def renderGeo(self):
""" This method calls the arnold functions to setup and scene and render the image
"""
# Beging the arnold session
arnold.AiBegin()
# Set the log for debugging
arnold.AiMsgSetLogFileName(self.log)
arnold.AiMsgSetConsoleFlags(arnold.AI_LOG_ALL)
# Set the attributes for shader
attributes = {
"Kd_color":
("rgb", (self._color[0], self._color[1], self._color[2])),
"Ks": ("float", 0.05),
"Ko": ("float", .5),
}
# Create a simple shader
shader = _arnoldRenderUtils.createSimpleShader("standard", "myshader1",
attributes)
# Set the attributes for a geo
attributes = {
"center": ("vector", (0.0, 4.0, 0.0)),
"radius": ("float", 5.0),
"shader": ("pointer", shader)
}
# Create a simple sphere and set the shader created above
sph = _arnoldRenderUtils.createGeometry("sphere", "mysphere",
attributes)
# Set camera attributes
attributes = {
"position": ("vector", (0.0, 10.0, 35.0)),
"look_at": ("vector", (0.0, 3.0, 0.0)),
"fov": ("float", 45.0),
}
# create a perspective camera
camera = _arnoldRenderUtils.createCamera("persp_camera",
"scene_Camera", attributes)
# Set light attributes
attributes = {
"position": ("vector", (0.0, 30.0, 0.0)),
"intensity": ("float", 10.0),
"radius": ("float", 4.0),
}
# Create point lights with different attributes
point_lightA = _arnoldRenderUtils.createLight("point_light",
"pointLight_A",
attributes)
# Point Light B
attributes["position"] = ("vector", (0.0, -30.0, 0.0))
point_lightB = _arnoldRenderUtils.createLight("point_light",
"pointLight_B",
attributes)
# Point light C
attributes = {
"position": ("vector", (0.0, 4.0, 20.0)),
"intensity": ("float", 5.0),
"radius": ("float", 15.0),
}
point_lightC = _arnoldRenderUtils.createLight("point_light",
"pointLight_C",
attributes)
# Set attributes for render Parameters
attributes = {
"AA_samples": ("integer", 8),
"xres": ("integer", 480),
"yres": ("integer", 360),
"GI_diffuse_depth": ("integer", 4),
"camera": ("pointer", camera),
}
# Set the render options
options = _arnoldRenderUtils.createUniverseOptions(attributes)
# Set the driver attributes
attributes = {
"filename": ("string", os.path.basename(self.image)),
"gamma": ("float", 2.2),
}
driver = _arnoldRenderUtils.createOutputDriver("driver_jpeg",
"scene_driver",
attributes)
# Create a filter
filter = _arnoldRenderUtils.createFilter("gaussian_filter",
"scene_filter", {})
# Create an output array with the filter and driver
outputArrayElements = ["RGBA RGBA scene_filter scene_driver"]
outputs_array = _arnoldRenderUtils.createOutputArray(
arnold.AI_TYPE_STRING, outputArrayElements, {})
attributes = {
"outputs": ("array", outputs_array),
}
_arnoldRenderUtils.assignAttributes(options, attributes)
# render the image
arnold.AiRender(arnold.AI_RENDER_MODE_CAMERA)
# Arnold session shutdown
arnold.AiEnd()
def renderGeo(self):
arnold.AiBegin()
arnold.AiMsgSetLogFileName(self._logFile)
arnold.AiMsgSetConsoleFlags(arnold.AI_LOG_ALL)
# create a sphere geometric primitive
sph = arnold.AiNode("sphere")
arnold.AiNodeSetStr(sph, "name", "mysphere")
arnold.AiNodeSetVec(sph, "center", 0.0, 4.0, 0.0)
arnold.AiNodeSetFlt(sph, "radius", 5.0)
# create a red standard shader
shader1 = arnold.AiNode("standard")
arnold.AiNodeSetStr(shader1, "name", "myshader1")
arnold.AiNodeSetRGB(shader1, "Kd_color", self._color[0],
self._color[1], self._color[2])
arnold.AiNodeSetFlt(shader1, "Ks", 0.05)
# assign the shaders to the geometric objects
arnold.AiNodeSetPtr(sph, "shader", shader1)
# create a perspective camera
camera = arnold.AiNode("persp_camera")
arnold.AiNodeSetStr(camera, "name", "mycamera")
# position the camera (alternatively you can set 'matrix')
arnold.AiNodeSetVec(camera, "position", 0.0, 10.0, 35.0)
arnold.AiNodeSetVec(camera, "look_at", 0.0, 3.0, 0.0)
arnold.AiNodeSetFlt(camera, "fov", 45.0)
# create a point light source
light = arnold.AiNode("point_light")
arnold.AiNodeSetStr(light, "name", "pointLight_A")
# // position the light (alternatively use 'matrix')
arnold.AiNodeSetVec(light, "position", 0.0, 30.0, 0.0)
arnold.AiNodeSetFlt(light, "intensity", 10.0)
# alternatively, use 'exposure'
arnold.AiNodeSetFlt(light, "radius", 4.0)
# for soft shadows
# create a point light source
light = arnold.AiNode("point_light")
arnold.AiNodeSetStr(light, "name", "pointLight_B")
# // position the light (alternatively use 'matrix')
arnold.AiNodeSetVec(light, "position", 0.0, -30.0, 0.0)
arnold.AiNodeSetFlt(light, "intensity", 10.0)
# alternatively, use 'exposure'
arnold.AiNodeSetFlt(light, "radius", 4.0)
# for soft shadows
# create a point light source
light = arnold.AiNode("point_light")
arnold.AiNodeSetStr(light, "name", "pointLight_C")
# // position the light (alternatively use 'matrix')
arnold.AiNodeSetVec(light, "position", 0.0, 4.0, 20.0)
arnold.AiNodeSetFlt(light, "intensity", 5.0)
# alternatively, use 'exposure'
arnold.AiNodeSetFlt(light, "radius", 15.0)
# for soft shadows
# // get the global options node and set some options
options = arnold.AiUniverseGetOptions()
arnold.AiNodeSetInt(options, "AA_samples", 8)
arnold.AiNodeSetInt(options, "xres", 480)
arnold.AiNodeSetInt(options, "yres", 360)
arnold.AiNodeSetInt(options, "GI_diffuse_depth", 4)
# // set the active camera (optional, since there is only one camera)
arnold.AiNodeSetPtr(options, "camera", camera)
# create an output driver node
driver = arnold.AiNode("driver_jpeg")
arnold.AiNodeSetStr(driver, "name", "mydriver")
arnold.AiNodeSetStr(driver, "filename", self._sceneName)
arnold.AiNodeSetFlt(driver, "gamma", 2.2)
# create a gaussian filter node
filter = arnold.AiNode("gaussian_filter")
arnold.AiNodeSetStr(filter, "name", "myfilter")
# assign the driver and filter to the main (beauty) AOV,
# which is called "RGBA" and is of type RGBA
outputs_array = arnold.AiArrayAllocate(1, 1, arnold.AI_TYPE_STRING)
arnold.AiArraySetStr(outputs_array, 0, "RGBA RGBA myfilter mydriver")
arnold.AiNodeSetArray(options, "outputs", outputs_array)
# finally, render the image!
arnold.AiRender(arnold.AI_RENDER_MODE_CAMERA)
# // Arnold session shutdown
arnold.AiEnd()
def renderGeo(self):
""" This method calls the arnold functions to setup and scene and render the image
"""
arnold.AiBegin()
arnold.AiMsgSetLogFileName(self.log)
arnold.AiMsgSetConsoleFlags(arnold.AI_LOG_ALL)
attributes = {
"Kd_color": ("rgb", (self._color[0], self._color[1], self._color[2])),
"Ks": ("float", 0.05),
"Ko": ("float", .5),
}
shader = createSimpleShader("standard", "myshader1", attributes)
attributes = {
"center": ("vector", (0.0, 4.0, 0.0)),
"radius": ("float", 5.0),
"shader": ("pointer", shader)
}
sph = createGeometry("sphere", "mysphere", attributes)
# attributes["center"] = ("vector", (1.0, 2.0, 3.0))
# sph1 = createGeometry("sphere", "mysphere", attributes)
# assignAttributes(sph, {"radius": ("float", 0.9)})
# arnold.AiNodeSetRGB(shader1, "Kd_color", self._color[0], self._color[1], self._color[2])
# arnold.AiNodeSetFlt(shader1, "Ks", 0.05)
# # assign the shaders to the geometric objects
# arnold.AiNodeSetPtr(sph, "shader", shader1)
# create a perspective camera
camera = arnold.AiNode("persp_camera")
arnold.AiNodeSetStr(camera, "name", "mycamera")
arnold.AiNodeSetVec(camera, "position", 0.0, 10.0, 35.0)
arnold.AiNodeSetVec(camera, "look_at", 0.0, 3.0, 0.0)
arnold.AiNodeSetFlt(camera, "fov", 45.0)
# create a point light source
light = arnold.AiNode("point_light")
arnold.AiNodeSetStr(light, "name", "pointLight_A")
arnold.AiNodeSetVec(light, "position", 0.0, 30.0, 0.0)
arnold.AiNodeSetFlt(light, "intensity", 10.0)
arnold.AiNodeSetFlt(light, "radius", 4.0)
# create a point light source
light = arnold.AiNode("point_light")
arnold.AiNodeSetStr(light, "name", "pointLight_B")
arnold.AiNodeSetVec(light, "position", 0.0, -30.0, 0.0)
arnold.AiNodeSetFlt(light, "intensity", 10.0)
arnold.AiNodeSetFlt(light, "radius", 4.0)
# create a point light source
light = arnold.AiNode("point_light")
arnold.AiNodeSetStr(light, "name", "pointLight_C")
arnold.AiNodeSetVec(light, "position", 0.0, 4.0, 20.0)
arnold.AiNodeSetFlt(light, "intensity", 5.0)
arnold.AiNodeSetFlt(light, "radius", 15.0)
# get the global options node and set some options
options = arnold.AiUniverseGetOptions()
arnold.AiNodeSetInt(options, "AA_samples", 8)
arnold.AiNodeSetInt(options, "xres", 480)
arnold.AiNodeSetInt(options, "yres", 360)
arnold.AiNodeSetInt(options, "GI_diffuse_depth", 4)
arnold.AiNodeSetPtr(options, "camera", camera)
# create an output driver node
driver = arnold.AiNode("driver_jpeg")
arnold.AiNodeSetStr(driver, "name", "mydriver")
# arnold.AiNodeSetStr(driver, "filepath", os.path.dirname(self.image))
arnold.AiNodeSetStr(driver, "filename", os.path.basename(self.image))
arnold.AiNodeSetFlt(driver, "gamma", 2.2)
# create a gaussian filter node
filter = arnold.AiNode("gaussian_filter")
arnold.AiNodeSetStr(filter, "name", "myfilter")
# assign the driver and filter to the main (beauty) AOV,
# which is called "RGBA" and is of type RGBA
outputs_array = arnold.AiArrayAllocate(1, 1, arnold.AI_TYPE_STRING)
arnold.AiArraySetStr(outputs_array, 0, "RGBA RGBA myfilter mydriver")
arnold.AiNodeSetArray(options, "outputs", outputs_array)
# finally, render the image!
arnold.AiRender(arnold.AI_RENDER_MODE_CAMERA)
# // Arnold session shutdown
arnold.AiEnd()