window_temp_graph.c File Reference

#include <window_temp_graph.h>
#include "display_helper.h"
#include "gui.h"
#include "marlin_client.h"
#include <stdlib.h>

Functions
void	window_temp_graph_init (window_temp_graph_t *window)
void	window_temp_graph_draw (window_temp_graph_t *window)

Variables
int16_t	WINDOW_CLS_TEMP_GRAPH = 0
const window_class_temp_graph_t	window_class_temp_graph

Function Documentation

window_temp_graph_init()

void window_temp_graph_init

(

window_temp_graph_t *

window

)

                                                         {
    window->color_back = COLOR_BLACK;
    window->color_extruder_t = COLOR_LIME;
    window->color_bed_t = COLOR_CYAN;
    window->color_extruder_c = COLOR_ORANGE;
    window->color_bed_c = COLOR_BLUE;
    window->y_min = 0.0F;
    window->y_max = 300.0F;
    window->count = 200;
    uint8_t i;
 
    for (i = 0; i < 179; i++) {
        window->y_bed_c[i] = 179.0F;
        window->y_nozzle_c[i] = 179.0F;
        window->y_bed_t[i] = 179.0F;
        window->y_nozzle_t[i] = 179.0F;
    }
}

window_temp_graph_draw()

void window_temp_graph_draw

(

window_temp_graph_t *

window

)

                                                         {
    if (window->win.flg & WINDOW_FLG_INVALID) {
        rect_ui16_t rc = window->win.rect;
        uint8_t j;
        display->fill_rect(rc, window->color_back);
        display->draw_line(point_ui16(window->win.rect.x, window->win.rect.y - 1),
            point_ui16(window->win.rect.x, window->win.rect.y + window->win.rect.h - 1), COLOR_WHITE); //hotend
 
        display->draw_line(point_ui16(window->win.rect.x, (window->win.rect.y + window->win.rect.h) - 1),
            point_ui16((window->win.rect.x + window->win.rect.w), (window->win.rect.y + window->win.rect.h) - 1), COLOR_WHITE); //x
 
        for (j = 25; j < 175; j += 25) {
            display->draw_line(point_ui16(window->win.rect.x + 1, (window->win.rect.y + window->win.rect.h) - j),
                point_ui16((window->win.rect.x + window->win.rect.w - 1) - 5, (window->win.rect.y + window->win.rect.h) - j), COLOR_GRAY); //x
        }
 
        j = 0;
 
        for (j = 25; j < 175; j += 25) {
            display->draw_line(point_ui16(window->win.rect.x + j, window->win.rect.y + window->win.rect.h),
                point_ui16(window->win.rect.x + j, window->win.rect.y + window->win.rect.h - 5), COLOR_WHITE); //-50
        }
 
        j = 0;
 
        window->win.flg &= ~WINDOW_FLG_INVALID;
    }
 
    marlin_vars_t *vars = marlin_vars();
 
    window->y_bed_c[0] = (uint8_t)179 - (vars->temp_bed / 2);
    window->y_nozzle_c[0] = (uint8_t)179 - (vars->temp_nozzle / 2);
 
    window->y_nozzle_t[0] = (uint8_t)179 - (vars->target_nozzle / 2);
    window->y_bed_t[0] = (uint8_t)179 - (vars->target_bed / 2);
 
    if (window->win.flg & WINDOW_FLG_GRAPH_INVALID) {
        uint8_t i;
        uint8_t j;
        uint8_t ynt = window->y_nozzle_t[0];
        uint8_t ybt = window->y_bed_t[0];
        uint8_t ync = window->y_nozzle_c[0];
        uint8_t ybc = window->y_bed_c[0];
 
        for (i = 0; i < 178; i++) {
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_t[i]), window->color_back);
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_t[i + 1]), window->color_extruder_t);
            window->y_nozzle_t[i] = window->y_nozzle_t[i + 1];
 
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_t[i]), window->color_back);
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_t[i + 1]), window->color_bed_t);
            window->y_bed_t[i] = window->y_bed_t[i + 1];
 
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_c[i]), window->color_back);
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_c[i + 1]), window->color_extruder_c);
            window->y_nozzle_c[i] = window->y_nozzle_c[i + 1];
 
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_c[i]), window->color_back);
            display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_c[i + 1]), window->color_bed_c);
            window->y_bed_c[i] = window->y_bed_c[i + 1];
        }
 
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_t[i]), window->color_back);
        window->y_nozzle_t[i] = ynt;
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_t[i]), window->color_extruder_t);
 
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_t[i]), window->color_back);
        window->y_bed_t[i] = ybt;
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_t[i]), window->color_bed_t);
 
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_c[i]), window->color_back);
        window->y_nozzle_c[i] = ync;
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_nozzle_c[i]), window->color_extruder_c);
 
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_c[i]), window->color_back);
        window->y_bed_c[i] = ybc;
        display->set_pixel(point_ui16(window->win.rect.x + i + 1, window->win.rect.y + window->y_bed_c[i]), window->color_bed_c);
 
        //draw y line
        display->draw_line(point_ui16(window->win.rect.x, window->win.rect.y - 1),
            point_ui16(window->win.rect.x, window->win.rect.y + window->win.rect.h - 1), COLOR_WHITE); //hotend
 
        display->draw_line(point_ui16(window->win.rect.x, (window->win.rect.y + window->win.rect.h) - 1),
            point_ui16((window->win.rect.x + window->win.rect.w), (window->win.rect.y + window->win.rect.h) - 1), COLOR_WHITE); //x
 
        for (j = 25; j < 175; j += 25) {
            display->draw_line(point_ui16(window->win.rect.x + 1, (window->win.rect.y + window->win.rect.h) - j),
                point_ui16((window->win.rect.x + window->win.rect.w - 1), (window->win.rect.y + window->win.rect.h) - j), COLOR_GRAY); //x
        }
 
        j = 0;
 
        for (j = 25; j < 175; j += 25) {
            display->draw_line(point_ui16(window->win.rect.x + j, window->win.rect.y + window->win.rect.h),
                point_ui16(window->win.rect.x + j, window->win.rect.y + window->win.rect.h - 5), COLOR_WHITE); //-50
        }
 
        j = 0;
 
        window->win.flg &= ~WINDOW_FLG_GRAPH_INVALID;
    }
}

Here is the call graph for this function:

Variable Documentation

WINDOW_CLS_TEMP_GRAPH

int16_t WINDOW_CLS_TEMP_GRAPH = 0

window_class_temp_graph

const window_class_temp_graph_t window_class_temp_graph

Initial value:

= {
    {
        WINDOW_CLS_USER,
        sizeof(window_temp_graph_t),
        (window_init_t *)window_temp_graph_init,
        0,
        (window_init_t *)window_temp_graph_draw,
        0,
    },
}