diff --git a/game/game.py b/game/game.py
index 6e1efd5..9948add 100644
--- a/game/game.py
+++ b/game/game.py
@@ -205,9 +205,8 @@ def create_scene(keyboard, mouse):
                         PerfNode('tests_batch',
                             DrawNode(tests_batch))))),
             FuncNode(update_sea, (camera, sea_phase)),
-            TextureNode({
-                sea_shader.u_sea_polar_sampler: sea_polar_textures,
-                sea_shader.u_sea_detail_sampler: sea_detail_texture},
+            TextureNode(
+                {sea_shader.u_polar_sampler: sea_polar_textures, sea_shader.u_detail_sampler: sea_detail_texture},
                 ShaderNode(sea_shader,
                     InputNode(sea_shader, camera, environment, sea_phase),
                     PerfNode('sea_triangles',
diff --git a/game/shaders/sea_opengles.frag b/game/shaders/sea_opengles.frag
index 1bd343e..0841d3f 100644
--- a/game/shaders/sea_opengles.frag
+++ b/game/shaders/sea_opengles.frag
@@ -28,8 +28,8 @@ uniform float u_sea_phase;
 #define u_up u_view[2].xyz
 #define u_origin u_view[3].xyz
 
-layout(binding=0) uniform highp sampler2DArray u_sea_polar_sampler;
-layout(binding=1) uniform highp sampler2D u_sea_detail_sampler;
+layout(binding=0) uniform highp sampler2DArray u_polar_sampler;
+layout(binding=1) uniform highp sampler2D u_detail_sampler;
 
 const float c_sea_radius = 637.1;
 const float c_sea_radius_sq = c_sea_radius * c_sea_radius;
@@ -68,13 +68,13 @@ void main(void) {
         }
         float t = sqrt(length(sea_position)); //TODO: more accurate
         vec3 sea_polar1 = normalize(
-            c_normal_shift + texture(u_sea_polar_sampler, vec3(s, t + u_sea_phase, 0.0)).xyz * c_normal_scale);
+            c_normal_shift + texture(u_polar_sampler, vec3(s, t + u_sea_phase, 0.0)).xyz * c_normal_scale);
         vec3 sea_polar2 = normalize(
-            c_normal_shift + texture(u_sea_polar_sampler, vec3(s, t - u_sea_phase, 1.0)).xyz * c_normal_scale);
+            c_normal_shift + texture(u_polar_sampler, vec3(s, t - u_sea_phase, 1.0)).xyz * c_normal_scale);
         //TODO: vec2
         s = (u_sea_phase + dot(sea_position, u_right)) * c_detail_scale;
         t = (u_sea_phase + dot(sea_position, u_forward)) * c_detail_scale;
-        vec3 sea_detail = normalize(c_normal_shift + texture(u_sea_detail_sampler, vec2(s, t)).xyz * c_normal_scale);
+        vec3 sea_detail = normalize(c_normal_shift + texture(u_detail_sampler, vec2(s, t)).xyz * c_normal_scale);
         //TODO: better blending, with earth normal
         vec4 normal = u_view * vec4(normalize(sea_polar1 + sea_polar2 + sea_detail), 0.0);
         float d = max(0.0, dot(normal.xyz, u_light_direction));