diff --git a/encode.c b/encode.c
index d41c924..b0d898f 100644
--- a/encode.c
+++ b/encode.c
@@ -84,15 +84,15 @@ void y_scan(int y)
 		int x1 = fclampf(x0 + 1, 0.0, 319.0);
 		int off0 = 3 * y * img->width + 3 * x0;
 		int off1 = 3 * y * img->width + 3 * x1;
-		float R0 = srgb_linear(img->pixel[off0 + 0]);
-		float G0 = srgb_linear(img->pixel[off0 + 1]);
-		float B0 = srgb_linear(img->pixel[off0 + 2]);
-		float R1 = srgb_linear(img->pixel[off1 + 0]);
-		float G1 = srgb_linear(img->pixel[off1 + 1]);
-		float B1 = srgb_linear(img->pixel[off1 + 2]);
-		uint8_t R = linear_srgb(flerpf(R0, R1, xf - (float)x0));
-		uint8_t G = linear_srgb(flerpf(G0, G1, xf - (float)x0));
-		uint8_t B = linear_srgb(flerpf(B0, B1, xf - (float)x0));
+		float R0 = linear(img->pixel[off0 + 0]);
+		float G0 = linear(img->pixel[off0 + 1]);
+		float B0 = linear(img->pixel[off0 + 2]);
+		float R1 = linear(img->pixel[off1 + 0]);
+		float G1 = linear(img->pixel[off1 + 1]);
+		float B1 = linear(img->pixel[off1 + 2]);
+		uint8_t R = srgb(flerpf(R0, R1, xf - (float)x0));
+		uint8_t G = srgb(flerpf(G0, G1, xf - (float)x0));
+		uint8_t B = srgb(flerpf(B0, B1, xf - (float)x0));
 		add_freq(1500.0 + 800.0 * Y_RGB(R, G, B) / 255.0);
 	}
 }
@@ -107,15 +107,15 @@ void v_scan(int y)
 		int evn1 = 3 * y * img->width + 6 * x1;
 		int odd0 = 3 * (y + 1) * img->width + 6 * x0;
 		int odd1 = 3 * (y + 1) * img->width + 6 * x1;
-		float R0 = (srgb_linear(img->pixel[evn0 + 0]) + srgb_linear(img->pixel[odd0 + 0]) + srgb_linear(img->pixel[evn0 + 3]) + srgb_linear(img->pixel[odd0 + 3])) / 4;
-		float G0 = (srgb_linear(img->pixel[evn0 + 1]) + srgb_linear(img->pixel[odd0 + 1]) + srgb_linear(img->pixel[evn0 + 4]) + srgb_linear(img->pixel[odd0 + 4])) / 4;
-		float B0 = (srgb_linear(img->pixel[evn0 + 2]) + srgb_linear(img->pixel[odd0 + 2]) + srgb_linear(img->pixel[evn0 + 5]) + srgb_linear(img->pixel[odd0 + 5])) / 4;
-		float R1 = (srgb_linear(img->pixel[evn1 + 0]) + srgb_linear(img->pixel[odd1 + 0]) + srgb_linear(img->pixel[evn1 + 3]) + srgb_linear(img->pixel[odd1 + 3])) / 4;
-		float G1 = (srgb_linear(img->pixel[evn1 + 1]) + srgb_linear(img->pixel[odd1 + 1]) + srgb_linear(img->pixel[evn1 + 4]) + srgb_linear(img->pixel[odd1 + 4])) / 4;
-		float B1 = (srgb_linear(img->pixel[evn1 + 2]) + srgb_linear(img->pixel[odd1 + 2]) + srgb_linear(img->pixel[evn1 + 5]) + srgb_linear(img->pixel[odd1 + 5])) / 4;
-		uint8_t R = linear_srgb(flerpf(R0, R1, xf - (float)x0));
-		uint8_t G = linear_srgb(flerpf(G0, G1, xf - (float)x0));
-		uint8_t B = linear_srgb(flerpf(B0, B1, xf - (float)x0));
+		float R0 = (linear(img->pixel[evn0 + 0]) + linear(img->pixel[odd0 + 0]) + linear(img->pixel[evn0 + 3]) + linear(img->pixel[odd0 + 3])) / 4;
+		float G0 = (linear(img->pixel[evn0 + 1]) + linear(img->pixel[odd0 + 1]) + linear(img->pixel[evn0 + 4]) + linear(img->pixel[odd0 + 4])) / 4;
+		float B0 = (linear(img->pixel[evn0 + 2]) + linear(img->pixel[odd0 + 2]) + linear(img->pixel[evn0 + 5]) + linear(img->pixel[odd0 + 5])) / 4;
+		float R1 = (linear(img->pixel[evn1 + 0]) + linear(img->pixel[odd1 + 0]) + linear(img->pixel[evn1 + 3]) + linear(img->pixel[odd1 + 3])) / 4;
+		float G1 = (linear(img->pixel[evn1 + 1]) + linear(img->pixel[odd1 + 1]) + linear(img->pixel[evn1 + 4]) + linear(img->pixel[odd1 + 4])) / 4;
+		float B1 = (linear(img->pixel[evn1 + 2]) + linear(img->pixel[odd1 + 2]) + linear(img->pixel[evn1 + 5]) + linear(img->pixel[odd1 + 5])) / 4;
+		uint8_t R = srgb(flerpf(R0, R1, xf - (float)x0));
+		uint8_t G = srgb(flerpf(G0, G1, xf - (float)x0));
+		uint8_t B = srgb(flerpf(B0, B1, xf - (float)x0));
 		add_freq(1500.0 + 800.0 * V_RGB(R, G, B) / 255.0);
 	}
 }
@@ -129,15 +129,15 @@ void u_scan(int y)
 		int evn1 = 3 * (y - 1) * img->width + 6 * x1;
 		int odd0 = 3 * y * img->width + 6 * x0;
 		int odd1 = 3 * y * img->width + 6 * x1;
-		float R0 = (srgb_linear(img->pixel[evn0 + 0]) + srgb_linear(img->pixel[odd0 + 0]) + srgb_linear(img->pixel[evn0 + 3]) + srgb_linear(img->pixel[odd0 + 3])) / 4;
-		float G0 = (srgb_linear(img->pixel[evn0 + 1]) + srgb_linear(img->pixel[odd0 + 1]) + srgb_linear(img->pixel[evn0 + 4]) + srgb_linear(img->pixel[odd0 + 4])) / 4;
-		float B0 = (srgb_linear(img->pixel[evn0 + 2]) + srgb_linear(img->pixel[odd0 + 2]) + srgb_linear(img->pixel[evn0 + 5]) + srgb_linear(img->pixel[odd0 + 5])) / 4;
-		float R1 = (srgb_linear(img->pixel[evn1 + 0]) + srgb_linear(img->pixel[odd1 + 0]) + srgb_linear(img->pixel[evn1 + 3]) + srgb_linear(img->pixel[odd1 + 3])) / 4;
-		float G1 = (srgb_linear(img->pixel[evn1 + 1]) + srgb_linear(img->pixel[odd1 + 1]) + srgb_linear(img->pixel[evn1 + 4]) + srgb_linear(img->pixel[odd1 + 4])) / 4;
-		float B1 = (srgb_linear(img->pixel[evn1 + 2]) + srgb_linear(img->pixel[odd1 + 2]) + srgb_linear(img->pixel[evn1 + 5]) + srgb_linear(img->pixel[odd1 + 5])) / 4;
-		uint8_t R = linear_srgb(flerpf(R0, R1, xf - (float)x0));
-		uint8_t G = linear_srgb(flerpf(G0, G1, xf - (float)x0));
-		uint8_t B = linear_srgb(flerpf(B0, B1, xf - (float)x0));
+		float R0 = (linear(img->pixel[evn0 + 0]) + linear(img->pixel[odd0 + 0]) + linear(img->pixel[evn0 + 3]) + linear(img->pixel[odd0 + 3])) / 4;
+		float G0 = (linear(img->pixel[evn0 + 1]) + linear(img->pixel[odd0 + 1]) + linear(img->pixel[evn0 + 4]) + linear(img->pixel[odd0 + 4])) / 4;
+		float B0 = (linear(img->pixel[evn0 + 2]) + linear(img->pixel[odd0 + 2]) + linear(img->pixel[evn0 + 5]) + linear(img->pixel[odd0 + 5])) / 4;
+		float R1 = (linear(img->pixel[evn1 + 0]) + linear(img->pixel[odd1 + 0]) + linear(img->pixel[evn1 + 3]) + linear(img->pixel[odd1 + 3])) / 4;
+		float G1 = (linear(img->pixel[evn1 + 1]) + linear(img->pixel[odd1 + 1]) + linear(img->pixel[evn1 + 4]) + linear(img->pixel[odd1 + 4])) / 4;
+		float B1 = (linear(img->pixel[evn1 + 2]) + linear(img->pixel[odd1 + 2]) + linear(img->pixel[evn1 + 5]) + linear(img->pixel[odd1 + 5])) / 4;
+		uint8_t R = srgb(flerpf(R0, R1, xf - (float)x0));
+		uint8_t G = srgb(flerpf(G0, G1, xf - (float)x0));
+		uint8_t B = srgb(flerpf(B0, B1, xf - (float)x0));
 		add_freq(1500.0 + 800.0 * U_RGB(R, G, B) / 255.0);
 	}
 }
diff --git a/yuv.c b/yuv.c
index 6688245..2cdfcdb 100644
--- a/yuv.c
+++ b/yuv.c
@@ -15,7 +15,7 @@ uint8_t yuv_clamp(float x)
 	return tmp > 255.0 ? 255.0 : tmp;
 }
 
-uint8_t linear_srgb(float linear)
+uint8_t srgb(float linear)
 {
 	float v = fminf(fmaxf(linear, 0.0f), 1.0f);
 	float K0 = 0.03928f;
@@ -26,7 +26,7 @@ uint8_t linear_srgb(float linear)
 	return 255.0f * srgb;
 }
 
-float srgb_linear(uint8_t srgb)
+float linear(uint8_t srgb)
 {
 	float v = srgb / 255.0f;
 	float K0 = 0.03928f;
diff --git a/yuv.h b/yuv.h
index 7c251e5..ce3887a 100644
--- a/yuv.h
+++ b/yuv.h
@@ -10,8 +10,8 @@ You should have received a copy of the CC0 Public Domain Dedication along with t
 #define YUV_H
 #include <stdint.h>
 
-uint8_t linear_srgb(float linear);
-float srgb_linear(uint8_t srgb);
+uint8_t srgb(float linear);
+float linear(uint8_t srgb);
 uint8_t R_YUV(uint8_t, uint8_t, uint8_t);
 uint8_t G_YUV(uint8_t, uint8_t, uint8_t);
 uint8_t B_YUV(uint8_t, uint8_t, uint8_t);