diff options
| -rw-r--r-- | dw/fltkimgbuf.cc | 8 |
1 files changed, 4 insertions, 4 deletions
diff --git a/dw/fltkimgbuf.cc b/dw/fltkimgbuf.cc index 94755f21..4b417360 100644 --- a/dw/fltkimgbuf.cc +++ b/dw/fltkimgbuf.cc @@ -163,7 +163,7 @@ inline void FltkImgbuf::scaleRowBeautiful (int row, const core::byte *data) assert (sr1 ==sr2 || sr1 + 1 == sr2); int row1 = backscaledY(sr1), row2 = backscaledY(sr1 + 1); - // Draw only when all oginial lines are retrieved (speed). + // Draw only when all original lines are retrieved (speed). bool allRootRows = true; for (int r = row1; allRootRows && r < row2; r++) allRootRows = allRootRows && root->copiedRows->get(r); @@ -192,7 +192,7 @@ inline void FltkImgbuf::scaleRowBeautiful (int row, const core::byte *data) * * Nothing special (like interpolation) is done when scaling up. * - * TODO Could be optimzized as in scaleRowSimple: when the destination + * TODO Could be optimized as in scaleRowSimple: when the destination * image is larger, calculate only one row/column, and copy it to the * other rows/columns. */ @@ -388,8 +388,8 @@ int FltkImgbuf::backscaledY(int yScaled) assert (root != NULL); // Notice that rounding errors because of integers do not play a - // role. This method cannot be the exact iverse of scaledY, since - // skaleY is not bijective, and so not ivertible. Instead, both + // role. This method cannot be the exact inverse of scaledY, since + // scaleY is not bijective, and so not invertible. Instead, both // values always return the smallest value. return yScaled * root->height / height; } |