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Most of us sometimes have to place something into an image of a 3D object and the result must have right color, light and perspective. Often it's simply skew, scale and rotate, sometimes warping is needed, a color adjustment layer and a displacement map and embossing for the surface texture - all tricks you seemingly already know.

Making mockups is a little more difficult because you must define transformations non-destructively, the inserted objects must be possible to be changed. Photoshop's advanced layer and object functionality becomes valuable.

But several watching directions, even free rotatability is practical only if one has a 3D model of the object and he inserts surface objects as mapped raster images and rasterized vector textures. That's not much more difficult than creating geometrically acceptable 3D models. A beginner can learn the tricks in a couple of days when the objects are simple. Here's a simple example, made in freeware 3D CAD:

It's a simple imitation of a ball, splitted to four equal pieces (one slice copy is shown separately as green), every curved surface has got a different screenshot of GSDE.

Rectangular screenshots do not fit perfectly on the surfaces, they are squeezed at the ends. The used simple freeware gives very little control on texture image mapping. One can only scale and move, the rest is decided by the program.

The squeezing can be partially compensated by pre-stretching the image. The best formula needs a mathematician. I tried pure luck and stretched one screenshot in Illustrator.

It cannot be exact, because at the right and left ends the upscaling should be infinite like in making equilateral planar earth maps. This is the result placed on a quarter of the meloon:

Of course there's no need to slice the ball, one could as well place an image as one piece.

Practical objects are often complex. Think for example a shoe. Its much more complex than a simple revolution or extrusion object. A beginner can make a perfect wine glass or bottle in the same day as he started. But making a plausible model of a given shoe with proper colors and textures is possible only after intensive studies and practicing.

There are studios which create 3D models of things semiautomatically by using photogrammetry or 3D scanners.

Photogrammetry: 3D model is calculated from a bunch of photos with special mathematical software.

The surface textures come as extras and they can be replaced in 3D modelling software.

Do not expect high quality results if you use a hobby 3D scanner or apply photogrammetry to photos which are taken without special studio equipment. For example shadows, glosses and changes in the light make the photos useless.

I think that using 3D is the only way to handle a mass of things. Be sure that building the process workable will not be easy.

Most of us sometimes have to place something into an image of a 3D object and the result must have right color, light and perspective. Often it's simply skew, scale and rotate, sometimes warping is needed, a color adjustment layer and a displacement map and embossing for the surface texture - all tricks you seemingly already know.

Making mockups is a little more difficult because you must define transformations non-destructively, the inserted objects must be possible to be changed. Photoshop's advanced layer and object functionality becomes valuable.

But several watching directions, even free rotatability is practical only if one has a 3D model of the object and he inserts surface objects as mapped raster images and rasterized vector textures. That's not much more difficult than creating geometrically acceptable 3D models. A beginner can learn the tricks in a couple of days when the objects are simple. Here's a simple example, made in freeware 3D CAD:

It's a simple imitation of a ball, splitted to four equal pieces (one slice copy is shown separately as green), every curved surface has got a different screenshot of GSDE.

Rectangular screenshots do not fit perfectly on the surfaces, they are squeezed at the ends. The used simple freeware gives very little control on texture image mapping. One can only scale and move, the rest is decided by the program.

The squeezing can be partially compensated by pre-stretching the image. The best formula needs a mathematician. I tried pure luck and stretched one screenshot in Illustrator.

It cannot be exact, because at the right and left ends the upscaling should be infinite like in making equirectangular planar earth maps. This is the result placed on a quarter of the meloon:

Of course there's no need to slice the ball, one could as well place an image as one piece.

Practical objects are often complex. Think for example a shoe. Its much more complex than a simple revolution or extrusion object. A beginner can make a perfect wine glass or bottle in the same day as he started. But making a plausible model of a given shoe with proper colors and textures is possible only after intensive studies and practicing.

There are studios which create 3D models of things semiautomatically by using photogrammetry or 3D scanners.

Photogrammetry: 3D model is calculated from a bunch of photos with special mathematical software.

The surface textures come as extras and they can be replaced in 3D modelling software.

Do not expect high quality results if you use a hobby 3D scanner or apply photogrammetry to photos which are taken without special studio equipment. For example shadows, glosses and changes in the light make the photos useless.

I think that using 3D is the only way to handle a mass of things. Be sure that building the process workable will not be easy.

Most of us sometimes have to place something into an image of a 3D object and the result must have right color, light and perspective. Often it's simply skew, scale and rotate, sometimes warping is needed, a color adjustment layer and a displacement map and embossing for the surface texture - all tricks you seemingly already know.

Making mockups is a little more difficult because you must define transformations non-destructively, the inserted objects must be possible to be changed. Photoshop's advanced layer and object functionality becomes valuable.

But several watching directions, even free rotatability is practical only if one has a 3D model of the object and he inserts surface objects as mapped raster images and rasterized vector textures. That's not much more difficult than creating geometrically acceptable 3D models. A beginner can learn the tricks in a couple of days when the objects are simple. Here's a simple example, made in freeware 3D CAD:

It's a simple imitation of a ball, splitted to four equal pieces (one slice is shown as green), every curved surface has got a different screenshot of GSDE.

Rectangular screenshots do not fit perfectly on the surfaces, they are squeezed at the ends. The used simple freeware gives very little control on texture image mapping. One can only scale and move, the rest is decided by the program.

The squeezing can be partially compensated by pre-stretching the image. The best formula needs a mathematician. I tried pure luck and stretched one screenshot in Illustrator.

It cannot be exact, because at the right and left ends the upscaling should be infinite like in making equilateral planar earth maps. This is the result placed on a quarter of the meloon:

Of course there's no need to slice the ball, one could as well place an image as one piece.

Practical objects are often complex. Think for example a shoe. Its much more complex than a simple revolution or extrusion object. A beginner can make a perfect wine glass or bottle in the same day as he started. But making a plausible model of a given shoe with proper colors and textures is possible only after intensive studies and practicing.

There are studios which create 3D models of things semiautomatically by using photogrammetry or 3D scanners.

Photogrammetry: 3D model is calculated from a bunch of photos with special mathematical software.

The surface textures come as extras and they can be replaced in 3D modelling software.

Do not expect high quality results if you use a hobby 3D scanner or apply photogrammetry to photos which are taken without special studio equipment. For example shadows, glosses and changes in the light make the photos useless.

I think that using 3D is the only way to handle a mass of things. Be sure that building the process workable will not be easy.

Most of us sometimes have to place something into an image of a 3D object and the result must have right color, light and perspective. Often it's simply skew, scale and rotate, sometimes warping is needed, a color adjustment layer and a displacement map and embossing for the surface texture - all tricks you seemingly already know.

Making mockups is a little more difficult because you must define transformations non-destructively, the inserted objects must be possible to be changed. Photoshop's advanced layer and object functionality becomes valuable.

But several watching directions, even free rotatability is practical only if one has a 3D model of the object and he inserts surface objects as mapped raster images and rasterized vector textures. That's not much more difficult than creating geometrically acceptable 3D models. A beginner can learn the tricks in a couple of days when the objects are simple. Here's a simple example, made in freeware 3D CAD:

It's a simple imitation of a ball, splitted to four equal pieces (one slice copy is shown separately as green), every curved surface has got a different screenshot of GSDE.

Rectangular screenshots do not fit perfectly on the surfaces, they are squeezed at the ends. The used simple freeware gives very little control on texture image mapping. One can only scale and move, the rest is decided by the program.

The squeezing can be partially compensated by pre-stretching the image. The best formula needs a mathematician. I tried pure luck and stretched one screenshot in Illustrator.

It cannot be exact, because at the right and left ends the upscaling should be infinite like in making equilateral planar earth maps. This is the result placed on a quarter of the meloon:

Of course there's no need to slice the ball, one could as well place an image as one piece.

Practical objects are often complex. Think for example a shoe. Its much more complex than a simple revolution or extrusion object. A beginner can make a perfect wine glass or bottle in the same day as he started. But making a plausible model of a given shoe with proper colors and textures is possible only after intensive studies and practicing.

There are studios which create 3D models of things semiautomatically by using photogrammetry or 3D scanners.

Photogrammetry: 3D model is calculated from a bunch of photos with special mathematical software.

The surface textures come as extras and they can be replaced in 3D modelling software.

Do not expect high quality results if you use a hobby 3D scanner or apply photogrammetry to photos which are taken without special studio equipment. For example shadows, glosses and changes in the light make the photos useless.

I think that using 3D is the only way to handle a mass of things. Be sure that building the process workable will not be easy.

Most of us sometimes have to place something into an image of a 3D object and the result must have right color, light and perspective. Often it's simply skew, scale and rotate, sometimes warping is needed, a color adjustment layer and a displacement map and embossing for the surface texture - all tricks you seemingly already know.

Making mockups is a little more difficult because you must define transformations non-destructively, the inserted objects must be possible to be changed. Photoshop's advanced layer and object functionality becomes valuable.

But several watching directions, even free rotatability is practical only if one has a 3D model of the object and he inserts surface objects as mapped images and textures. That's not much more difficult than creating geometrically acceptable 3D models. A beginner can learn the tricks in a couple of days when the objects are simple. Here's a simple example, made in freeware 3D CAD:

It's a simple imitation of a ball, splitted to four equal pieces (one slice is shown as green), every curved surface has got a different screenshot of GSDE.

Rectangular screenshots do not fit perfectly on the surfaces, they are squeezed at the ends. The used simple freeware gives very little control on texture image mapping. One can only scale and move, the rest is decided by the program.

The squeezing can be partially compensated by pre-stretching the image. The best formula needs a mathematician. I tried pure luck and stretched one screenshot in Illustrator.

It cannot be exact, because at the right and left ends the upscaling should be infinite like in making equilateral planar earth maps. This is the result placed on a quarter of the meloon:

Of course there's no need to slice the ball, one could as well place an image as one piece.

Practical objects are often complex. Think for example a shoe. Its much more complex than a simple revolution or extrusion object. A beginner can make a perfect wine glass or bottle in the same day as he started. But making a plausible model of a given shoe with proper colors and textures is possible only after intensive studies and practicing.

There are studios which create 3D models of things semiautomatically by using photogrammetry or 3D scanners.

Photogrammetry: 3D model is calculated from a bunch of photos with special mathematical software.

The surface textures come as extras and they can be replaced in 3D modelling software.

Do not expect high quality results if you use a hobby 3D scanner or apply photogrammetry to photos which are taken without special studio equipment. For example shadows, glosses and changes in the light make the photos useless.

I think that using 3D is the only way to handle a mass of things. Be sure that building the process workable will not be easy.

Most of us sometimes have to place something into an image of a 3D object and the result must have right color, light and perspective. Often it's simply skew, scale and rotate, sometimes warping is needed, a color adjustment layer and a displacement map and embossing for the surface texture - all tricks you seemingly already know.

Making mockups is a little more difficult because you must define transformations non-destructively, the inserted objects must be possible to be changed. Photoshop's advanced layer and object functionality becomes valuable.

But several watching directions, even free rotatability is practical only if one has a 3D model of the object and he inserts surface objects as mapped raster images and rasterized vector textures. That's not much more difficult than creating geometrically acceptable 3D models. A beginner can learn the tricks in a couple of days when the objects are simple. Here's a simple example, made in freeware 3D CAD:

It's a simple imitation of a ball, splitted to four equal pieces (one slice is shown as green), every curved surface has got a different screenshot of GSDE.

Rectangular screenshots do not fit perfectly on the surfaces, they are squeezed at the ends. The used simple freeware gives very little control on texture image mapping. One can only scale and move, the rest is decided by the program.

The squeezing can be partially compensated by pre-stretching the image. The best formula needs a mathematician. I tried pure luck and stretched one screenshot in Illustrator.

It cannot be exact, because at the right and left ends the upscaling should be infinite like in making equilateral planar earth maps. This is the result placed on a quarter of the meloon:

Of course there's no need to slice the ball, one could as well place an image as one piece.

Practical objects are often complex. Think for example a shoe. Its much more complex than a simple revolution or extrusion object. A beginner can make a perfect wine glass or bottle in the same day as he started. But making a plausible model of a given shoe with proper colors and textures is possible only after intensive studies and practicing.

There are studios which create 3D models of things semiautomatically by using photogrammetry or 3D scanners.

Photogrammetry: 3D model is calculated from a bunch of photos with special mathematical software.

The surface textures come as extras and they can be replaced in 3D modelling software.

Do not expect high quality results if you use a hobby 3D scanner or apply photogrammetry to photos which are taken without special studio equipment. For example shadows, glosses and changes in the light make the photos useless.

I think that using 3D is the only way to handle a mass of things. Be sure that building the process workable will not be easy.