clear out demo/

author: sanine <sanine.not@pm.me> 2022-03-01 22:49:53 -0600
committer: sanine <sanine.not@pm.me> 2022-03-01 22:49:53 -0600
commit: 82cf18b9163f86e4d0a1cd999d4815cc3f85a3fd (patch)
tree: 1bc96ae80f509ef919bb7e74500dc6b37c9e59cf /demo
parent: 10288765588673645c1cc0a6e3d2245aff3f9080 (diff)
17 files changed, 0 insertions, 3439 deletions
diff --git a/demo/Camera.lua b/demo/Camera.lua
deleted file mode 100644
index 7abef16..0000000
--- a/demo/Camera.lua
+++ /dev/null
@@ -1,32 +0,0 @@
-local Node = require('Node')
-
-local Camera = {}
-
-Camera.prototype = {}
-setmetatable(Camera.prototype, { __index = Node.prototype })
-
-Camera.prototype.updateView = function(self)
-   self.basis = self.transform:basis()
-   self.view:look(self.position, self.basis.z, self.basis.y)
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Camera.mt = {}
-Camera.mt.__index = Camera.prototype
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Camera.new = function(parent, position, rotation, scale, fov, aspect, near, far)
-   local camera = Node.new(parent, position, rotation, scale)
-   setmetatable(camera, Camera.mt)
-
-   camera.view = honey.glm.mat4()
-   camera:updateView()
-   camera.projection = honey.glm.mat4()
-   camera.projection:perspective(fov, aspect, near, far)
-
-   return camera
-end
-
-return Camera
diff --git a/demo/Enum.lua b/demo/Enum.lua
deleted file mode 100644
index d7fe469..0000000
--- a/demo/Enum.lua
+++ /dev/null
@@ -1,18 +0,0 @@
-local Enum = function (enumStrings)
-    local enumTable = {}
-    for _,str in pairs(enumStrings) do
-	enumTable[str] = str
-    end
-
-    local enum = {}
-    setmetatable(enum, { __index = enumTable,
-			 __newindex = function(table, key, value)
-			     error('Attempt to edit enum!')
-			 end
-		       }
-    )
-    
-    return enum
-end
-
-return Enum
diff --git a/demo/FPSCamera.lua b/demo/FPSCamera.lua
deleted file mode 100644
index a1ab00f..0000000
--- a/demo/FPSCamera.lua
+++ /dev/null
@@ -1,71 +0,0 @@
-local Camera = require('Camera')
-
-local camera = Camera.new(nil,
-                          honey.glm.vec3(),
-                          honey.glm.vec3(),
-                          honey.glm.vec3{1,1,1},
-                          math.rad(90), 640/480, 0.1, 1000)
-
-camera.pitch = 0
-camera.yaw = 0
-
-camera.sensitivity = 0.1
-
-camera.movement_speed = 1
-
-function camera:update(dt)
-   movement = honey.glm.vec3()
-   if honey.input.key.is_down(honey.input.key.w) then
-      movement:add(self.basis.z, movement)
-   end
-   if honey.input.key.is_down(honey.input.key.a) then
-      movement:add(self.basis.x, movement)
-   end
-   if honey.input.key.is_down(honey.input.key.s) then
-      movement:sub(self.basis.z, movement)
-   end
-   if honey.input.key.is_down(honey.input.key.d) then
-      movement:sub(self.basis.x, movement)
-   end
-
-   movement:set(1, 0)
-   movement:normalize()
-
-   if honey.input.key.is_down(honey.input.key.left_shift) then
-      movement:add(honey.glm.UNIT_Y, movement)
-   end
-   if honey.input.key.is_down(honey.input.key.left_control) then
-      movement:sub(honey.glm.UNIT_Y, movement)
-   end
-   movement:muls(self.movement_speed*dt, movement)
-   self:translate(movement)
-   
-   self:updateTransform()
-   self:updateView()
-end
-
-camera.mouse_pos = {}
-camera.mouse_pos.x = 0
-camera.mouse_pos.y = 0
-
-honey.input.mouse.bind_movement(
-   function(xpos, ypos)
-      local dx = xpos - camera.mouse_pos.x
-      local dy = ypos - camera.mouse_pos.y
-
-      camera.mouse_pos = { x=xpos, y=ypos }
-
-      camera.pitch = camera.pitch + camera.sensitivity * dy
-      camera.yaw = camera.yaw - camera.sensitivity * dx
-
-      if camera.pitch > 89.9 then camera.pitch = 89.9 end
-      if camera.pitch < -89.9 then camera.pitch = -89.9 end
-
-      camera.rotation:set(0, math.rad(camera.pitch))
-      camera.rotation:set(1, math.rad(camera.yaw))
-   end
-)
-
-honey.input.mouse.set_mode(honey.input.mouse.mode.captured)
-
-return camera
diff --git a/demo/Matrix.lua b/demo/Matrix.lua
deleted file mode 100644
index d07944e..0000000
--- a/demo/Matrix.lua
+++ /dev/null
@@ -1,375 +0,0 @@
-local Vector = require('Vector')
-
-local Matrix = {}
-
-Matrix.Mat3 = {}
-
-Matrix.Mat3.prototype = {}
-
-Matrix.Mat3.prototype.at = function(self, i, j)
-   return honey.cglm.get_value(self.array, (i-1) + 3*(j-1))
-end
-
-Matrix.Mat3.prototype.setAt = function(self, i, j, value)
-   honey.cglm.set_value(self.array, (i-1) + 3*(j-1), value)
-end
-
-Matrix.Mat3.prototype.clone = function(self)
-   local clone = honey.cglm.new_array_zero(9)
-   clone.array = honey.cglm.copy_array(self.array, 9)
-   return clone
-end
-
-Matrix.Mat3.prototype.mul = function(self, M, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat3.mul(self.array, M.array, result)
-   return result
-end
-
-Matrix.Mat3.prototype.muls = function(self, s, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat3.muls(s, self.array, result)
-   return result
-end
-
-Matrix.Mat3.prototype.mulv = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat3.mulv(self.array, v.array, result)
-   return result
-end
- 
-Matrix.Mat3.prototype.T = function(self, auto)
-   auto = auto or false   
-   if auto then
-      honey.cglm.mat3.trans(self.array)
-      return
-   end
-
-   local M = self.clone()
-      
-   honey.cglm.mat3.trans(M.array)
-   return M
-end
-
-Matrix.Mat3.prototype.det = function(self)
-   return honey.cglm.mat3.det(self.array)
-end
-
-Matrix.Mat3.prototype.trace = function(self)
-   return honey.cglm.mat3.trace(self.array)
-end
-
-Matrix.Mat3.prototype.inv = function(self, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat3.inv(self.array, result.array)
-   return result
-end
-
-Matrix.Mat3.prototype.basis = function(self)
-   local x0 = self:at(1,1)
-   local x1 = self:at(2,1)
-   local x2 = self:at(3,1)
-
-   local y0 = self:at(1,2)
-   local y1 = self:at(2,2)
-   local y2 = self:at(3,2)
-
-   local z0 = self:at(1,3)
-   local z1 = self:at(2,3)
-   local z2 = self:at(3,3)
-   
-   local b = {}
-   b.x = Vector.Vec3.new{x0, x1, x2}
-   b.y = Vector.Vec3.new{y0, y1, y2}
-   b.z = Vector.Vec3.new{z0, z1, z2}
-
-   return b
-end
-   
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Matrix.Mat3.mt = {}
-
-Matrix.Mat3.mt.__index = Matrix.Mat3.prototype
-Matrix.Mat3.mt.__tostring = function(mat3)
-   local line1 = 'mat3('..
-      tostring(mat3:at(1,1))..', '..
-      tostring(mat3:at(1,2))..', '..
-      tostring(mat3:at(1,3))..', \n'
-   local line2 = '    '..
-      tostring(mat3:at(2,1))..', '..
-      tostring(mat3:at(2,2))..', '..
-      tostring(mat3:at(2,3))..', \n'
-   local line3 = '    '..
-      tostring(mat3:at(3,1))..', '..
-      tostring(mat3:at(3,2))..', '..
-      tostring(mat3:at(3,3))..')'
-   return line1..line2..line3
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Matrix.Mat3.new = function(tbl)
-   local mat3 = {}
-   mat3.array = honey.cglm.new_array_zero(9)
-   setmetatable(mat3, Matrix.Mat3.mt)
-
-   if tbl == nil then return mat3 end
-   
-   for i = 1,3 do
-      for j = 1,3 do
-	 mat3:setAt(i,j, tbl[3*(i-1) + j])
-      end
-   end
-
-    return mat3
-end
-
-Matrix.Mat3.eye = function()
-   local eye3 = Matrix.Mat3.new()
-   honey.cglm.mat3.identity(eye3.array)
-   return eye3
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
---
--- Mat4
---
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Matrix.Mat4 = {}
-
-Matrix.Mat4.prototype = {}
-
-Matrix.Mat4.prototype.at = function(self, i, j)
-   return honey.cglm.get_value(self.array, (i-1) + 4*(j-1))
-end
-
-Matrix.Mat4.prototype.setAt = function(self, i, j, value)
-   honey.cglm.set_value(self.array, (i-1) + 4*(j-1), value)
-end
-
-Matrix.Mat4.prototype.clone = function(self)
-   local clone = honey.cglm.new_array_zero(16)
-   clone.array = honey.cglm.copy_array(self.array, 16)
-   return clone
-end
-
-Matrix.Mat4.prototype.pick3 = function(self, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat4.pick3(self.array, result.array)
-   return result
-end
-
-Matrix.Mat4.prototype.mul = function(self, M, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat4.mul(self.array, M.array, result.array)
-   return result
-end
-
-Matrix.Mat4.prototype.muls = function(self, s, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat4.muls(s, self.array, result)
-   return result
-end
-
-Matrix.Mat4.prototype.mulv = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat4.mulv(self.array, v.array, result)
-   return result
-end
- 
-Matrix.Mat4.prototype.T = function(self, auto)
-   auto = auto or false   
-   if auto then
-      honey.cglm.mat4.trans(self.array)
-      return
-   end
-
-   local M = self.clone()
-      
-   honey.cglm.mat4.trans(M.array)
-   return M
-end
-
-Matrix.Mat4.prototype.det = function(self)
-   return honey.cglm.mat4.det(self.array)
-end
-
-Matrix.Mat4.prototype.trace = function(self)
-   return honey.cglm.mat4.trace(self.array)
-end
-
-Matrix.Mat4.prototype.inv = function(self, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat4.inv(self.array, result.array)
-   return result
-end
-
-Matrix.Mat4.prototype.fastInv = function(self, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.mat4.inv_fast(self.array, result.array)
-   return result
-end
-
-Matrix.Mat4.prototype.basis = function(self)
-   local M = self:pick3()
-
-   return M:basis()
-end
-
-Matrix.Mat4.prototype.rotate = function(self, center, axis, angle)
-   honey.cglm.affine.rotate(self.array, center.array, axis.array, angle)
-end
-
-Matrix.Mat4.prototype.translate = function(self, v)
-   honey.cglm.affine.translate(self.array, v.array)
-end
-
-Matrix.Mat4.prototype.scale = function(self, v)
-   honey.cglm.affine.scale(self.array, v.array)
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Matrix.Mat4.mt = {}
-
-Matrix.Mat4.mt.__index = Matrix.Mat4.prototype
-Matrix.Mat4.mt.__tostring = function(mat4)
-   local line1 = 'mat4('..
-      tostring(mat4:at(1,1))..', '..
-      tostring(mat4:at(1,2))..', '..
-      tostring(mat4:at(1,3))..', '..
-      tostring(mat4:at(1,4))..', \n'
-   local line2 = '    '..
-      tostring(mat4:at(2,1))..', '..
-      tostring(mat4:at(2,2))..', '..
-      tostring(mat4:at(2,3))..', '..
-      tostring(mat4:at(2,4))..', \n'
-   local line3 = '    '..
-      tostring(mat4:at(3,1))..', '..
-      tostring(mat4:at(3,2))..', '..
-      tostring(mat4:at(3,3))..', '..
-      tostring(mat4:at(3,4))..')'
-   local line4 = '    '..
-      tostring(mat4:at(4,1))..', '..
-      tostring(mat4:at(4,2))..', '..
-      tostring(mat4:at(4,3))..', '..
-      tostring(mat4:at(4,4))..')'
-   return line1..line2..line4
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Matrix.Mat4.new = function(tbl)
-   local mat4 = {}
-   mat4.array = honey.cglm.new_array_zero(16)
-   setmetatable(mat4, Matrix.Mat4.mt)
-
-   if tbl == nil then return mat4 end
-   
-   for i = 1,4 do
-      for j = 1,4 do
-	 mat4:setAt(i,j, tbl[4*(i-1) + j])
-      end
-   end
-
-    return mat4
-end
-
-Matrix.Mat4.eye = function()
-   local eye4 = Matrix.Mat4.new()
-   honey.cglm.mat4.identity(eye4.array)
-   return eye4
-end
-
-Matrix.Mat4.perspective = function(fov, aspectRatio, near, far)
-   local M = Matrix.Mat4.new()
-   honey.cglm.camera.perspective(M.array, fov, aspectRatio, near, far)
-   return M
-end
-
-Matrix.Mat4.orthographic = function(a, b)
-   local M = Matrix.Mat4.new()
-   honey.cglm.camera.orthographic(M.array, a.array, b.array)
-   return M
-end
-
-Matrix.Mat4.look = function(position, direction, up, dest)
-   local result
-   if dest == nil then
-      result = Matrix.Mat4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.camera.look(position.array,
-			  direction.array,
-			  up.array,
-			  dest.array)
-   return dest
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-return Matrix
diff --git a/demo/MeshInstance.lua b/demo/MeshInstance.lua
deleted file mode 100644
index 3e879e1..0000000
--- a/demo/MeshInstance.lua
+++ /dev/null
@@ -1,32 +0,0 @@
-local Node = require('Node')
-
-local MeshInstance = {}
-
-MeshInstance.prototype = {}
-setmetatable(MeshInstance.prototype, { __index = Node.prototype })
-
-MeshInstance.prototype.draw = function(self, camera, shader)
-   local shader = shader or self.shader
-   
-   shader:setCamera(camera)
-   shader:drawMesh(self)
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-MeshInstance.mt = {}
-MeshInstance.mt.__index = MeshInstance.prototype
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-MeshInstance.new = function(parent, position, rotation, scale, mesh, shader)
-   local meshinstance = Node.new(parent, position, rotation, scale)
-   meshinstance.mesh = mesh
-   meshinstance.shader = shader
-
-   setmetatable(meshinstance, MeshInstance.mt)
-
-   return meshinstance
-end
-
-return MeshInstance
diff --git a/demo/Node.lua b/demo/Node.lua
deleted file mode 100644
index 6177fc5..0000000
--- a/demo/Node.lua
+++ /dev/null
@@ -1,96 +0,0 @@
-local Node = {}
-
-Node.prototype = {}
-
-Node.prototype.updateTransform = function(self)
-   self.transform:eye()
-
-   self.transform:translate(self.position)
-
-   self.transform:rotateZ(self.rotation:get(2))
-   self.transform:rotateY(self.rotation:get(1))
-   self.transform:rotateX(self.rotation:get(0))
-
-   self.transform:scalev(self.scale)
-
-   if self.parent ~= nil then
-      self.parent.transform:mul(self.transform, self.transform)
-   end
-
-   for _, child in ipairs(self.children) do
-      child:updateTransform()
-   end
-end
-
-Node.prototype.updateCascade = function(self, dt)
-    if self.update then
-        self:update(dt)
-    end
-    self:updateTransform()
-    for _, child in ipairs(self.children) do
-        child:updateCascade(dt)
-    end
-end
-
-Node.prototype.drawCascade = function(self, camera, shader, filter)
-   filter = filter or function(node) return true end
-   if self.draw and filter(self) then
-        self:draw(camera, shader)
-    end
-    
-   -- do not draw base nodes, but recursively draw children.
-   for _, child in ipairs(self.children) do
-      child:drawCascade(camera, shader, filter)
-   end
-end
-
-Node.prototype.translate = function(self, translation)
-   self.position:add(translation, self.position)
-end
-
-local rotationAxes = { x=0, y=1, z=2 }
-
-function Node.prototype.rotate(self, axis, angle)
-   local index = rotationAxes[axis]
-   local oldAngle = self.rotation:get(index)
-   self.rotation:set(index, oldAngle + angle)
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Node.mt = {}
-Node.mt.__index = Node.prototype
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Node.new = function(parent, position, rotation, scale)
-   local node = {}
-
-   setmetatable(node, Node.mt)
-
-   node.parent = parent
-
-   if not position then node.position = honey.glm.vec3{0,0,0}
-   else node.position = position end
-   
-   if not rotation then node.rotation = honey.glm.vec3{0,0,0}
-   else node.rotation = rotation end
-
-   if not scale then node.scale = honey.glm.vec3{1,1,1}
-   else node.scale = scale end
-
-   node.children = {}
-
-   if parent ~= nil then
-      local index = #parent.children
-      parent.children[index + 1] = node
-   end
-   
-   node.transform = honey.glm.mat4()
-   node.transform:eye()
-   node:updateTransform()
-
-   return node
-end
-
-return Node
diff --git a/demo/Primitives.lua b/demo/Primitives.lua
deleted file mode 100644
index 09142a5..0000000
--- a/demo/Primitives.lua
+++ /dev/null
@@ -1,20 +0,0 @@
-local Primitives = {}
-
-function Primitives.plane(width, height)
-   return honey.buildMesh{ position = { 0, 0, 0,
-					width, 0, 0,
-					0, height, 0,
-					width, height, 0 },
-			   normal = { 0, 0, 1,
-				      0, 0, 1,
-				      0, 0, 1,
-				      0, 0, 1 },
-			   uv = { 0, 0,
-				  1, 0,
-				  0, 1,
-				  1, 1 },
-			   faces = { 1, 2, 3,
-				     4, 2, 1 } }
-end
-
-return Primitives
diff --git a/demo/ScreenQuad.lua b/demo/ScreenQuad.lua
deleted file mode 100644
index 73cce46..0000000
--- a/demo/ScreenQuad.lua
+++ /dev/null
@@ -1,49 +0,0 @@
-local ScreenQuad = {}
-
-ScreenQuad.quad = honey.primitives.plane(2,2)
-
-local vertexShader = [[
-#version 330 core
-
-layout(location = 0) in vec3 position;
-layout(location = 1) in vec3 normal;
-layout(location = 2) in vec2 uv;
-
-out vec2 UV;
-
-void main() 
-{
-  gl_Position = vec4(position.xy, 0, 1) - vec4(1,1,0,0);
-  UV = uv;
-} ]]
-
-local fragmentShader = [[
-#version 330 core
-
-in vec2 UV;
-
-uniform sampler2D tex;
-
-out vec4 color;
-
-void main()
-{
-  color = vec4(texture(tex, UV).xyz, 1);
-} ]]
-
-ScreenQuad.shader = honey.shader(vertexShader, fragmentShader)
-
-ScreenQuad.tex   = honey.texture.new()
-ScreenQuad.depth = honey.texture.new()
-ScreenQuad.tex:create('rgb', 640, 480)
-ScreenQuad.depth:create('depth', 640, 480)
---honey.texture.load(ScreenQuad.texture, 'checkerboard.png', false)
-
-ScreenQuad.fb = honey.texture.new_framebuffer(ScreenQuad.tex, ScreenQuad.depth, 640, 480)
-
-ScreenQuad.draw = function(self)
-   honey.texture.use(self.tex, 0)
-   honey.mesh.draw(self.quad, self.shader)
-end
-
-return ScreenQuad
diff --git a/demo/SignalManager.lua b/demo/SignalManager.lua
deleted file mode 100644
index b7e9d6b..0000000
--- a/demo/SignalManager.lua
+++ /dev/null
@@ -1,24 +0,0 @@
-local SignalManager = {}
-SignalManager.signals = {}
-
-function SignalManager.addCallback(self, signal, func)
-   if not self.signals[signal] then self.signals[signal] = {} end
-   self.signals[signal][func] = true
-end
-
-function SignalManager.removeCallback(self, signal, func)
-   if self.signals[signal] then
-      self.signals[signal][func] = nil
-   end
-end
-
-function SignalManager.emit(self, signal, argtable)
-   local sig = self.signals[signal]
-   if not sig then return end
-
-   for f, _ in pairs(sig) do
-      f(argtable)
-   end
-end
-
-return SignalManager
diff --git a/demo/SpatialShader.lua b/demo/SpatialShader.lua
deleted file mode 100644
index 68760ef..0000000
--- a/demo/SpatialShader.lua
+++ /dev/null
@@ -1,100 +0,0 @@
-local VertexCode = [[
-#version 330 core
-
-layout(location = 0) in vec3 position;
-layout(location = 1) in vec3 normal;
-layout(location = 4) in vec2 uv;
-
-uniform mat4 model;
-uniform mat4 view;
-uniform mat4 projection;
-
-out vec3 Position;
-out vec3 Normal;
-out vec2 UV;
-
-void main()
-{
-    gl_Position = projection * view * model * vec4(position.xyz, 1);
-    Position = gl_Position.xyz;
-    Normal = normal;
-    UV = uv;
-} ]]
-
-local FragmentCode = [[
-#version 330 core
-
-in vec3 Position;
-in vec3 Normal;
-in vec2 UV;
-
-uniform sampler2D albedo;
-
-out vec4 color;
-
-void main()
-{
-    color = texture(albedo, UV);
-} ]]
-
-local SpatialShader = {}
-
-SpatialShader.prototype = {}
-
-SpatialShader.prototype.use = function(self)
-   self.shader:use()
-end
-
-SpatialShader.prototype.setInteger = function(self, name, value)
-   self.shader:setInteger(name, value)
-end
-
-SpatialShader.prototype.setFloat = function(self, name, value)
-   self.shader:setFloat(name, value)
-end
-
-SpatialShader.prototype.setVec3 = function(self, name, value)
-   self.shader:setVec3(name, value)
-end
-
-SpatialShader.prototype.setVec4 = function(self, name, value)
-   self.shader:setVec4(name, value)
-end
-
-SpatialShader.prototype.setMat3 = function(self, name, value)
-   self.shader:setMat3(name, value)
-end
-
-SpatialShader.prototype.setMat4 = function(self, name, value)
-   self.shader:setMat4(name, value)
-end
-
-SpatialShader.prototype.setCamera = function(self, camera)
-   self.shader:setMat4('view', camera.view)
-   self.shader:setMat4('projection', camera.projection)
-end
-
-SpatialShader.prototype.drawMesh = function(self, meshInstance)
-   self.shader:setMat4('model', meshInstance.transform)
-   self.albedo:use(0)
-   meshInstance.mesh:draw(self.shader)
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-SpatialShader.mt = {}
-SpatialShader.mt.__index = SpatialShader.prototype
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-SpatialShader.new = function(albedo)
-   local spatialshader = {}
-   spatialshader.shader = honey.shader(VertexCode, FragmentCode)
-   spatialshader.albedo = albedo
-
-   setmetatable(spatialshader, SpatialShader.mt)
-
-   return spatialshader
-end
-
-return SpatialShader
diff --git a/demo/Suzanne.mtl b/demo/Suzanne.mtl
deleted file mode 100644
index 6dcd681..0000000
--- a/demo/Suzanne.mtl
+++ /dev/null
@@ -1,13 +0,0 @@
-# Blender MTL File: 'None'
-# Material Count: 1
-
-newmtl Material.001
-Ns 225.000000
-Ka 1.000000 1.000000 1.000000
-Kd 0.800000 0.800000 0.800000
-Ks 0.500000 0.500000 0.500000
-Ke 0.000000 0.000000 0.000000
-Ni 1.450000
-d 1.000000
-illum 2
-map_Kd Suzanne-tex.png
diff --git a/demo/Suzanne.obj b/demo/Suzanne.obj
deleted file mode 100644
index 988092b..0000000
--- a/demo/Suzanne.obj
+++ /dev/null
@@ -1,2076 +0,0 @@
-# Blender v2.82 (sub 7) OBJ File: ''
-# www.blender.org
-mtllib Suzanne.mtl
-o Suzanne
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-v 0.437500 0.164062 0.765625
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diff --git a/demo/Vec3.lua b/demo/Vec3.lua
deleted file mode 100644
index 39569bc..0000000
--- a/demo/Vec3.lua
+++ /dev/null
@@ -1,100 +0,0 @@
-local Vec3 = {}
-
-Vec3.prototype = {}
-
-Vec3.prototype.dot = function(self, v)
-    local result = Vec3.new{0,0,0}
-    honey.cglm.vec3.dot(self.data, v.data, result.data)
-    return result
-end
-
-Vec3.prototype.norm = function(self)
-    return honey.cglm.vec3.norm(self.data)
-end
-
-Vec3.prototype.norm2 = function(self)
-    return honey.cglm.vec3.norm2(self.data)
-end
-
-Vec3.prototype.add = function(self, v)
-    local result = Vec3.new{0,0,0}
-    honey.cglm.vec3.add(self.data, v.data, result.data)
-    return result
-end
-
-Vec3.prototype.adds = function(self, s)
-    local result = Vec3.new{0,0,0}
-    honey.cglm.vec3.adds(self.data, s, result.data)
-    return result
-end
-
-Vec3.prototype.mul = function(self, v)
-    local result = Vec3.new{0,0,0}
-    honey.cglm.vec3.mul(self.data, v.data, result.data)
-    return result
-end
-
-Vec3.prototype.muls = function(self, s)
-    local result = Vec3.new{0,0,0}
-    honey.cglm.vec3.muls(self.data, s, result.data)
-    return result
-end
-
-Vec3.prototype.normalize = function(self)
-    honey.cglm.vec3.normalize(self.data)
-end
-
-Vec3.prototype.lerp = function(self, other, s)
-    local result = Vec3.new{0,0,0}
-    honey.cglm.vec3.lerp(self.data, other.data, s, result.data)
-    return result
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vec3.mt = {}
-
-Vec3.mt.__index = function(self, index)
-    if type(index) == 'number' then
-        return honey.cglm.get_value(self.data, index)
-    else
-        return Vec3.prototype[index]
-    end
-end
-
-Vec3.mt.__newindex = function(self, index, value)
-    if type(index) == 'number' then
-        honey.cglm.set_value(self.data, index, value)
-    else
-        rawset(self, index, value)
-    end
-end
-
-Vec3.mt.__tostring = function(vec3)
-    local str = '['..
-        tostring(self.data[0])..', '..
-        tostring(self.data[1])..', '..
-        tostring(self.data[2])..']'
-    return str
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vec3.new = function(tbl)
-    if #tbl ~= 3 then
-        error('3-vectors require exactly three elements!')
-    end
-    
-    local data = honey.cglm.new_array_zero(3)
-    for i = 0,2 do
-        honey.cglm.set_value(data, i, tbl[i+1])
-    end
-
-    local vec3 = {}
-    vec3.data = data
-    setmetatable(vec3, Vec3.mt)
-    return vec3
-end
-
-return Vec3
-    
diff --git a/demo/Vector.lua b/demo/Vector.lua
deleted file mode 100644
index 534be3e..0000000
--- a/demo/Vector.lua
+++ /dev/null
@@ -1,316 +0,0 @@
-local Enum = require('Enum')
-
-local Vector = {}
-
-Vector.type = Enum{'Vec3', 'Vec4'}
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
---
--- Vec3
---
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vector.Vec3 = {}
-
-Vector.Vec3.prototype = {}
-
-Vector.Vec3.prototype.type = Vector.type.Vec3
-
-Vector.Vec3.prototype.at = function(self, index)
-   return honey.cglm.get_value(self.array, index)
-end
-
-Vector.Vec3.prototype.setAt = function(self, index, value)
-   honey.cglm.set_value(self.array, index, value)
-end
-
-Vector.Vec3.prototype.dot = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.dot(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec3.prototype.norm2 = function(self)
-   return honey.cglm.vec3.norm2(self.array)
-end
-
-Vector.Vec3.prototype.norm = function(self)
-   return honey.cglm.vec3.norm(self.array)
-end
-
-Vector.Vec3.prototype.add = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.add(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec3.prototype.adds = function(self, s, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.adds(s, self.array, result.array)
-   return result
-end
-
-Vector.Vec3.prototype.sub = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.sub(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec3.prototype.mul = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.mul(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec3.prototype.muls = function(self, s, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.muls(s, self.array, result.array)
-   return result
-end
-
-Vector.Vec3.prototype.normalize = function(self)
-   honey.cglm.vec3.normalize(self.array)
-end
-
-Vector.Vec3.prototype.distanceTo = function(self, v)
-   return honey.cglm.vec3.distance(self.array, v.array)
-end
-
-Vector.Vec3.prototype.lerp = function(self, v, s, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec3.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec3.lerp(self.array, v.array, s, result.array)
-   return result
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vector.Vec3.mt = {}
-Vector.Vec3.mt.__index = Vector.Vec3.prototype
-Vector.Vec3.mt.__tostring = function(vec3)
-   local str = 'vec3('..
-      tostring(vec3:at(0))..', '..
-      tostring(vec3:at(1))..', '..
-      tostring(vec3:at(2))..')'
-   return str
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vector.Vec3.new = function(tbl)
-   local vec3 = {}
-   vec3.array = honey.cglm.new_array_zero(3)
-   setmetatable(vec3, Vector.Vec3.mt)
-
-   if tbl == nil then return vec3 end
-
-   for i=0,2 do
-      vec3:setAt(i, tbl[i+1])
-   end
-
-   return vec3
-end
-
-Vector.Vec3.ZERO = Vector.Vec3.new()
-Vector.Vec3.X_UNIT = Vector.Vec3.new{1, 0, 0}
-Vector.Vec3.Y_UNIT = Vector.Vec3.new{0, 1, 0}
-Vector.Vec3.Z_UNIT = Vector.Vec3.new{0, 0, 1}
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
---
--- Vec4
---
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vector.Vec4 = {}
-
-Vector.Vec4.prototype = {}
-
-Vector.Vec4.prototype.type = Vector.type.Vec4
-
-Vector.Vec4.prototype.at = function(self, index)
-   return honey.cglm.get_value(self.array, index)
-end
-
-Vector.Vec4.prototype.setAt = function(self, index, value)
-   honey.cglm.set_value(self.array, index, value)
-end
-
-Vector.Vec4.prototype.dot = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.dot(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec4.prototype.norm2 = function(self)
-   return honey.cglm.vec4.norm2(self.array)
-end
-
-Vector.Vec4.prototype.norm = function(self)
-   return honey.cglm.vec4.norm(self.array)
-end
-
-Vector.Vec4.prototype.add = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.add(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec4.prototype.adds = function(self, s, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.adds(s, self.array, result.array)
-   return result
-end
-
-Vector.Vec4.prototype.sub = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.sub(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec4.prototype.mul = function(self, v, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.mul(self.array, v.array, result.array)
-   return result
-end
-
-Vector.Vec4.prototype.muls = function(self, s, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.muls(s, self.array, result.array)
-   return result
-end
-
-Vector.Vec4.prototype.normalize = function(self)
-   honey.cglm.vec4.normalize(self.array)
-end
-
-Vector.Vec4.prototype.distanceTo = function(self, v)
-   return honey.cglm.vec4.distance(self.array, v.array)
-end
-
-Vector.Vec4.prototype.lerp = function(self, v, s, dest)
-   local result
-   if dest == nil then
-      result = Vector.Vec4.new()
-   else
-      result = dest
-   end
-
-   honey.cglm.vec4.lerp(self.array, v.array, s, result.array)
-   return result
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vector.Vec4.mt = {}
-Vector.Vec4.mt.__index = Vector.Vec4.prototype
-Vector.Vec4.mt.__tostring = function(vec4)
-   local str = 'vec4('..
-      tostring(vec4:at(0))..', '..
-      tostring(vec4:at(1))..', '..
-      tostring(vec4:at(2))..', '..
-      tostring(vec4:at(3))..')'
-   return str
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-Vector.Vec4.new = function(tbl)
-   local vec4 = {}
-   vec4.array = honey.cglm.new_array_zero(4)
-   setmetatable(vec4, Vector.Vec4.mt)
-
-   if tbl == nil then return vec4 end
-
-   for i=0,3 do
-      vec4:setAt(i, tbl[i+1])
-   end
-
-   return vec4
-end
-
--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-return Vector
-
-   
-   
-
-
diff --git a/demo/checkerboard.png b/demo/checkerboard.png
deleted file mode 100644
index 73a239d..0000000
--- a/demo/checkerboard.png
+++ /dev/null
diff --git a/demo/lowres.png b/demo/lowres.png
deleted file mode 100644
index 25abad2..0000000
--- a/demo/lowres.png
+++ /dev/null
diff --git a/demo/main.lua b/demo/main.lua
deleted file mode 100644
index 0482e04..0000000
--- a/demo/main.lua
+++ /dev/null
@@ -1,117 +0,0 @@
-local Node = require('Node')
-local FPSCamera = require('FPSCamera')
-local SpatialShader = require('SpatialShader')
-local Primitives = require('Primitives')
--- local ScreenQuad = require('ScreenQuad')
-local MeshInstance = require('MeshInstance')
-FPSCamera.movement_speed = 5
-
-honey.input.key.bind(honey.input.key.escape, honey.exit)
-
-local buffer = false
-honey.input.key.bind(honey.input.key.f,
-                     function(action)
-                        if action == 1 then
-                           buffer = not buffer
-                        end
-end)
-                     
-local tex = honey.texture.load('lowres.png',
-                               {minFilter='nearest', magFilter='nearest'})
-
-local cairo = honey.cairo()
-cairo:setLinecap('butt')
-cairo:setLineWidth(50)
-cairo:setColor(0,0,0)
-cairo:moveTo(256,256)
-cairo:lineTo(1024-256,1024-256)
-cairo:stroke()
-
-cairo:setColor(1,1,1,0.5)
-cairo:arc(512,512,256,0, 2*math.pi)
-cairo:fill()
-
-cairo:updateTexture()
-
-local sceneRoot = Node.new()
-
-local shader = SpatialShader.new(cairo:getTexture())
-local lightDirection = honey.glm.vec3{1,1,1}
-lightDirection:normalize()
-shader:setVec3('directional_lights[0].direction', lightDirection)
-shader:setVec3('directional_lights[0].color', honey.glm.vec3{0,1,0})
-local meshes = honey.loadMesh('Suzanne.obj')
-local suzanne = MeshInstance.new(sceneRoot,
-                                 honey.glm.vec3{0,0,3},
-                                 honey.glm.vec3{0,math.pi,0},
-                                 honey.glm.vec3{0.5,1,0.5},
-                                 meshes[1],
-                                 shader)
-print(suzanne.mesh)
---local plane = MeshInstance.new(suzanne,
---                               honey.glm.vec3{1,0,0},
---                               honey.glm.vec3{0,0,0},
---                               honey.glm.vec3{1,1,1},
---                               Primitives.plane(4,4),
---                               shader)
-
-MeshInstance.new(sceneRoot,
-                 honey.glm.vec3{0,0,3},
-                 honey.glm.vec3{0,0,0},
-                 honey.glm.vec3{1,1,1},
-                 Primitives.plane(4,4),
-                 shader)
-
-MeshInstance.new(sceneRoot,
-                 honey.glm.vec3{4,0,3},
-                 honey.glm.vec3{0,math.pi,0},
-                 honey.glm.vec3{1,1,1},
-                 Primitives.plane(4,4),
-                 shader)
-
-suzanne.update = function(self, dt)
-   self:rotate('y', dt)
-end
-
-local total_frames = 0
-local total_time = 0
-
-honey.window.set_size(640, 480)
-
-function honey.update(dt)
-   total_time = total_time + dt
-   FPSCamera:update(dt)
-   sceneRoot:updateCascade(dt)
-   if total_time > 1 then
-      print('FPS: '..tostring(total_frames/total_time))
-      total_time = 0
-      total_frames = 0
-   end
-end
-
-function draw_suzanne()
-   sceneRoot:drawCascade(FPSCamera)
-end
-
-function honey.draw()
-   total_frames = total_frames + 1
-
-   if buffer then
-      honey.set_framebuffer(ScreenQuad.fb)
-      honey.set_viewport_size(480,640)
-      honey.clear_color(honey.glm.vec4(), true, true, false)
-      honey.enable_depth_test(true)
-      draw_suzanne()
-      
-      honey.set_framebuffer(0)
-      honey.set_viewport_size(640, 480)
-      honey.enable_depth_test(false)
-      honey.clear_color(honey.glm.vec4{0,0,1,1}, true, false, false)
-      ScreenQuad:draw()
-   else
-      honey.clear_color(honey.glm.vec4{1,1,0,1}, true, true, false)
-      honey.set_viewport_size(640, 480)
-      honey.enable_depth_test(true)
-      draw_suzanne()
-   end
-end
author	sanine <sanine.not@pm.me>	2022-03-01 22:49:53 -0600
committer	sanine <sanine.not@pm.me>	2022-03-01 22:49:53 -0600
commit	82cf18b9163f86e4d0a1cd999d4815cc3f85a3fd (patch)
tree	1bc96ae80f509ef919bb7e74500dc6b37c9e59cf /demo
parent	10288765588673645c1cc0a6e3d2245aff3f9080 (diff)