struct KzcImage* img;
kzcImageLoadFile(kzaApplicationGetSystemMemoryManager(application),"1.png",& img);

KzuImageTexture* texture;
kzuImageTextureCreateFromImage(resMgr, "FileTexture",img, KZU_TEXTURE_FILTER_BILINEAR, KZU_TEXTURE_WRAP_CLAMP, 0.0f, &texture);

kzuImageTextureCreateFromMemory(resourceManger,name,KZU_TEXTURE_CHANNELS_RGB,img.width(), img.height(), img.bits(),KZU_TEXTURE_FILTER_BILINEAR, KZU_TEXTURE_WRAP_CLAMP, &imageTexture);

struct KzuResource* out_resource;out_resource = kzuImageTextureToResource(texture);kzuObjectNodeSetResourceIDResourceProperty(planeNode,KZU_PROPERTY_TYPE_TEXTURE,out_resource);kzuObjectNodeSetIntProperty(m_planeNode, KZU_PROPERTY_TYPE_BLEND_MODE, 1);kzuResourceRelease(out_resource);

 1 if (m_itemInfo->m_objectNode && m_image)
 2 {
 3 Domain* domain = m_itemGenerator->m_listBox->getDomain();
 4
 5 // Create texture from image. If the image data format is correct, this shouldn't use any memory manager.
 6 // Image texture will own the image so no need to delete it manually.
 7 TextureSharedPtr texture = Texture::create(domain, m_image, Texture::CreateFlagClampAddress);
 8 m_itemInfo->m_objectNode->setProperty(StandardMaterial::TextureProperty, texture);
 9
10 // Adjust size of plane for displaying the image.
11 Node3DSharedPtr imagePlaneNode = m_itemInfo->m_objectNode->lookupNode<Node3D>("Stack Layout/Plane");
12
13 kzUint height = kzcImageGetHeight(m_image);
14 kzUint width = kzcImageGetWidth(m_image);
15 float aspect = width * 1.0f / height;
16
17 kzFloat widthFactor = aspect;
18 kzFloat heightFactor = 1.0f;
19
20 if(aspect > 1.0f)
21 {
22 widthFactor = 1.0f;
23 heightFactor = 1.0f / aspect;
24 }
25
26 imagePlaneNode->setLayoutTransformation(Matrix4x4::createScale(Vector3(widthFactor, heightFactor, 1.0f)));
27
28 // Ownership of image was transferred to the texture.
29 m_image = 0;
30 }
31
32 // Remove task.
33 m_itemGenerator->m_tasksByItems.erase(m_itemInfo);