Formatting gone wrong, again.

Author: fester

src/RasterOverviews.cpp

@@ -22,35 +22,34 @@ RasterOverviews::RasterOverviews(UniqueRasterPointer input_raster, int min_zoom,
 // Guesses (numerically) maximal zoom level from a raster resolution
 int RasterOverviews::guess_max_zoom_level(double resolution)
 {
-	// pixel_size_z0 is a magic number that is number of meters per pixel on zoom level 0, given tile size is 256 pixels.
-	// This number is approximate and does not account for latitude, i.e. uses pixel size on equator.
-	// The formula is: earth circumference * 2 * pi / 256
-	// "Real" number can be off up to 30% depending on the latitude. More details here: https://msdn.microsoft.com/en-us/library/aa940990.aspx
-	const double pixel_size_z0 = 156543.04; 
+    // pixel_size_z0 is a magic number that is number of meters per pixel on zoom level 0, given tile size is 256 pixels.
+    // This number is approximate and does not account for latitude, i.e. uses pixel size on equator.
+    // The formula is: earth circumference * 2 * pi / 256
+    // "Real" number can be off up to 30% depending on the latitude. More details here: https://msdn.microsoft.com/en-us/library/aa940990.aspx
+    const double pixel_size_z0 = 156543.04;
     return static_cast<int>(round(log2(pixel_size_z0 / resolution)));
 }
 
 // Guesses (numerically) minimal zoom level from a raster resolution and it's size
 int RasterOverviews::guess_min_zoom_level(int max_zoom_level)
 {
-	// This constant is an arbitrary number representing some minimal size to which the raster can be downsized when 'zooming out' a map.
-	// Math is simple:
-	// 2**max_zoom = raster_size; 2**min_zoom = 128
-	// Solve it in regards to min_zoom and there you have it.
-	const int MINIMAL_RASTER_SIZE = 128;
+    // This constant is an arbitrary number representing some minimal size to which the raster can be downsized when 'zooming out' a map.
+    // Math is simple:
+    // 2**max_zoom = raster_size; 2**min_zoom = 128
+    // Solve it in regards to min_zoom and there you have it.
+    const int MINIMAL_RASTER_SIZE = 128;
     const double quotient = MINIMAL_RASTER_SIZE * (1 << max_zoom_level);
 
     int raster_width = m_base_raster->get_width();
     int raster_height = m_base_raster->get_height();
 
-    TNTN_LOG_DEBUG("guess_min_zoom_level: raster_width: {}, raster_height: {}",
-                       raster_width,
-                       raster_height);
+    TNTN_LOG_DEBUG(
+        "guess_min_zoom_level: raster_width: {}, raster_height: {}", raster_width, raster_height);
 
     int zoom_x = static_cast<int>(floor(log2(quotient / raster_width)));
     int zoom_y = static_cast<int>(floor(log2(quotient / raster_height)));
 
-	// Cap the resulting value so it won't go below 0 and we wouldn't end up with negative zoom levels
+    // Cap the resulting value so it won't go below 0 and we wouldn't end up with negative zoom levels
     return std::max(0, std::min(zoom_x, zoom_y));
 }
 
@@ -71,7 +70,10 @@ void RasterOverviews::compute_zoom_levels()
         std::swap(m_min_zoom, m_max_zoom);
     }
 
-	TNTN_LOG_INFO("After checking with data, tiles will be generated in a range between {} and {}", m_min_zoom, m_max_zoom);
+    TNTN_LOG_INFO(
+        "After checking with data, tiles will be generated in a range between {} and {}",
+        m_min_zoom,
+        m_max_zoom);
 }
 
 bool RasterOverviews::next(RasterOverview& overview)
@@ -94,11 +96,12 @@ bool RasterOverviews::next(RasterOverview& overview)
     overview.resolution = output_raster->get_cell_size();
     overview.raster = std::move(output_raster);
 
-    TNTN_LOG_DEBUG("Generated next overview at zoom {}, window size {}, min zoom level {}, max zoom level {}",
-                   m_current_zoom + 1,
-                   window_size,
-                   m_min_zoom,
-                   m_max_zoom);
+    TNTN_LOG_DEBUG(
+        "Generated next overview at zoom {}, window size {}, min zoom level {}, max zoom level {}",
+        m_current_zoom + 1,
+        window_size,
+        m_min_zoom,
+        m_max_zoom);
 
     return true;
 }