v1.03-for-beta20

+Explicitly specify the shader sampler.

Author: sigma-axis

README.md

@@ -18,7 +18,7 @@
 
   http://spring-fragrance.mints.ne.jp/aviutl
 
-  - `beta4` で動作確認済み．
+  - `beta20` で動作確認済み．
 
 ##  導入方法
 
@@ -159,6 +159,11 @@ $$
 
 ## 改版履歴
 
+- **v1.03 (for beta20)** (2025-11-17)
+
+  - HLSL の Sampler の設定を明示的に指定するように変更．
+  - `beta20` での動作確認．
+
 - **v1.02 (for beta3)** (2025-07-24)
 
   - `リサイズ` など一部フィルタ効果の直後に適用した場合，`サイズ固定` が OFF でもオブジェクト外周が透明にならずに塗りつぶしされていたのを修正．

RadRotDirBlur_S.anm2

@@ -22,7 +22,7 @@ SOFTWARE.
 
 https://mit-license.org/
 ]]
---information:RadRotDirBlur_S v1.02 (for beta3) by σ軸
+--information:RadRotDirBlur_S v1.03 (for beta20) by σ軸
 --label:ぼかし
 --track0:移動X,-4000,4000,0,0.01
 --track1:移動Y,-4000,4000,0,0.01
@@ -41,8 +41,9 @@ Texture2D src : register(t0);
 cbuffer constant0 : register(b0) {
 	float2 zmrot_d, zmrot_i, mov_d, mov_i;
 	float2 center, size;
-	float quality, mode_outer;
+	float quality;
 };
+SamplerState s : register(s0);
 
 float2x2 make_mat(float2 zmrot)
 {
@@ -55,11 +56,9 @@ const static float2x2
 	mat_i = make_mat(zmrot_i);
 const static float2 lbd = 0.5 / size, ubd = 1.0 - lbd;
 
-SamplerState s;
 float4 pick_color(float2 pos)
 {
-	float2 t = saturate(size * min(pos, 1 - pos) + 0.5);
-	return max(t.x * t.y, mode_outer) * src.Sample(s, clamp(pos, lbd, ubd));
+	return src.Sample(s, pos);
 }
 float4 apply(float4 pos : SV_Position) : SV_Target
 {
@@ -84,8 +83,9 @@ cbuffer constant0 : register(b0) {
 	float2 mov_d_r, mov_d_g, mov_d_b;
 	float2 mov_i_r, mov_i_g, mov_i_b;
 	float2 center, size;
-	float quality, mode_outer, mode_blend;
+	float quality, mode_blend;
 };
+SamplerState s : register(s0);
 
 float2x2 make_mat(float2 zmrot)
 {
@@ -98,11 +98,9 @@ const static float2x2
 	mat_i[3] = { make_mat(zmrot_i_r), make_mat(zmrot_i_g), make_mat(zmrot_i_b) };
 const static float2 lbd = 0.5 / size, ubd = 1.0 - lbd;
 
-SamplerState s;
 float4 pick_color(float2 pos)
 {
-	float2 t = saturate(size * min(pos, 1 - pos) + 0.5);
-	return max(t.x * t.y, mode_outer) * src.Sample(s, clamp(pos, lbd, ubd));
+	return src.Sample(s, pos);
 }
 float4 apply_chroma(float4 pos : SV_Position) : SV_Target
 {
@@ -310,14 +308,14 @@ if chrm_abrr == 0 then
 	-- apply the shader.
 	obj.pixelshader("apply", "object", keep_size and "object" or "tempbuffer",
 	{
-		math.cos(-info.rotate_d) / info.scale_d, math.sin(-info.rotate_d) / info.scale_d,
-		math.cos(-info.rotate1) / info.scale1, math.sin(-info.rotate1) / info.scale1,
-		-info.move_x_d / w, -info.move_y_d / h,
-		-(info.move_x1 + offset_x) / w, -(info.move_y1 + offset_y) / h,
-
-		cx / w + 0.5, cy / h + 0.5, w, h,
-		quality, keep_size and 1 or 0
-	});
+		math.cos(-info.rotate_d) / info.scale_d, math.sin(-info.rotate_d) / info.scale_d;
+		math.cos(-info.rotate1) / info.scale1, math.sin(-info.rotate1) / info.scale1;
+		-info.move_x_d / w, -info.move_y_d / h;
+		-(info.move_x1 + offset_x) / w, -(info.move_y1 + offset_y) / h;
+
+		cx / w + 0.5, cy / h + 0.5; w, h;
+		quality;
+	}, "copy", keep_size and "clamp" or "clip");
 else
 	-- prepare transforms for each color component.
 	local t2, t3 = 1 - chrm_abrr ^ 2 / 2, 1 - chrm_abrr ^ 2;
@@ -337,23 +335,23 @@ else
 	-- apply the shader.
 	obj.pixelshader("apply_chroma", "object", keep_size and "object" or "tempbuffer",
 	{
-		math.cos(-infos[1].rotate_d) / infos[1].scale_d, math.sin(-infos[1].rotate_d) / infos[1].scale_d,
-		math.cos(-infos[2].rotate_d) / infos[2].scale_d, math.sin(-infos[2].rotate_d) / infos[2].scale_d,
-		math.cos(-infos[3].rotate_d) / infos[3].scale_d, math.sin(-infos[3].rotate_d) / infos[3].scale_d,
+		math.cos(-infos[1].rotate_d) / infos[1].scale_d, math.sin(-infos[1].rotate_d) / infos[1].scale_d;
+		math.cos(-infos[2].rotate_d) / infos[2].scale_d, math.sin(-infos[2].rotate_d) / infos[2].scale_d;
+		math.cos(-infos[3].rotate_d) / infos[3].scale_d, math.sin(-infos[3].rotate_d) / infos[3].scale_d;
 
-		math.cos(-infos[1].rotate1) / infos[1].scale1, math.sin(-infos[1].rotate1) / infos[1].scale1,
-		math.cos(-infos[2].rotate1) / infos[2].scale1, math.sin(-infos[2].rotate1) / infos[2].scale1,
-		math.cos(-infos[3].rotate1) / infos[3].scale1, math.sin(-infos[3].rotate1) / infos[3].scale1,
+		math.cos(-infos[1].rotate1) / infos[1].scale1, math.sin(-infos[1].rotate1) / infos[1].scale1;
+		math.cos(-infos[2].rotate1) / infos[2].scale1, math.sin(-infos[2].rotate1) / infos[2].scale1;
+		math.cos(-infos[3].rotate1) / infos[3].scale1, math.sin(-infos[3].rotate1) / infos[3].scale1;
 
-		-infos[1].move_x_d / w, -infos[1].move_y_d / h,
-		-infos[2].move_x_d / w, -infos[2].move_y_d / h,
-		-infos[3].move_x_d / w, -infos[3].move_y_d / h,
+		-infos[1].move_x_d / w, -infos[1].move_y_d / h;
+		-infos[2].move_x_d / w, -infos[2].move_y_d / h;
+		-infos[3].move_x_d / w, -infos[3].move_y_d / h;
 
-		-(infos[1].move_x1 + offset_x) / w, -(infos[1].move_y1 + offset_y) / h,
-		-(infos[2].move_x1 + offset_x) / w, -(infos[2].move_y1 + offset_y) / h,
-		-(infos[3].move_x1 + offset_x) / w, -(infos[3].move_y1 + offset_y) / h,
+		-(infos[1].move_x1 + offset_x) / w, -(infos[1].move_y1 + offset_y) / h;
+		-(infos[2].move_x1 + offset_x) / w, -(infos[2].move_y1 + offset_y) / h;
+		-(infos[3].move_x1 + offset_x) / w, -(infos[3].move_y1 + offset_y) / h;
 
-		cx / w + 0.5, cy / h + 0.5, w, h,
-		quality, keep_size and 1 or 0, max_alpha and 0 or 1
-	});
+		cx / w + 0.5, cy / h + 0.5; w, h;
+		quality; max_alpha and 0 or 1;
+	}, "copy", keep_size and "clamp" or "clip");
 end