Fix spelling

Summary: sharpenning -> sharpening, and other aberrations

Reviewed By: fbriggs

Differential Revision: D4947374

fbshipit-source-id: dd5a8686e01fccf03808199111a179b91a92ca64

surround360_render/res/config/isp/README.txt

@@ -23,7 +23,7 @@ WhiteBalanceGain
 
        Nominally the red and blue channels are usually around 2x gain
        to the green channels. Strictly speaking this should be
-       computed using a global white balance algrotihm.
+       computed using a global white balance algorithm.
 
 
 stuckPixelThreshold
@@ -51,20 +51,20 @@ denoiseRadius
     Single value
 
       Radius for noise reduction 3 or 4 is reasonable.  1 will be fast but will leave low frequency noise behind.
- 
+
 ccm
    3x3 matrix  [[m00, m01, m01], ..., [m20, m21, m22]]
 
-       An identity leaves the color unchanged. This matrix shold
+       An identity leaves the color unchanged. This matrix should
        calculated from a color calibration session. It usually best if
-       the rows sume unity to conserve energy.
+       the rows sum to unity to conserve energy.
 
-sharpenning
+sharpening
    3 channel vector value [r, g, b]
 
-       1.0 means no sharpenning. Below 1.o means blurring and values
-       greater than 1.0 will sharpen the image.  Execessive
-       sharpenning will cause "ringing."
+       1.0 means no sharpening. Below 1.o means blurring and values
+       greater than 1.0 will sharpen the image. Excessive
+       sharpening will cause "ringing."
 
 saturation
     Single value
@@ -92,7 +92,7 @@ gamma
 
       Raises the pixel value to the power of the gamma value. 0.454545
       is the  classic 2.2 gamma  used to to  move from linear  sRGB to
-      gamm corrected sRGB.
+      gamma corrected sRGB.
 
 
 

surround360_render/res/config/isp/cmosis_fujinon.json

@@ -26,7 +26,7 @@
         "ccm" : [[1.02169,  -0.05711,  0.03543],
                  [0.16789,   1.13419, -0.30208],
                  [-0.15726, -0.07864,  1.2359]],
-        "sharpenning" : [0.5, 0.5, 0.5],
+        "sharpening" : [0.5, 0.5, 0.5],
         "saturation" : 1.2,
         "contrast" : 1.0,
         "lowKeyBoost" : [-0.2, -0.2, -0.2],

surround360_render/res/config/isp/cmosis_sunex.json

@@ -27,7 +27,7 @@
         "ccm" : [[1.02169,  -0.05711,  0.03543],
                  [0.16789,   1.13419, -0.30208],
                  [-0.15726, -0.07864,  1.2359]],
-        "sharpenning" : [0.5, 0.5, 0.5],
+        "sharpening" : [0.5, 0.5, 0.5],
         "saturation" : 1.2,
         "contrast" : 1.0,
         "lowKeyBoost" : [-0.2, -0.2, -0.2],

surround360_render/scripts/batch_process_video.py

@@ -50,7 +50,7 @@ def signal_term_handler(signal, frame):
 --final_eqr_height {FINAL_EQR_HEIGHT}
 --interpupilary_dist 6.4
 --zero_parallax_dist 10000
---sharpenning {SHARPENNING}
+--sharpening {SHARPENNING}
 {EXTRA_FLAGS}
 """
 

surround360_render/source/camera_isp/CameraIspGen.cpp

@@ -571,9 +571,9 @@ class CameraIspGen
       Param<float> clampMaxR,
       Param<float> clampMaxG,
       Param<float> clampMaxB,
-      Param<float> sharpenningR,
-      Param<float> sharpenningG,
-      Param<float> sharpenningB,
+      Param<float> sharpeningR,
+      Param<float> sharpeningG,
+      Param<float> sharpeningB,
       Param<float> sharpeningSupport,
       Param<float> noiseCore,
       ImageParam ccm,
@@ -583,9 +583,9 @@ class CameraIspGen
       int outputBpp) {
 
     this->target = target;
-    Expr sR = 1.0f + cast<float>(sharpenningR);
-    Expr sG = 1.0f + cast<float>(sharpenningG);
-    Expr sB = 1.0f + cast<float>(sharpenningB);
+    Expr sR = 1.0f + cast<float>(sharpeningR);
+    Expr sG = 1.0f + cast<float>(sharpeningG);
+    Expr sB = 1.0f + cast<float>(sharpeningB);
 
     // This is the ISP pipeline
     Func vignettingGain("vignettingGain");
@@ -665,9 +665,9 @@ int main(int argc, char **argv) {
   Param<float> clampMaxR("clampMaxR");
   Param<float> clampMaxG("clampMaxG");
   Param<float> clampMaxB("clampMaxB");
-  Param<float> sharpenningR("sharpenningR");
-  Param<float> sharpenningG("sharpenningG");
-  Param<float> sharpenningB("sharpenninngB");
+  Param<float> sharpeningR("sharpeningR");
+  Param<float> sharpeningG("sharpeningG");
+  Param<float> sharpeningB("sharpeningB");
   Param<float> sharpeningSupport("sharpeningSupport");
   Param<float> noiseCore("noiseCore");
   ImageParam ccm(Float(32), 2, "ccm");
@@ -696,7 +696,7 @@ int main(int argc, char **argv) {
       blackLevelR, blackLevelG, blackLevelB,
       whiteBalanceGainR, whiteBalanceGainG, whiteBalanceGainB,
       clampMinR, clampMinG, clampMinB, clampMaxR, clampMaxG, clampMaxB,
-      sharpenningR, sharpenningG, sharpenningB, sharpeningSupport, noiseCore,
+      sharpeningR, sharpeningG, sharpeningB, sharpeningSupport, noiseCore,
       ccm, toneTable, BGR, bayerPattern, FLAGS_output_bpp);
 
   Func cameraIspFast =
@@ -705,15 +705,15 @@ int main(int argc, char **argv) {
         blackLevelR, blackLevelG, blackLevelB,
         whiteBalanceGainR, whiteBalanceGainG, whiteBalanceGainB,
         clampMinR, clampMinG, clampMinB, clampMaxR, clampMaxG, clampMaxB,
-        sharpenningR, sharpenningG, sharpenningB, sharpeningSupport, noiseCore,
+        sharpeningR, sharpeningG, sharpeningB, sharpeningSupport, noiseCore,
         ccm, toneTable, BGR, bayerPattern, FLAGS_output_bpp);
 
   std::vector<Argument> args = {
     input, width, height, vignetteTableH, vignetteTableV,
     blackLevelR, blackLevelG, blackLevelB,
     whiteBalanceGainR, whiteBalanceGainG, whiteBalanceGainB,
     clampMinR, clampMinG, clampMinB, clampMaxR, clampMaxG, clampMaxB,
-    sharpenningR, sharpenningG, sharpenningB, sharpeningSupport, noiseCore, ccm, toneTable, BGR, bayerPattern};
+    sharpeningR, sharpeningG, sharpeningB, sharpeningSupport, noiseCore, ccm, toneTable, BGR, bayerPattern};
 
   // Compile the pipelines
   // Use to cameraIsp.print_loop_nest() here to debug loop unrolling

surround360_render/source/test/TestRenderStereoPanorama.cpp

@@ -52,7 +52,7 @@ DEFINE_double(interpupilary_dist,         6.4,            "separation of eyes fo
 DEFINE_int32(side_alpha_feather_size,     100,            "alpha feather for projection of side cameras to spherical coordinates");
 DEFINE_int32(std_alpha_feather_size,      31,             "alpha feather for all other purposes. must be odd");
 DEFINE_bool(save_debug_images,            false,          "if true, lots of debug images are generated");
-DEFINE_double(sharpenning,                0.0f,           "0.0 to 1.0 amount of sharpenning");
+DEFINE_double(sharpening,                 0.0f,           "0.0 to 1.0 amount of sharpening");
 DEFINE_bool(enable_top,                   false,          "is there a top camera?");
 DEFINE_bool(enable_bottom,                false,          "are there two bottom cameras?");
 DEFINE_bool(enable_pole_removal,          false,          "if true, pole removal masks are used; if false, primary bottom camera is used");
@@ -692,7 +692,7 @@ void sharpenThread(Mat* sphericalImage) {
   iirLowPass<WrapBoundary<float>, ReflectBoundary<float>, Vec3b>(
     *sphericalImage, 0.25f, lowPassSphericalImage, wrapB, reflectB);
   sharpenWithIirLowPass<Vec3b>(
-    *sphericalImage, lowPassSphericalImage, 1.0f + FLAGS_sharpenning);
+    *sphericalImage, lowPassSphericalImage, 1.0f + FLAGS_sharpening);
 }
 
 // If the un-padded height is odd and targetHeight is even, we can't do equal
@@ -899,7 +899,7 @@ void renderStereoPanorama() {
   }
 
   const double startSharpenTime = getCurrTimeSec();
-  if (FLAGS_sharpenning > 0.0f) {
+  if (FLAGS_sharpening > 0.0f) {
     VLOG(1) << "Sharpening";
     std::thread sharpenThreadL(sharpenThread, &sphericalImageL);
     std::thread sharpenThreadR(sharpenThread, &sphericalImageR);