Crop image to path created in TikZ? The 2019 Stack Overflow Developer Survey Results Are InCrop an inserted image?TikZ pictures does not appear in posterImage behind and beyond crop marks?Tikz picture as large as possible on A4 PageTransparency vs image compression dilemmaHow to crop background from image automatically?Image does not cropTikzexternal capturing crop marks when externalizing pgfplots?How to include image path that contains a dollar signCrop image with left size given
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Crop image to path created in TikZ?
The 2019 Stack Overflow Developer Survey Results Are InCrop an inserted image?TikZ pictures does not appear in posterImage behind and beyond crop marks?Tikz picture as large as possible on A4 PageTransparency vs image compression dilemmaHow to crop background from image automatically?Image does not cropTikzexternal capturing crop marks when externalizing pgfplots?How to include image path that contains a dollar signCrop image with left size given
Is it possible to use a curved path created in TikZ within a LaTeX document to crop an image to fit it, or should I do this in (eg) GIMP outside the document and just insert the image?
I have the (very lo-res) template below which I need to populate with a fragment of a large hi-res image for a poster, and have a better smooth curved edge than the one which would result from just re-using the template in GIMP.
I know the locations of the points of inflection in terms of percent of image width and height, but I lack the syntax and vocabulary to express this in TikZ and then place the includeimage[] so that only the portion bounded by the template is visible.
graphics paths crop curved
add a comment |
Is it possible to use a curved path created in TikZ within a LaTeX document to crop an image to fit it, or should I do this in (eg) GIMP outside the document and just insert the image?
I have the (very lo-res) template below which I need to populate with a fragment of a large hi-res image for a poster, and have a better smooth curved edge than the one which would result from just re-using the template in GIMP.
I know the locations of the points of inflection in terms of percent of image width and height, but I lack the syntax and vocabulary to express this in TikZ and then place the includeimage[] so that only the portion bounded by the template is visible.
graphics paths crop curved
add a comment |
Is it possible to use a curved path created in TikZ within a LaTeX document to crop an image to fit it, or should I do this in (eg) GIMP outside the document and just insert the image?
I have the (very lo-res) template below which I need to populate with a fragment of a large hi-res image for a poster, and have a better smooth curved edge than the one which would result from just re-using the template in GIMP.
I know the locations of the points of inflection in terms of percent of image width and height, but I lack the syntax and vocabulary to express this in TikZ and then place the includeimage[] so that only the portion bounded by the template is visible.
graphics paths crop curved
Is it possible to use a curved path created in TikZ within a LaTeX document to crop an image to fit it, or should I do this in (eg) GIMP outside the document and just insert the image?
I have the (very lo-res) template below which I need to populate with a fragment of a large hi-res image for a poster, and have a better smooth curved edge than the one which would result from just re-using the template in GIMP.
I know the locations of the points of inflection in terms of percent of image width and height, but I lack the syntax and vocabulary to express this in TikZ and then place the includeimage[] so that only the portion bounded by the template is visible.
graphics paths crop curved
graphics paths crop curved
asked 2 days ago
Peter FlynnPeter Flynn
1,60321421
1,60321421
add a comment |
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1 Answer
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Yes, it is.
documentclass[tikz,border=3.14mm]standalone
begindocument
begintikzpicture
clip (0,0) to[out=0,in=180] ++ (6,1) -- ++ (0,1)
to[out=180,in=0] ++ (-6,-1) -- cycle;
node at (3,1) includegraphicsexample-image-duck;
endtikzpicture
enddocument
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
1
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
add a comment |
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
Yes, it is.
documentclass[tikz,border=3.14mm]standalone
begindocument
begintikzpicture
clip (0,0) to[out=0,in=180] ++ (6,1) -- ++ (0,1)
to[out=180,in=0] ++ (-6,-1) -- cycle;
node at (3,1) includegraphicsexample-image-duck;
endtikzpicture
enddocument
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
1
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
add a comment |
Yes, it is.
documentclass[tikz,border=3.14mm]standalone
begindocument
begintikzpicture
clip (0,0) to[out=0,in=180] ++ (6,1) -- ++ (0,1)
to[out=180,in=0] ++ (-6,-1) -- cycle;
node at (3,1) includegraphicsexample-image-duck;
endtikzpicture
enddocument
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
1
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
add a comment |
Yes, it is.
documentclass[tikz,border=3.14mm]standalone
begindocument
begintikzpicture
clip (0,0) to[out=0,in=180] ++ (6,1) -- ++ (0,1)
to[out=180,in=0] ++ (-6,-1) -- cycle;
node at (3,1) includegraphicsexample-image-duck;
endtikzpicture
enddocument
Yes, it is.
documentclass[tikz,border=3.14mm]standalone
begindocument
begintikzpicture
clip (0,0) to[out=0,in=180] ++ (6,1) -- ++ (0,1)
to[out=180,in=0] ++ (-6,-1) -- cycle;
node at (3,1) includegraphicsexample-image-duck;
endtikzpicture
enddocument
answered 2 days ago
marmotmarmot
116k5150282
116k5150282
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
1
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
add a comment |
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
1
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
In terms of disk space, it is not clear whether the invisible portion of the cropped image is still embedded in the final file, .pdf probably. That would be nice to get rid of it in some way.
– pluton
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
@pluton I cannot answer your question and even do not know if that is a real LaTeX question. I believe that there are tools out there that do what you are suggesting, but I never worked with them, let alone tried to involve them in the LaTeX workflow.
– marmot
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
That is outstanding, thank you so much. I have learned a lot from that.
– Peter Flynn
2 days ago
1
1
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
And @pluton alas yes, the whole rectangle of the original image is still stored in the PDF document. You could save a little space by editing it to blank out the invisible portion (plus a margin) by setting it to a plain colour or to transparent, I guess.
– Peter Flynn
2 days ago
add a comment |
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-crop, curved, graphics, paths