1), color = color, light = light, overlay = overlay),
135
-
Vertex(pos = (0.25f, 0.125f, -0.25f), uv = (1, 0), color = color, light = light, overlay = overlay),
136
-
normal = (0, 1, 0),
137
-
)
138
-
r.quad(
139
-
Vertex(pos = (-0.25f, 0f, -0.25f), uv = (0, 0), color = color, light = light, overlay = overlay),
140
-
Vertex(pos = (-0.25f, 0.125f, -0.25f), uv = (1, 0), color = color, light = light, overlay = overlay),
141
-
Vertex(pos = (0.25f, 0.125f, -0.25f), uv = (1, 1), color = color, light = light, overlay = overlay),
142
-
Vertex(pos = (0.25f, 0f, -0.25f), uv = (0, 1), color = color, light = light, overlay = overlay),
143
-
normal = (0, 0, -1)
144
-
)
145
-
r.sprite = Some(rune.sprite)
146
-
r.quad(
147
-
Vertex(pos = (-0.25f, 0.126f, -0.25f), uv = (0, 0), color = color, light = light, overlay = overlay),
148
-
Vertex(pos = (-0.25f, 0.126f, 0.25f), uv = (0, 1), color = color, light = light, overlay = overlay),
149
-
Vertex(pos = (0.25f, 0.126f, 0.25f), uv = (1, 1), color = color, light = light, overlay = overlay),
150
-
Vertex(pos = (0.25f, 0.126f, -0.25f), uv = (1, 0), color = color, light = light, overlay = overlay),
151
-
normal = (0, 1, 0),
152
-
)
153
-
()
108
+
def renderRunes(ctx: WorldRenderContext): Unit =
109
+
given matrices: MatrixStack = ctx.matrixStack
110
+
given VertexConsumerProvider = ctx.consumers
111
+
given r: Renderer = Renderer.forLayer(TexturedRenderLayers.getEntityCutout)
112
+
withMatrices:
113
+
matrices.translate(ctx.camera.getPos.negate)
114
+
var cur = BlockPos.Mutable()
115
+
RenderSystem.teardownOverlayColor()
116
+
for (k, i) <- AbstractRuneStorage.keys.zipWithIndex do
117
+
val c: AbstractRuneStorage = ctx.world.getComponent(k)
118
+
withMatrices:
119
+
val shift = RuneShift(i)
120
+
matrices.translate(shift.x / 4.0, shift.y / 8.0, shift.z / 4.0)
121
+
c.contents.forEach: (pos, rune) =>
122
+
cur.set(pos)
123
+
// TODO: more quads
124
+
withMatrices:
125
+
matrices.translate(cur.getX, cur.getY, cur.getZ)
126
+
val color: RGB = (1, 1, 1, 1)
127
+
val light: I2 = (255, 0)
128
+
val overlay: I2 = (0, 10) // magic number owo scary
129
+
r.sprite = Some(rune.surface)
130
+
r.quad(
131
+
Vertex(pos = (-0.25f, 0.125f, -0.25f), uv = (0, 0), color = color, light = light, overlay = overlay),
132
+
Vertex(pos = (-0.25f, 0.125f, 0.25f), uv = (0, 1), color = color, light = light, overlay = overlay),
133
+
Vertex(pos = (0.25f, 0.125f, 0.25f), uv = (1, 1), color = color, light = light, overlay = overlay),
134
+
Vertex(pos = (0.25f, 0.125f, -0.25f), uv = (1, 0), color = color, light = light, overlay = overlay),
135
+
normal = (0, 1, 0),
136
+
)
137
+
r.quad(
138
+
Vertex(pos = (-0.25f, 0f, -0.25f), uv = (0, 0), color = color, light = light, overlay = overlay),
139
+
Vertex(pos = (-0.25f, 0.125f, -0.25f), uv = (1, 0), color = color, light = light, overlay = overlay),
140
+
Vertex(pos = (0.25f, 0.125f, -0.25f), uv = (1, 1), color = color, light = light, overlay = overlay),
141
+
Vertex(pos = (0.25f, 0f, -0.25f), uv = (0, 1), color = color, light = light, overlay = overlay),
142
+
normal = (0, 0, -1)
143
+
)
144
+
r.sprite = Some(rune.sprite)
145
+
r.quad(
146
+
Vertex(pos = (-0.25f, 0.126f, -0.25f), uv = (0, 0), color = color, light = light, overlay = overlay),
147
+
Vertex(pos = (-0.25f, 0.126f, 0.25f), uv = (0, 1), color = color, light = light, overlay = overlay),
148
+
Vertex(pos = (0.25f, 0.126f, 0.25f), uv = (1, 1), color = color, light = light, overlay = overlay),
149
+
Vertex(pos = (0.25f, 0.126f, -0.25f), uv = (1, 0), color = color, light = light, overlay = overlay),
150
+
normal = (0, 1, 0),
151
+
)
152
+
()
154
153
155
154
class ModelBuilder extends ModelSupplier:
156
-
private var parent: Option[Identifier] = None
157
-
private val elements = JsonArray()
158
-
private val textures = JsonObject()
159
-
private val display = JsonObject()
160
-
opaque type Key = String
161
-
class Element private[ModelBuilder](faces: JsonObject):
162
-
def face(dir: Direction, texture: Key, uv: (from: UV, to: UV) = null, cullface: Direction = null, rotation: 0 | 90 | 180 | 270 = 0, tintindex: Int = -1): Unit =
163
-
if faces.has(dir.toString) then
164
-
throw IllegalArgumentException(s"Duplicate face $dir in element")
165
-
val faceObj = JsonObject()
166
-
faceObj.addProperty("texture", s"#$texture")
167
-
if uv != null then faceObj.add("uv", fromTuple((uv.from.u: Float, uv.from.v: Float, uv.to.u: Float, uv.to.v: Float)))
168
-
if rotation != 0 then faceObj.addProperty("rotation", rotation)
169
-
if tintindex >= 0 then faceObj.addProperty("tintindex", tintindex)
170
-
faces.add(dir.toString, faceObj)
171
-
private def fromTuple(t: V3): JsonArray =
172
-
val ary = JsonArray()
173
-
ary.add(t.x)
174
-
ary.add(t.y)
175
-
ary.add(t.z)
176
-
ary
177
-
private def fromTuple(t: UV): JsonArray =
178
-
val ary = JsonArray()
179
-
ary.add(t.u)
180
-
ary.add(t.v)
181
-
ary
182
-
private def fromTuple(t: (Float, Float, Float, Float)): JsonArray =
183
-
val ary = JsonArray()
184
-
ary.add(t._1)
185
-
ary.add(t._2)
186
-
ary.add(t._3)
187
-
ary.add(t._4)
188
-
ary
189
-
def texture(name: String, value: Identifier): Key =
190
-
if textures.has(name) then
191
-
throw IllegalArgumentException(s"Duplicate texture $name")
192
-
textures.addProperty(name, value.toString)
193
-
name
194
-
def element(name: String = null, from: V3, to: V3, rotation: (origin: V3, axis: Axis, angle: Float, rescale: Boolean) = null): Element =
195
-
val el = JsonObject()
196
-
if name != null then el.addProperty("name", name)
197
-
el.add("from", fromTuple(from))
198
-
el.add("to", fromTuple(to))
199
-
if rotation != null then
200
-
val rotObject = JsonObject()
201
-
rotObject.add("origin", fromTuple(rotation.origin))
202
-
rotObject.addProperty("axis", rotation.axis.toString)
203
-
rotObject.addProperty("angle", rotation.angle)
204
-
rotObject.addProperty("rescale", rotation.rescale)
205
-
el.add("rotation", rotObject)
206
-
val facesObj = JsonObject()
207
-
el.add("faces", facesObj)
208
-
elements.add(el)
209
-
Element(facesObj)
210
-
def parent(name: Identifier): Unit =
211
-
parent match
212
-
case None => parent = Some(name)
213
-
case Some(value) => throw IllegalArgumentException(s"Attempt to change parent to '$name', but it is already specified as '$value'")
155
+
private var parent: Option[Identifier] = None
156
+
private val elements = JsonArray()
157
+
private val textures = JsonObject()
158
+
private val display = JsonObject()
159
+
opaque type Key = String
160
+
class Element private[ModelBuilder](faces: JsonObject):
161
+
def face(dir: Direction, texture: Key, uv: (from: UV, to: UV) = null, cullface: Direction = null, rotation: 0 | 90 | 180 | 270 = 0, tintindex: Int = -1): Unit =
162
+
if faces.has(dir.toString) then
163
+
throw IllegalArgumentException(s"Duplicate face $dir in element")
164
+
val faceObj = JsonObject()
165
+
faceObj.addProperty("texture", s"#$texture")
166
+
if uv != null then faceObj.add("uv", fromTuple((uv.from.u: Float, uv.from.v: Float, uv.to.u: Float, uv.to.v: Float)))
167
+
if rotation != 0 then faceObj.addProperty("rotation", rotation)
168
+
if tintindex >= 0 then faceObj.addProperty("tintindex", tintindex)
169
+
faces.add(dir.toString, faceObj)
170
+
private def fromTuple(t: V3): JsonArray =
171
+
val ary = JsonArray()
172
+
ary.add(t.x)
173
+
ary.add(t.y)
174
+
ary.add(t.z)
175
+
ary
176
+
private def fromTuple(t: UV): JsonArray =
177
+
val ary = JsonArray()
178
+
ary.add(t.u)
179
+
ary.add(t.v)
180
+
ary
181
+
private def fromTuple(t: (Float, Float, Float, Float)): JsonArray =
182
+
val ary = JsonArray()
183
+
ary.add(t._1)
184
+
ary.add(t._2)
185
+
ary.add(t._3)
186
+
ary.add(t._4)
187
+
ary
188
+
def texture(name: String, value: Identifier): Key =
189
+
if textures.has(name) then
190
+
throw IllegalArgumentException(s"Duplicate texture $name")
191
+
textures.addProperty(name, value.toString)
192
+
name
193
+
def element(name: String = null, from: V3, to: V3, rotation: (origin: V3, axis: Axis, angle: Float, rescale: Boolean) = null): Element =
194
+
val el = JsonObject()
195
+
if name != null then el.addProperty("name", name)
196
+
el.add("from", fromTuple(from))
197
+
el.add("to", fromTuple(to))
198
+
if rotation != null then
199
+
val rotObject = JsonObject()
200
+
rotObject.add("origin", fromTuple(rotation.origin))
201
+
rotObject.addProperty("axis", rotation.axis.toString)
202
+
rotObject.addProperty("angle", rotation.angle)
203
+
rotObject.addProperty("rescale", rotation.rescale)
204
+
el.add("rotation", rotObject)
205
+
val facesObj = JsonObject()
206
+
el.add("faces", facesObj)
207
+
elements.add(el)
208
+
Element(facesObj)
209
+
def parent(name: Identifier): Unit =
210
+
parent match
211
+
case None => parent = Some(name)
212
+
case Some(value) => throw IllegalArgumentException(s"Attempt to change parent to '$name', but it is already specified as '$value'")
214
213
215
-
def display(name: String, translation: V3, rotation: V3, scale: V3): Unit =
216
-
if display.has(name) then
217
-
throw IllegalArgumentException(s"Duplicate display $name")
218
-
val obj = JsonObject()
219
-
obj.add("rotation", fromTuple(rotation))
220
-
obj.add("translation", fromTuple(translation))
221
-
obj.add("scale", fromTuple(scale))
222
-
display.add(name, obj)
214
+
def display(name: String, translation: V3, rotation: V3, scale: V3): Unit =
215
+
if display.has(name) then
216
+
throw IllegalArgumentException(s"Duplicate display $name")
217
+
val obj = JsonObject()
218
+
obj.add("rotation", fromTuple(rotation))
219
+
obj.add("translation", fromTuple(translation))
220
+
obj.add("scale", fromTuple(scale))
221
+
display.add(name, obj)
223
222
224
-
override def get: JsonElement =
225
-
val obj = JsonObject()
226
-
obj.add("textures", textures)
227
-
obj.add("elements", elements)
228
-
obj.add("display", display)
229
-
parent.foreach(i => obj.addProperty("parent", i.toString))
230
-
obj
223
+
override def get: JsonElement =
224
+
val obj = JsonObject()
225
+
obj.add("textures", textures)
226
+
obj.add("elements", elements)
227
+
obj.add("display", display)
228
+
parent.foreach(i => obj.addProperty("parent", i.toString))
229
+
obj
231
230
232
231
def datagenRune(rune: Rune)(using pack: FabricDataGenerator#Pack) =
233
-
pack.addProvider(
234
-
new FabricModelProvider(_) {
235
-
override def getName: String = s"${super.getName} for rune ${registryFor[Rune].getId(rune)}"
236
-
override def generateBlockStateModels(using gen: BlockStateModelGenerator): Unit = ()
237
-
override def generateItemModels(using gen: ItemModelGenerator): Unit =
238
-
gen.register(rune.item.value)
239
-
gen.modelCollector.accept(ModelIds.getItemModelId(rune.item.value), {
240
-
val m = ModelBuilder()
241
-
m.parent(Identifier.ofVanilla("block/stone_pressure_plate"))
242
-
val surface = m.texture("surface", rune.surfaceSprite)
243
-
val sprite = m.texture("sprite", rune.spriteTexture)
244
-
val bottom = m.element(from = (4, 0, 4), to = (12, 2, 12))
245
-
bottom.face(Direction.UP, texture = surface, uv = (from = (0, 0), to = (16, 16)))
246
-
m
247
-
})
248
-
}
249
-
)
250
-
val projectRoot = System.getenv("PROJECT_ROOT")
251
-
if projectRoot != null then
252
-
val texture = rune.spriteTexture
253
-
val textureFile = Path.of(s"$projectRoot/src/client/resources/assets/${texture.getNamespace}/textures/${texture.getPath}.png")
254
-
if !Files.exists(textureFile) then Files.createFile(textureFile)
232
+
pack.addProvider(
233
+
new FabricModelProvider(_) {
234
+
override def getName: String = s"${super.getName} for rune ${registryFor[Rune].getId(rune)}"
235
+
override def generateBlockStateModels(using gen: BlockStateModelGenerator): Unit = ()
236
+
override def generateItemModels(using gen: ItemModelGenerator): Unit =
237
+
gen.register(rune.item.value)
238
+
gen.modelCollector.accept(ModelIds.getItemModelId(rune.item.value), {
239
+
val m = ModelBuilder()
240
+
m.parent(Identifier.ofVanilla("block/stone_pressure_plate"))
241
+
val surface = m.texture("surface", rune.surfaceSprite)
242
+
val sprite = m.texture("sprite", rune.spriteTexture)
243
+
val bottom = m.element(from = (4, 0, 4), to = (12, 2, 12))
244
+
bottom.face(Direction.UP, texture = surface, uv = (from = (0, 0), to = (16, 16)))
245
+
m
246
+
})
247
+
}
248
+
)
249
+
val projectRoot = System.getenv("PROJECT_ROOT")
250
+
if projectRoot != null then
251
+
val texture = rune.spriteTexture
252
+
val textureFile = Path.of(s"$projectRoot/src/client/resources/assets/${texture.getNamespace}/textures/${texture.getPath}.png")
253
+
if !Files.exists(textureFile) then Files.createFile(textureFile)
255
254
256
255
def datagen(using gen: FabricDataGenerator): Unit =
257
-
given pack: FabricDataGenerator#Pack = gen.createPack()
258
-
registryFor[Rune].forEach(datagenRune(_))
259
-
pack.addProvider(
260
-
new FabricAdvancementProvider(_, _) {
261
-
override def generateAdvancement(wrapperLookup: RegistryWrapper.WrapperLookup, consumer: Consumer[AdvancementEntry]): Unit =
262
-
val rootId = Identifier.of("mica", "without_me")
263
-
consumer.accept(AdvancementEntry(
264
-
rootId,
265
-
Advancement(
266
-
parent = Optional.empty,
267
-
display = Optional.of(AdvancementDisplay(
268
-
icon = ItemStack(Items.ENDER_EYE),
269
-
title = Text.literal("Guess Who\'s Back, Back Again"),
270
-
description = Text.literal("Return to a Teleport Slate from over 32 blocks away"),
271
-
background = Optional.empty,
272
-
frame = AdvancementFrame.CHALLENGE,
273
-
showToast = true,
274
-
announceToChat = true,
275
-
hidden = true,
276
-
)),
277
-
rewards = AdvancementRewards.NONE,
278
-
criteria = java.util.Map.of("mojang_won\'t_let_me_be", AdvancementCriterion(Criteria.IMPOSSIBLE, ImpossibleCriterion.Conditions())),
279
-
requirements = AdvancementRequirements.allOf(Seq("mojang_won\'t_let_me_be")),
280
-
sendsTelemetryEvent = false
281
-
)
282
-
))
283
-
}
284
-
)
256
+
given pack: FabricDataGenerator#Pack = gen.createPack()
257
+
registryFor[Rune].forEach(datagenRune(_))
258
+
pack.addProvider(
259
+
new FabricAdvancementProvider(_, _) {
260
+
override def generateAdvancement(wrapperLookup: RegistryWrapper.WrapperLookup, consumer: Consumer[AdvancementEntry]): Unit =
261
+
val rootId = Identifier.of("mica", "without_me")
262
+
consumer.accept(AdvancementEntry(
263
+
rootId,
264
+
Advancement(
265
+
parent = Optional.empty,
266
+
display = Optional.of(AdvancementDisplay(
267
+
icon = ItemStack(Items.ENDER_EYE),
268
+
title = Text.literal("Guess Who\'s Back, Back Again"),
269
+
description = Text.literal("Return to a Teleport Slate from over 32 blocks away"),
270
+
background = Optional.empty,
271
+
frame = AdvancementFrame.CHALLENGE,
272
+
showToast = true,
273
+
announceToChat = true,
274
+
hidden = true,
275
+
)),
276
+
rewards = AdvancementRewards.NONE,
277
+
criteria = java.util.Map.of("mojang_won\'t_let_me_be", AdvancementCriterion(Criteria.IMPOSSIBLE, ImpossibleCriterion.Conditions())),
278
+
requirements = AdvancementRequirements.allOf(Seq("mojang_won\'t_let_me_be")),
279
+
sendsTelemetryEvent = false
280
+
)
281
+
))
282
+
}
283
+
)
284
+
285
+
def init() = println("new dummy client init")
+49
src/client/scala/org/net/eu/pool/mica/mixin/client/WorldRendererMixin.java
+49
src/client/scala/org/net/eu/pool/mica/mixin/client/WorldRendererMixin.java
···
1
+
package org.net.eu.pool.mica.mixin.client;
2
+
3
+
import com.llamalad7.mixinextras.sugar.Local;
4
+
import com.mojang.blaze3d.buffers.GpuBufferSlice;
5
+
import net.fabricmc.fabric.api.client.rendering.v1.WorldRenderEvents;
6
+
import net.fabricmc.fabric.impl.client.rendering.WorldRenderContextImpl;
7
+
import net.minecraft.client.MinecraftClient;
8
+
import net.minecraft.client.render.BufferBuilderStorage;
9
+
import net.minecraft.client.render.Camera;
10
+
import net.minecraft.client.render.RenderTickCounter;
11
+
import net.minecraft.client.render.WorldRenderer;
12
+
import net.minecraft.client.util.ObjectAllocator;
13
+
import net.minecraft.client.util.math.MatrixStack;
14
+
import net.minecraft.client.world.ClientWorld;
15
+
import org.jetbrains.annotations.Nullable;
16
+
import org.joml.Matrix4f;
17
+
import org.joml.Vector4f;
18
+
import org.spongepowered.asm.mixin.Final;
19
+
import org.spongepowered.asm.mixin.Mixin;
20
+
import org.spongepowered.asm.mixin.Shadow;
21
+
import org.spongepowered.asm.mixin.Unique;
22
+
import org.spongepowered.asm.mixin.injection.At;
23
+
import org.spongepowered.asm.mixin.injection.Inject;
24
+
import org.spongepowered.asm.mixin.injection.callback.CallbackInfo;
25
+
26
+
@Mixin(WorldRenderer.class)
27
+
public class WorldRendererMixin {
28
+
@Shadow @Final private MinecraftClient client;
29
+
@Shadow @Final private BufferBuilderStorage bufferBuilders;
30
+
@Shadow private @Nullable ClientWorld world;
31
+
@Unique private final WorldRenderContextImpl mica_context = new WorldRenderContextImpl();
32
+
33
+
@Inject(method = "render", at = @At("HEAD"))
34
+
private void beforeRender(ObjectAllocator objectAllocator, RenderTickCounter tickCounter, boolean renderBlockOutline, Camera camera, Matrix4f positionMatrix, Matrix4f projectionMatrix, GpuBufferSlice slice, Vector4f skyColor, boolean thinFog, CallbackInfo ci) {
35
+
mica_context.prepare((WorldRenderer) (Object) this, tickCounter, renderBlockOutline, camera, this.client.gameRenderer, positionMatrix, projectionMatrix, bufferBuilders.getEntityVertexConsumers(), MinecraftClient.isFabulousGraphicsOrBetter(), world);
36
+
}
37
+
38
+
@Inject(
39
+
method = "method_62214",
40
+
at = @At(
41
+
value = "INVOKE",
42
+
target = "Lnet/minecraft/client/render/WorldRenderer;renderEntities(Lnet/minecraft/client/util/math/MatrixStack;Lnet/minecraft/client/render/VertexConsumerProvider$Immediate;Lnet/minecraft/client/render/Camera;Lnet/minecraft/client/render/RenderTickCounter;Ljava/util/List;)V"
43
+
)
44
+
)
45
+
private void afterTerrainSolid(CallbackInfo ci, @Local MatrixStack matrixStack) {
46
+
mica_context.setMatrixStack(matrixStack);
47
+
org.net.eu.pool.mica.client.MicaClient$package.renderRunes(mica_context);
48
+
}
49
+
}
+3
src/main/scala/org/net/eu/pool/mica/Mica.scala
+3
src/main/scala/org/net/eu/pool/mica/Mica.scala