AdultAxolotlModel.java

net.minecraft.client.model.animal.axolotl.AdultAxolotlModel

信息

• 全限定名：net.minecraft.client.model.animal.axolotl.AdultAxolotlModel
• 类型：public class
• 包：net.minecraft.client.model.animal.axolotl
• 源码路径：src/main/java/net/minecraft/client/model/animal/axolotl/AdultAxolotlModel.java
• 起始行号：L17
• 继承：EntityModel
• 职责：

  TODO

字段/常量

• SWIMMING_LEG_XROT

  • 类型: float
  • 修饰符: private static final
  • 源码定位: L18
  • 说明:

    TODO

• tail

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L19
  • 说明:

    TODO

• leftHindLeg

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L20
  • 说明:

    TODO

• rightHindLeg

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L21
  • 说明:

    TODO

• leftFrontLeg

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L22
  • 说明:

    TODO

• rightFrontLeg

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L23
  • 说明:

    TODO

• body

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L24
  • 说明:

    TODO

• head

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L25
  • 说明:

    TODO

• topGills

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L26
  • 说明:

    TODO

• leftGills

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L27
  • 说明:

    TODO

• rightGills

  • 类型: ModelPart
  • 修饰符: private final
  • 源码定位: L28
  • 说明:

    TODO

内部类/嵌套类型

• 无

构造器

public AdultAxolotlModel(ModelPart root) @ L30

• 构造器名：AdultAxolotlModel
• 源码定位：L30
• 修饰符：public

参数:

• root: ModelPart

说明:

TODO

方法

下面的方法块按源码顺序生成。

public static LayerDefinition createBodyLayer() @ L44

• 方法名：createBodyLayer
• 源码定位：L44
• 返回类型：LayerDefinition
• 修饰符：public static

参数:

• 无

说明:

TODO

public void setupAnim(AxolotlRenderState state) @ L72

• 方法名：setupAnim
• 源码定位：L72
• 返回类型：void
• 修饰符：public

参数:

• state: AxolotlRenderState

说明:

TODO

private void setupLayStillOnGroundAnimation(float ageInTicks, float factor) @ L89

• 方法名：setupLayStillOnGroundAnimation
• 源码定位：L89
• 返回类型：void
• 修饰符：private

参数:

• ageInTicks: float
• factor: float

说明:

TODO

private void setupGroundCrawlingAnimation(float ageInTicks, float factor) @ L111

• 方法名：setupGroundCrawlingAnimation
• 源码定位：L111
• 返回类型：void
• 修饰符：private

参数:

• ageInTicks: float
• factor: float

说明:

TODO

private void setupWaterHoveringAnimation(float ageInTicks, float factor) @ L138

• 方法名：setupWaterHoveringAnimation
• 源码定位：L138
• 返回类型：void
• 修饰符：private

参数:

• ageInTicks: float
• factor: float

说明:

TODO

private void setupSwimmingAnimation(float ageInTicks, float xRot, float factor) @ L160

• 方法名：setupSwimmingAnimation
• 源码定位：L160
• 返回类型：void
• 修饰符：private

参数:

• ageInTicks: float
• xRot: float
• factor: float

说明:

TODO

private void setupPlayDeadAnimation(float factor) @ L183

• 方法名：setupPlayDeadAnimation
• 源码定位：L183
• 返回类型：void
• 修饰符：private

参数:

• factor: float

说明:

TODO

private void applyMirrorLegRotations(float factor) @ L195

• 方法名：applyMirrorLegRotations
• 源码定位：L195
• 返回类型：void
• 修饰符：private

参数:

• factor: float

说明:

TODO

代码

@OnlyIn(Dist.CLIENT)
public class AdultAxolotlModel extends EntityModel<AxolotlRenderState> {
    private static final float SWIMMING_LEG_XROT = 1.8849558F;
    private final ModelPart tail;
    private final ModelPart leftHindLeg;
    private final ModelPart rightHindLeg;
    private final ModelPart leftFrontLeg;
    private final ModelPart rightFrontLeg;
    private final ModelPart body;
    private final ModelPart head;
    private final ModelPart topGills;
    private final ModelPart leftGills;
    private final ModelPart rightGills;
 
    public AdultAxolotlModel(ModelPart root) {
        super(root);
        this.body = root.getChild("body");
        this.head = this.body.getChild("head");
        this.rightHindLeg = this.body.getChild("right_hind_leg");
        this.leftHindLeg = this.body.getChild("left_hind_leg");
        this.rightFrontLeg = this.body.getChild("right_front_leg");
        this.leftFrontLeg = this.body.getChild("left_front_leg");
        this.tail = this.body.getChild("tail");
        this.topGills = this.head.getChild("top_gills");
        this.leftGills = this.head.getChild("left_gills");
        this.rightGills = this.head.getChild("right_gills");
    }
 
    public static LayerDefinition createBodyLayer() {
        MeshDefinition mesh = new MeshDefinition();
        PartDefinition root = mesh.getRoot();
        PartDefinition body = root.addOrReplaceChild(
            "body",
            CubeListBuilder.create().texOffs(0, 11).addBox(-4.0F, -2.0F, -9.0F, 8.0F, 4.0F, 10.0F).texOffs(2, 17).addBox(0.0F, -3.0F, -8.0F, 0.0F, 5.0F, 9.0F),
            PartPose.offset(0.0F, 19.5F, 5.0F)
        );
        CubeDeformation fudge = new CubeDeformation(0.001F);
        PartDefinition head = body.addOrReplaceChild(
            "head", CubeListBuilder.create().texOffs(0, 1).addBox(-4.0F, -3.0F, -5.0F, 8.0F, 5.0F, 5.0F, fudge), PartPose.offset(0.0F, 0.0F, -9.0F)
        );
        CubeListBuilder topGills = CubeListBuilder.create().texOffs(3, 37).addBox(-4.0F, -3.0F, 0.0F, 8.0F, 3.0F, 0.0F, fudge);
        CubeListBuilder leftGills = CubeListBuilder.create().texOffs(0, 40).addBox(-3.0F, -5.0F, 0.0F, 3.0F, 7.0F, 0.0F, fudge);
        CubeListBuilder rightGills = CubeListBuilder.create().texOffs(11, 40).addBox(0.0F, -5.0F, 0.0F, 3.0F, 7.0F, 0.0F, fudge);
        head.addOrReplaceChild("top_gills", topGills, PartPose.offset(0.0F, -3.0F, -1.0F));
        head.addOrReplaceChild("left_gills", leftGills, PartPose.offset(-4.0F, 0.0F, -1.0F));
        head.addOrReplaceChild("right_gills", rightGills, PartPose.offset(4.0F, 0.0F, -1.0F));
        CubeListBuilder leftLeg = CubeListBuilder.create().texOffs(2, 13).addBox(-1.0F, 0.0F, 0.0F, 3.0F, 5.0F, 0.0F, fudge);
        CubeListBuilder rightLeg = CubeListBuilder.create().texOffs(2, 13).addBox(-2.0F, 0.0F, 0.0F, 3.0F, 5.0F, 0.0F, fudge);
        body.addOrReplaceChild("right_hind_leg", rightLeg, PartPose.offset(-3.5F, 1.0F, -1.0F));
        body.addOrReplaceChild("left_hind_leg", leftLeg, PartPose.offset(3.5F, 1.0F, -1.0F));
        body.addOrReplaceChild("right_front_leg", rightLeg, PartPose.offset(-3.5F, 1.0F, -8.0F));
        body.addOrReplaceChild("left_front_leg", leftLeg, PartPose.offset(3.5F, 1.0F, -8.0F));
        body.addOrReplaceChild("tail", CubeListBuilder.create().texOffs(2, 19).addBox(0.0F, -3.0F, 0.0F, 0.0F, 5.0F, 12.0F), PartPose.offset(0.0F, 0.0F, 1.0F));
        return LayerDefinition.create(mesh, 64, 64);
    }
 
    public void setupAnim(AxolotlRenderState state) {
        super.setupAnim(state);
        float playingDeadFactor = state.playingDeadFactor;
        float inWaterFactor = state.inWaterFactor;
        float onGroundFactor = state.onGroundFactor;
        float movingFactor = state.movingFactor;
        float notMovingFactor = 1.0F - movingFactor;
        float mirroredLegsFactor = 1.0F - Math.min(onGroundFactor, movingFactor);
        this.body.yRot = this.body.yRot + state.yRot * (float) (Math.PI / 180.0);
        this.setupSwimmingAnimation(state.ageInTicks, state.xRot, Math.min(movingFactor, inWaterFactor));
        this.setupWaterHoveringAnimation(state.ageInTicks, Math.min(notMovingFactor, inWaterFactor));
        this.setupGroundCrawlingAnimation(state.ageInTicks, Math.min(movingFactor, onGroundFactor));
        this.setupLayStillOnGroundAnimation(state.ageInTicks, Math.min(notMovingFactor, onGroundFactor));
        this.setupPlayDeadAnimation(playingDeadFactor);
        this.applyMirrorLegRotations(mirroredLegsFactor);
    }
 
    private void setupLayStillOnGroundAnimation(float ageInTicks, float factor) {
        if (!(factor <= 1.0E-5F)) {
            float animMoveSpeed = ageInTicks * 0.09F;
            float sineSway = Mth.sin(animMoveSpeed);
            float cosineSway = Mth.cos(animMoveSpeed);
            float movement = sineSway * sineSway - 2.0F * sineSway;
            float movement2 = cosineSway * cosineSway - 3.0F * sineSway;
            this.head.xRot += -0.09F * movement * factor;
            this.head.zRot += -0.2F * factor;
            this.tail.yRot += (-0.1F + 0.1F * movement) * factor;
            float gillAngle = (0.6F + 0.05F * movement2) * factor;
            this.topGills.xRot += gillAngle;
            this.leftGills.yRot -= gillAngle;
            this.rightGills.yRot += gillAngle;
            this.leftHindLeg.xRot += 1.1F * factor;
            this.leftHindLeg.yRot += 1.0F * factor;
            this.leftFrontLeg.xRot += 0.8F * factor;
            this.leftFrontLeg.yRot += 2.3F * factor;
            this.leftFrontLeg.zRot -= 0.5F * factor;
        }
    }
 
    private void setupGroundCrawlingAnimation(float ageInTicks, float factor) {
        if (!(factor <= 1.0E-5F)) {
            float animMoveSpeed = ageInTicks * 0.11F;
            float cosineSway = Mth.cos(animMoveSpeed);
            float hindLegYRotSway = (cosineSway * cosineSway - 2.0F * cosineSway) / 5.0F;
            float frontLegYRotSway = 0.7F * cosineSway;
            float headAndTailYRot = 0.09F * cosineSway * factor;
            this.head.yRot += headAndTailYRot;
            this.tail.yRot += headAndTailYRot;
            float gillAngle = (0.6F - 0.08F * (cosineSway * cosineSway + 2.0F * Mth.sin(animMoveSpeed))) * factor;
            this.topGills.xRot += gillAngle;
            this.leftGills.yRot -= gillAngle;
            this.rightGills.yRot += gillAngle;
            float hindLegXRot = 0.9424779F * factor;
            float frontLegXRot = 1.0995574F * factor;
            this.leftHindLeg.xRot += hindLegXRot;
            this.leftHindLeg.yRot += (1.5F - hindLegYRotSway) * factor;
            this.leftHindLeg.zRot += -0.1F * factor;
            this.leftFrontLeg.xRot += frontLegXRot;
            this.leftFrontLeg.yRot += ((float) (Math.PI / 2) - frontLegYRotSway) * factor;
            this.rightHindLeg.xRot += hindLegXRot;
            this.rightHindLeg.yRot += (-1.0F - hindLegYRotSway) * factor;
            this.rightFrontLeg.xRot += frontLegXRot;
            this.rightFrontLeg.yRot += ((float) (-Math.PI / 2) - frontLegYRotSway) * factor;
        }
    }
 
    private void setupWaterHoveringAnimation(float ageInTicks, float factor) {
        if (!(factor <= 1.0E-5F)) {
            float animMoveSpeed = ageInTicks * 0.075F;
            float cosineSway = Mth.cos(animMoveSpeed);
            float sineSway = Mth.sin(animMoveSpeed) * 0.15F;
            float bodyXRot = (-0.15F + 0.075F * cosineSway) * factor;
            this.body.xRot += bodyXRot;
            this.body.y -= sineSway * factor;
            this.head.xRot -= bodyXRot;
            this.topGills.xRot += 0.2F * cosineSway * factor;
            float gillYRot = (-0.3F * cosineSway - 0.19F) * factor;
            this.leftGills.yRot += gillYRot;
            this.rightGills.yRot -= gillYRot;
            this.leftHindLeg.xRot += ((float) (Math.PI * 3.0 / 4.0) - cosineSway * 0.11F) * factor;
            this.leftHindLeg.yRot += 0.47123894F * factor;
            this.leftHindLeg.zRot += 1.7278761F * factor;
            this.leftFrontLeg.xRot += ((float) (Math.PI / 4) - cosineSway * 0.2F) * factor;
            this.leftFrontLeg.yRot += 2.042035F * factor;
            this.tail.yRot += 0.5F * cosineSway * factor;
        }
    }
 
    private void setupSwimmingAnimation(float ageInTicks, float xRot, float factor) {
        if (!(factor <= 1.0E-5F)) {
            float animMoveSpeed = ageInTicks * 0.33F;
            float sineSway = Mth.sin(animMoveSpeed);
            float cosineSway = Mth.cos(animMoveSpeed);
            float bodySway = 0.13F * sineSway;
            this.body.xRot += (xRot * (float) (Math.PI / 180.0) + bodySway) * factor;
            this.head.xRot -= bodySway * 1.8F * factor;
            this.body.y -= 0.45F * cosineSway * factor;
            this.topGills.xRot += (-0.5F * sineSway - 0.8F) * factor;
            float gillYRot = (0.3F * sineSway + 0.9F) * factor;
            this.leftGills.yRot += gillYRot;
            this.rightGills.yRot -= gillYRot;
            this.tail.yRot = this.tail.yRot + 0.3F * Mth.cos(animMoveSpeed * 0.9F) * factor;
            this.leftHindLeg.xRot += 1.8849558F * factor;
            this.leftHindLeg.yRot += -0.4F * sineSway * factor;
            this.leftHindLeg.zRot += (float) (Math.PI / 2) * factor;
            this.leftFrontLeg.xRot += 1.8849558F * factor;
            this.leftFrontLeg.yRot += (-0.2F * cosineSway - 0.1F) * factor;
            this.leftFrontLeg.zRot += (float) (Math.PI / 2) * factor;
        }
    }
 
    private void setupPlayDeadAnimation(float factor) {
        if (!(factor <= 1.0E-5F)) {
            this.leftHindLeg.xRot += 1.4137167F * factor;
            this.leftHindLeg.yRot += 1.0995574F * factor;
            this.leftHindLeg.zRot += (float) (Math.PI / 4) * factor;
            this.leftFrontLeg.xRot += (float) (Math.PI / 4) * factor;
            this.leftFrontLeg.yRot += 2.042035F * factor;
            this.body.xRot += -0.15F * factor;
            this.body.zRot += 0.35F * factor;
        }
    }
 
    private void applyMirrorLegRotations(float factor) {
        if (!(factor <= 1.0E-5F)) {
            this.rightHindLeg.xRot = this.rightHindLeg.xRot + this.leftHindLeg.xRot * factor;
            ModelPart var2 = this.rightHindLeg;
            var2.yRot = var2.yRot + -this.leftHindLeg.yRot * factor;
            var2 = this.rightHindLeg;
            var2.zRot = var2.zRot + -this.leftHindLeg.zRot * factor;
            this.rightFrontLeg.xRot = this.rightFrontLeg.xRot + this.leftFrontLeg.xRot * factor;
            var2 = this.rightFrontLeg;
            var2.yRot = var2.yRot + -this.leftFrontLeg.yRot * factor;
            var2 = this.rightFrontLeg;
            var2.zRot = var2.zRot + -this.leftFrontLeg.zRot * factor;
        }
    }
}

引用的其他类

• EntityModel

  • 引用位置: 继承

• ModelPart

  • 引用位置: 参数/字段

• PartPose

  • 引用位置: 方法调用
  • 关联成员: PartPose.offset()

• CubeDeformation

  • 引用位置: 构造调用
  • 关联成员: CubeDeformation()

• CubeListBuilder

  • 引用位置: 方法调用
  • 关联成员: CubeListBuilder.create()

• LayerDefinition

  • 引用位置: 方法调用/返回值
  • 关联成员: LayerDefinition.create()

• MeshDefinition

  • 引用位置: 构造调用
  • 关联成员: MeshDefinition()

• AxolotlRenderState

  • 引用位置: 参数

• Mth

  • 引用位置: 方法调用
  • 关联成员: Mth.cos(), Mth.sin()