To rotate use transform="rotate(deg, cx, cy) where deg is the degree you want to rotate and (cx, cy) define the centre of rotation For scaling/resizing, you have to translate by (-cx, -cy), then scale and then translate back to (cx, cy). You can so this with a matrix transform: transform="matrix(sx, 0, 0, sy, sx*cx, sy*cy) Where sx is the scaling factor in the x-axis, sy in the y-axis.
To rotate use transform="rotate(deg, cx, cy)", where deg is the degree you want to rotate and (cx, cy) define the centre of rotation. For scaling/resizing, you have to translate by (-cx, -cy), then scale and then translate back to (cx, cy). You can so this with a matrix transform: transform="matrix(sx, 0, 0, sy, sx*cx, sy*cy)" Where sx is the scaling factor in the x-axis, sy in the y-axis.
Thank you so much. Rotate works perfectly I think, but scaling/resizing always end up having off by some random amount. I tried using the matrix and doing them separately like "translate(cx*sx, cy*sy) scale(sx, sy)".
The same result. – Charlemagne Jul 16 at 0:03 Wouldn't it be transform="matrix(sx, 0, 0, sy, cx-sx*cx, cy-sy*cy)"? Because you want to only translate by the difference.
I think this logic is correct, but it still gives me off positions... – Charlemagne Jul 16 at 1:13 Now it works! I was just using wrong cx and cy values! THanks a lot!
– Charlemagne Jul 16 at 1:40 Cool, glad it works. – Peter Collingridge Jul 16 at 18:14.
To rotate use transform="rotate(deg, cx, cy)" where deg is the degree you want to rotate and (cx, cy) define the centre of rotation.
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