updated makefile for supporting different target architectures

use "ARCH=arch_name make"

restructured project folder, implementations and headers together under sources/

sources/GL_STUFF/EFFECTS/CRT_shader.h

@@ -0,0 +1,92 @@
+#pragma once
+#include <glm/gtc/matrix_transform.hpp>
+/*
+	ON MOBILE, GLES 3.1 WOULD BE REQUIRED (compute shader support)
+*/
+#include <GL/glew.h>
+
+#include <string>
+#include <iostream>
+
+using namespace std;
+using namespace glm;
+
+enum SIM_PRECISION {
+	FINE,
+	REGULAR,
+	ROUGH
+};
+
+class CRT_Shader {
+
+private:
+	static bool CRT_FLIP_Y;
+	string resourceRoot = "C:\\Users\\BoBoBoat\\Desktop\\SCUOLA\\CGI\\GL_STUFF\\GL_STUFF\\SOURCES\\EFFECTS\\CRT_SHADER\\";
+	const float CRT_PIXEL_LENGTH = 2e-3;	//value of 1 gets only red (bad bug)
+	static const int CRT_PIXEL_SCALE = 1;	//they work together
+	const float CRT_DEPTH = 1e0;
+	static int CRT_HORIZONTAL_PIXELS;
+	static int CRT_VERTICAL_PIXELS;
+	static int CRT_WIDTH;
+	static int CRT_HEIGHT;
+	static int PARTICLE_COUNT;
+	static const int GROUP_COUNT = 1024;
+	static int PARTICLE_GROUP_COUNT;
+	static const unsigned int COLOR_CHANNELS = 4;
+	static SIM_PRECISION resolution;
+	
+	mat4 orthoMat;
+	vec3 CS_LTN, CS_RBN, CS_LTF, CS_RBF;
+	GLuint dt_location;
+
+	GLuint compute_prog;
+	GLuint render_prog;
+	GLuint render_vao;
+	
+	GLuint end_position_buffer, start_position_buffer, velocity_buffer, color_buffer, magnets_buffer;
+
+	float magx;
+	float magy;
+
+	vec4 attractors[8];
+	
+	GLuint velocity_tbo, start_position_tbo, end_position_tbo, color_tbo;
+
+
+	CRT_Shader();
+	vec3 scaleToZOne(vec3 vector);
+	vec3 crt_emission_angle(int index);
+	void createRenderShader();
+	void createComputeShader();
+	void buffersSetup();
+	void VAOsSetup();
+
+public:
+	static void setup(int w, int h, bool flipY, SIM_PRECISION precision) {
+		CRT_FLIP_Y = flipY;
+		resolution = precision;
+		CRT_WIDTH = w;
+		CRT_HEIGHT = h;
+		CRT_HORIZONTAL_PIXELS = w / CRT_PIXEL_SCALE;
+		CRT_VERTICAL_PIXELS = h / CRT_PIXEL_SCALE;
+		PARTICLE_COUNT = CRT_HORIZONTAL_PIXELS * CRT_VERTICAL_PIXELS;
+		PARTICLE_GROUP_COUNT = (PARTICLE_COUNT / GROUP_COUNT) + ((PARTICLE_COUNT % GROUP_COUNT) ? 1 : 0);
+		cout << "HPIX " << CRT_HORIZONTAL_PIXELS << "\n";
+		cout << "VPIX " << CRT_VERTICAL_PIXELS << "\n";
+	}
+
+	static CRT_Shader& get() {
+		static CRT_Shader instance;
+		return instance;
+	}
+
+	void draw(unsigned int ONE_TICK_MS, unsigned int timePassed);
+	void setMagnet(int index, vec4 positionAndMass);
+	float getLeftBound();
+	float getRightBound();
+	float getBottomBound();
+	float getTopBound();
+
+	/*Copies H_PIXELS * V_PIXELS from FrameBuffer to internal VAO */
+	void loadColorFromFramebuffer(GLuint FBO);
+};