rfm2.vp.geo.sphere.Sphere Class Reference

Inheritance diagram for rfm2.vp.geo.sphere.Sphere:

Collaboration diagram for rfm2.vp.geo.sphere.Sphere:

Public Member Functions
def	__init__ (self, jsondict)
def	is_static (self)
def	vtx_buffer_count (self)
def	vtx_buffer (self)
def	idx_buffer (self, idx_buffer, num_vtx, start_idx, inst_idx)
def	has_uvs (self)
def	uv_buffer (self)
Public Member Functions inherited from rfm2.vp.geo.base.Vp2GeometryBase
def	defaulted_value (self, name, default_val)
def	instance_draw_method (self, instance_idx)
def	instance_display_mode (self, instance_idx)
def	instance_vp2_primitive (self, instance_idx)
def	instance_enabled (self, instance_idx)
def	opacity (self)
def	get_input_params (self)
def	set_input_params (self, obj, **kwargs)
def	vtx_buffer (self, **kwargs)
def	color_buffer (self)

Public Attributes
	rows
	cols
	radius
	uv_flips
	uv_offsets
Public Attributes inherited from rfm2.vp.geo.base.Vp2GeometryBase
	id
	textured
	num_instances
	inst_display_mode
	inst_draw_method
	inst_index_buffer
	inst_vp_shader
	method
	kwargs
	is_deforming_when_transformed

Constructor & Destructor Documentation

__init__()

def rfm2.vp.geo.sphere.Sphere.__init__	(		self,
			jsondict
	)

Reimplemented from rfm2.vp.geo.base.Vp2GeometryBase.

Member Function Documentation

has_uvs()

def rfm2.vp.geo.sphere.Sphere.has_uvs

(

self

)

Return True if we can emit a uv vertex buffer.

Reimplemented from rfm2.vp.geo.base.Vp2GeometryBase.

idx_buffer()

def rfm2.vp.geo.sphere.Sphere.idx_buffer	(		self,
			idx_buffer,
			num_vtx,
			start_idx,
			inst_idx
	)

Fill the provided index buffer to draw the shape.
This is a 4x4 sphere
0  1  2  3- 4     0  1  2  3  4
                |/ |/ |/ |/ |    [0, 5, 1, 6, 2, 7, 3, 8, 4, 9, 9,
5  6  7  8- 9     5  6  7  8  9     5, 5, 10, 6, 11, 7, 12, 8, 13, 9, 14, 14
                |/ |/ |/ |/ |     10, 10, 15, 11, 16, 12, 17, 13, 18, 14, 19, 19]
10 11 12 13-14    10 11 12 13 14
                |/ |/ |/ |/ |
15 16 17 18-19    15  16 17 18 19

Reimplemented from rfm2.vp.geo.base.Vp2GeometryBase.

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is_static()

def rfm2.vp.geo.sphere.Sphere.is_static

(

self

)

Tells the vp code if the geometry is static or deforming, like a spot
light frustum for example

Reimplemented from rfm2.vp.geo.base.Vp2GeometryBase.

uv_buffer()

def rfm2.vp.geo.sphere.Sphere.uv_buffer

(

self

)

Return a list of array coordinates for the shape. They should be
ordered exactly like the vertex buffer points and have the same size
as the vxt buffer.
The default implementation returns a zero-filled list the same size
as the vtx buffer to keep the uv buffer aligned with the vtx buffer.

Reimplemented from rfm2.vp.geo.base.Vp2GeometryBase.

vtx_buffer()

def rfm2.vp.geo.sphere.Sphere.vtx_buffer

(

self

)

Return a list of vertices (list) in local space.
a 4x4 sphere looks like so:
    0  1  2  3  - 0
    4  5  6  7  - 4
    8  9  10 11 - 8
    12 13 14 15 - 12
i.e., we repeat the first an last vertex in each column so they may have
different uv coords. The first vertex has u=0.0 and the repeated first
vertex has u=1.0.
The top and bottom rows are the poles and all vertice have the same position.

vtx_buffer_count()

def rfm2.vp.geo.sphere.Sphere.vtx_buffer_count

(

self

)

Return the number of vertices in this buffer.

Reimplemented from rfm2.vp.geo.base.Vp2GeometryBase.

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Member Data Documentation

cols

rfm2.vp.geo.sphere.Sphere.cols

radius

rfm2.vp.geo.sphere.Sphere.radius

rows

rfm2.vp.geo.sphere.Sphere.rows

uv_flips

rfm2.vp.geo.sphere.Sphere.uv_flips

uv_offsets

rfm2.vp.geo.sphere.Sphere.uv_offsets

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The documentation for this class was generated from the following file:

• /Users/plp/Perforce/plp_thebridge_rman_24_dev/rat/apps/rfm/scripts/rfm2/vp/geo/sphere.py