On 02/01/2014 at 13:07, xxxxxxxx wrote:
User Information:
Cinema 4D Version: R15
Platform: Windows ;
Language(s) : C++ ;
---------
When I load a texture direct in a material channel, c4d show the resolution info.
How can I get this information?
And what if I have textures in a layer shader.
How to get the resolution for all images in the layer shader?
On 02/01/2014 at 13:15, xxxxxxxx wrote:
I found an old post from Matthias.
Is this the way to go?
Posted: 30 Jun 2008 at 5:56pmUnfortunatly the resolution or the link to the bitmap is not stored in a container. You have to check the bitmap manually, going by the path provided.
cheers,
Matthias
<_<_t_>_
On 02/01/2014 at 17:28, xxxxxxxx wrote:
I think he meant that you have to get the information from the image file manually.
Like this:
Filename fn = GeGetC4DPath(C4D_PATH_DESKTOP) + "myimage.jpg";
AutoAlloc<BaseBitmap> bmp;
if (IMAGERESULT_OK != bmp->Init(fn)) return FALSE;
LONG bw = bmp->GetBw(); //The image width
LONG bh = bmp->GetBh(); //The image height
GePrint(LongToString(bw));
GePrint(LongToString(bh));
MultipassBitmap *mbmp = NULL;
mbmp = MultipassBitmap::Alloc(bw, bh, COLORMODE_RGBf);
if (!mbmp) return FALSE;
GeData d = mbmp->GetParameter(MPBTYPE_DPI); //Gets the dpi info
LONG dpi = d.GetLong();
GePrint(LongToString(dpi));
MultipassBitmap::Free(mbmp);
-ScottA
On 03/01/2014 at 03:45, xxxxxxxx wrote:
Yes, that is what I thought.
I use GetColorMode.
orgImage->Init(fname, -1, nullptr);
Int32 colorMode = orgImage->GetColorMode(); //The image colormode
Int32 bw = orgImage->GetBw(); //The image width
Int32 bh = orgImage->GetBh(); //The image height
Here also a translation from the Int32 colormode to a String with the colormode description
Perhaps someone might find it useful (it saves typing in).
String modeToString(Int32 colorMode)
{
switch (colorMode)
{
case COLORMODE_ILLEGAL:
return "Illegal";
case COLORMODE_ALPHA:
return "Only 8-bit alpha channel.";
case COLORMODE_GRAY:
return "8-bit grayscale channel.";
case COLORMODE_AGRAY:
return "8-bit grayscale channel with 8-bit alpha.";
case COLORMODE_RGB:
return "8-bit RGB channels.";
case COLORMODE_ARGB:
return "8-bit RGB channels with 8-bit alpha.";
case COLORMODE_CMYK:
return "8-bit CMYK channel.";
case COLORMODE_ACMYK:
return "8-bit CMYK channel with 8-bit alpha.";
case COLORMODE_MASK:
return "8-bit grayscale map as mask.";
case COLORMODE_AMASK:
return "8-bit grayscale map as mask with 8-bit alpha.";
case COLORMODE_ILLEGALw:
return "Illegal.";
case COLORMODE_GRAYw:
return "16-bit grayscale channel.";
case COLORMODE_AGRAYw:
return "16-bit grayscale channel with 16-bit alpha.";
case COLORMODE_RGBw:
return "16-bit RGB channels.";
case COLORMODE_ARGBw:
return "16-bit RGB channels with 16-bit alpha.";
case COLORMODE_MASKw:
return "16-bit grayscale map as mask.";
case COLORMODE_ILLEGALf:
return "Illegal.";
case COLORMODE_GRAYf:
return "Floating point grayscale channel.";
case COLORMODE_AGRAYf:
return "Floating point grayscale channel with floating point alpha.";
case COLORMODE_RGBf:
return "Floating point RGB channels.";
case COLORMODE_ARGBf:
return "Floating point RGB channels with floating point alpha.";
case COLORMODE_MASKf:
return "Floating point grayscale map as mask.";
default:
return "Unknown Colormode: " + String::IntToString(colorMode);
}
}// end String modeToString(Int32 colorMode)