Ross
Well-known member
O.K., who was the sleeper in the third chair?
Why haven't I received any Vegas Showgirls yet?
Why haven't I received any Vegas Showgirls yet?
The 3rd chair?
- Thread starter Ross
- Start date
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Hank
VR.com Founder, Now just a Member
Janie!
Janie!
Janie was the sleeper in the 3rd chair on the left! At least I think she was - The tables were round. Either way - she is the one that should be in trouble
I didn't get to see any show girls so you will have to rely on Lance for those pictures
Janie!
Janie was the sleeper in the 3rd chair on the left! At least I think she was - The tables were round. Either way - she is the one that should be in trouble
I didn't get to see any show girls so you will have to rely on Lance for those pictures
Hey wait a minute you guys.............. What am I in trouble for...what third chair, what sleeper???
Ok y'all...which one do I complete to make an entire picture fit on here:
To increase or decrease the pixels in an image:
Choose Image > Resize (Shift + S) to open the Resize dialog.
To resize the current layer only, clear the Resize all Layers check box.
Mark the Resample using check box and select a resampling type:
Note: Bilinear, bicubic, and weighted average resampling are available only for greyscale and 16 million color images.
Smart Size Use this type in most cases. Based on the new pixel dimensions you set, Paint Shop Pro Studio chooses the best algorithm listed below.
Weighted Average Uses a weighted-average color value of neigh*boring pixels to determine how newly created pixels will appear. Use this type when reducing photo-realistic, irregular, or complex images.
Bilinear Uses the two nearest pixels around each existing pixel to determine how newly created pixels will appear.
Bicubic Minimizes the jaggedness that often results from expand*ing an image by estimating how the newly created pixels will appear. Use this type when enlarging photo-realistic, irregular, or complex images.
Pixel Resize Duplicates or removes pixels as necessary to achieve the selected width and height of the image. Use this type with hard-edged images and simple graphics.
To constrain the new image dimensions to the image?s current proportions, mark the Lock Aspect Ratio check box. The aspect (width-to-height) ratio defaults to the ratio of the active image. Changing the aspect ratio distorts the image by stretching or contracting it in one dimension more than the other.
To keep the image?s current print size, mark the Maintain original print size check box. The image resolution will change, keeping the print size constant. For information on selecting image resolu*tion, see About Image Size, Resolution, and Color Depth.
In the Pixel Dimensions group box, enter the new Width and Height values. From the drop-down list, choose whether to enter values in pixels or as a percent of the original size.
Click OK.
To change the resolution (print size) of an image:
Choose Image > Resize (Shift + S) to open the Resize dialog.
Clear the Resample using check box.
In the Print Size group box, enter the new Width and Height values or the new Resolution value. Choose measurement systems from the drop-lists to the right. For information on selecting image resolution, see About Image Size, Resolution, and Color Depth.
Click OK.
What am I in trouble for...what third chair, what sleeper??? Ok y'all...which one do I complete to make an entire picture fit on here:
To increase or decrease the pixels in an image:
Choose Image > Resize (Shift + S) to open the Resize dialog.
To resize the current layer only, clear the Resize all Layers check box.
Mark the Resample using check box and select a resampling type:
Note: Bilinear, bicubic, and weighted average resampling are available only for greyscale and 16 million color images.
Smart Size Use this type in most cases. Based on the new pixel dimensions you set, Paint Shop Pro Studio chooses the best algorithm listed below.
Weighted Average Uses a weighted-average color value of neigh*boring pixels to determine how newly created pixels will appear. Use this type when reducing photo-realistic, irregular, or complex images.
Bilinear Uses the two nearest pixels around each existing pixel to determine how newly created pixels will appear.
Bicubic Minimizes the jaggedness that often results from expand*ing an image by estimating how the newly created pixels will appear. Use this type when enlarging photo-realistic, irregular, or complex images.
Pixel Resize Duplicates or removes pixels as necessary to achieve the selected width and height of the image. Use this type with hard-edged images and simple graphics.
To constrain the new image dimensions to the image?s current proportions, mark the Lock Aspect Ratio check box. The aspect (width-to-height) ratio defaults to the ratio of the active image. Changing the aspect ratio distorts the image by stretching or contracting it in one dimension more than the other.
To keep the image?s current print size, mark the Maintain original print size check box. The image resolution will change, keeping the print size constant. For information on selecting image resolu*tion, see About Image Size, Resolution, and Color Depth.
In the Pixel Dimensions group box, enter the new Width and Height values. From the drop-down list, choose whether to enter values in pixels or as a percent of the original size.
Click OK.
To change the resolution (print size) of an image:
Choose Image > Resize (Shift + S) to open the Resize dialog.
Clear the Resample using check box.
In the Print Size group box, enter the new Width and Height values or the new Resolution value. Choose measurement systems from the drop-lists to the right. For information on selecting image resolution, see About Image Size, Resolution, and Color Depth.
Click OK.
Ross
Well-known member
Pixel Resize Duplicates or removes pixels as necessary to achieve the selected width and height of the image. Use this type with hard-edged images and simple graphics.
K
Karlynn
Ross said:
Okay - Ross, Janie - you two really need to stop talking dirty on a public forum.
Boy, he sucked me into that one didn't he Karlynn....
