bnatalha/cg1

cg1's Issues

Create a Background class that supports spheric projection of textures

update sphere function (spherical coordinate representation) and generalize it to support partial spheres

1. Transform this function $f(\theta,\phi)$ into a function $f(u,v)$ over $[0,1]^2$ and generalize it to support partial spheres that only sweep out $\theta \in [\theta_{\text{min}},\theta_{\text{max}}]$ and $\phi \in [0,\phi_{\text{max}}]$ with the substitution

$$\begin{array}{lcl} \phi & = &u\,\,\phi_{\text{max}}\\\theta&=&\theta_{\text{min}}+v\,\,(\theta_\text{max}-\theta_{\text{min}}).\end{array}$$

The sphere’s extent can be truncated in two different ways. First, minimum and maximum $z$ values may be set; the parts of the sphere below and above these planes, respectively, are cut off. Second, considering the parameterization of the sphere in spherical coordinates, a maximum $\phi$ value can be set. The sphere sweeps out $\phi$ values from $0$ to the given $\phi_{\text{max}}$ such that the section of the sphere with spherical $\phi$ values above $\phi_{\text{max}}$ is also removed.

\\=== Sphere private data:
	const float radius;
	const float z_min, z_max;
	const float theta_min, theta_max, phi_max;

reestructure code to use .cpp and .hpp files

• update makefile ot make it work OR learn how to use cmake

Tratamento de gamma no rgb

Implement intersection with other shapes, such as triangles and planes.

Assume that the plane object is a square with 2 unit length edges. It is placed at the origin and the plane normal is aligned with the positive z-axis in object coordinates. In future project we will be able to modify the size of the plane as well as to place it anywhere in the scene by means of geometric transformations.

implement DepthIntegrator and NormalMapIntegrator

Add barra de progresso baseada no progresso do loop principal do RT

fix tan() at PerspectiveCamera.set_lrbt()

cmath tan uses radians. covert the values to radians before using it.