873                                     float coordY = positionList[listIndex+2*c+1] - semiheight;  in processImage()  local
874 …                        float rotatedX = coordX * cos(rotationAngle) - coordY * sin(rotationAngle);  in processImage()
875 …                        float rotatedY = coordX * sin(rotationAngle) + coordY * cos(rotationAngle);  in processImage()
910                                     float coordY = positionList[listIndex+2*c+1] - semiheight;  in processImage()  local
911 …float rotatedX = (coordX * cos(rotationAngle) - coordY * sin(rotationAngle)) / maxOvershootDistanc…  in processImage()
912 …float rotatedY = (coordX * sin(rotationAngle) + coordY * cos(rotationAngle)) / maxOvershootDistanc…  in processImage()
961                     float coordY = row - semiheight;  in processImage()  local
962                     float rotatedX = coordX * cos(rotationAngle) - coordY * sin(rotationAngle);  in processImage()
963                     float rotatedY = coordX * sin(rotationAngle) + coordY * cos(rotationAngle);  in processImage()
992                     float coordY = row - semiheight;  in processImage()  local
993 …float rotatedX = (coordX * cos(rotationAngle) - coordY * sin(rotationAngle)) / maxOvershootDistanc…  in processImage()
994 …float rotatedY = (coordX * sin(rotationAngle) + coordY * cos(rotationAngle)) / maxOvershootDistanc…  in processImage()