/*
seguimiento.c
*/
/*
-----------------------------------------------------
Disce quasi semper victurus vive quasi cras moriturus.
------------------------------------------------
Hilario Iglesias Martínez.
--------------------------------------------
Sencillo programa de aprendizaje,
realizado en una plataforma
LINUX Ubuntu 20.04.4 LTS.
Bajo el standard ANSI-C,
bajo una consola Linux.
Este programa desarrolla
la utilización de estructuras
y arrays, con el fin de confeccionar
una pequeña y sencilla base de datos.
*************************************
Se puede manipular el mismo,
modificándolo para perfeccionar
su funcionamiento.
Pueden jugar.
Compilar:
$ gcc -Wall -o seguimiento seguimiento.c
Ejecutar:
$ ./seguimiento
*/
#include <stdio.h>
#include <stdlib.h>
#define NUN_MAX 80
struct Seguimiento { char etiqueta[28];
float coste;
int existencia;
} Info_Almacen[NUN_MAX]; //Referenciamos la estructura.
/*Declaramos funciones*/
void Inicio_Listado(void);//inicio lista
void Listando(void); //listar
void Borrar_Listado(void);
void Introducir(void);
int Menu_Control(void);
int Busqueda(void);
int main(void)
{
char Opcion_Elegida;
Inicio_Listado();
for(;;)
{
Opcion_Elegida=Menu_Control();
switch(Opcion_Elegida)
{case 1:Introducir();
break;
case 2:Borrar_Listado();
break;
case 3:Listando();
break;
case 4:return 0;
}
}
}
/*Pasamos a cumplimeentar la función
Inicio_Listado() */
void Inicio_Listado(void)
{ register int r;
for (r = 0; r < NUN_MAX;++r) Info_Almacen[r].etiqueta[0]='\0';
}
/*seleccionamos una operación llamando a la
función:int Menu_Control(void)*/
//************************************
int Menu_Control()
{char s [80];
int k;
printf("\n");printf("[1]Introducir el artículo:\n");printf("[2]Borrar un artículo:\n");printf("[3]Listado de lo almacenado:\n");printf("[4]Salir:\n");do
{printf("Introduzca la opción deseada: \n" );//scanf("%s",s);fgets(s,80,stdin);
k=atoi(s);
}
while(k<0||k>4);
return k;
}
//************************************
int Busqueda(void)
{
register int rt;
for (rt = 0; Info_Almacen[rt].etiqueta[0] && rt< NUN_MAX; ++rt);
if (rt==NUN_MAX) return-1; //Opcción no hay ninguno libre.
return rt;
}
//***********************************
/*Función para introducir información en el
inventario */
void Introducir(void)
{int sitio;
sitio=Busqueda();
if (sitio==-1)
{ printf("La lista se encuentra llena:\n" ); return;
}
printf("Introduzca un artículo: \n");fgets(Info_Almacen[sitio].etiqueta, 80, stdin);
//scanf("%c",Info_Almacen[sitio].etiqueta);
printf("Introduzca un coste: \n");scanf("%f",&Info_Almacen[sitio].coste);
printf("Introduzca cuántos hay disponibles: \n");scanf("%d",&Info_Almacen[sitio].existencia);
}
/* función que devuelve la primera posición libre del
array sin usar que sería 0, o -1 si no hay ninguna*/
//*******************************************
/*Función que elimina un artículo de la lista*/
//******************************************************
void Borrar_Listado(void)
{
register int St;
char s[86];
printf("Introduzca un número de registro: \n");fgets(s, 86,stdin);
//scanf("%s",s);
St=atoi(s);
if(St>=0 && St<NUN_MAX)Info_Almacen[St].etiqueta[0]='\0';
}
/*Ahora generamos la función para poder mostrar
los resultados en la pantalla.*/
void Listando(void)
{register int tr;
for ( tr = 0; tr < NUN_MAX; ++tr)
{
printf("Artículo: %s\n",Info_Almacen[tr].etiqueta);printf("Coste: %f\n",Info_Almacen[tr].coste);printf("Disponibles: %d\n",Info_Almacen[tr].existencia);}
printf("\n \n");
}
Comentarios sobre la versión: V-0 (1)
There are hundreds of thousands of market participants buying and selling securities for a wide variety of reasons: hope of gain, fear of loss, tax consequences, short-covering, hedging, stop-loss triggers, price target triggers, fundamental analysis, technical analysis, broker recommendations and a few dozen more. Trying to figure out why participants are buying and selling can be a daunting process. Chart patterns put all buying and selling into perspective by consolidating the forces of supply and demand into a concise picture. As a complete pictorial record of all trading, chart patterns provide a framework to analyze the battle raging between bulls and bears. More importantly, chart patterns and technical analysis can help determine who is winning the battle, allowing traders and investors to position themselves accordingly.
In many ways, chart patterns are simply more complex versions of trend lines. It is important that you read and understand our articles on Support and Resistance as well as Trend Lines before you continue.
Chart pattern analysis can be used to make short-term or long-term forecasts. The data can be intraday, daily, weekly or monthly and the patterns can be as short as one day or as long as many years. Gaps and outside reversals may form in one trading session, while broadening tops and dormant bottoms may require many months to form.
An Oldie but Goodie
Much of our understanding of chart patterns can be attributed to the work of Richard Schabacker. His 1932 classic, Technical Analysis and Stock Market Profits, laid the foundations for modern pattern analysis. In Technical Analysis of Stock Trends (1948), Edwards and Magee credit Schabacker for most of the concepts put forth in the first part of their book. We would also like to acknowledge Messrs. Schabacker, Edwards and Magee, and John Murphy as the driving forces behind these articles and our understanding of chart patterns.
forex signals Pattern analysis may seem straightforward, but it is by no means an easy task. Schabacker states:
The science of chart reading, however, is not as easy as the mere memorizing of certain patterns and pictures and recalling what they generally forecast. Any general stock chart is a combination of countless different patterns and its accurate analysis depends upon constant study, long experience and knowledge of all the fine points, both technical and fundamental, and, above all, the ability to weigh opposing indications against each other, to appraise the entire picture in the light of its most minute and composite details as well as in the recognition of any certain and memorized formula.</box>
Even though Schabacker refers to “the science of chart reading”, technical analysis can at times be less science and more art. In addition, pattern recognition can be open to interpretation, which can be subject to personal biases. To defend against biases and confirm pattern interpretations, other aspects of technical analysis should be employed to verify or refute the conclusions drawn. While many patterns may seem similar in nature, no two patterns are exactly alike. False breakouts, bogus reads, and exceptions to the rule are all part of the ongoing education.
Careful and constant study are required for successful chart analysis. On the AMZN chart above, the stock broke resistance from a head and shoulders reversal. While the trend is now bearish, analysis must continue to confirm the bearish trend.
Some analysts might have labeled this Novellus (NVLS) chart as a head and shoulders pattern with neckline support around 17.50. Whether or not this is robust remains open to debate. Even though the stock broke neckline support at 17.50, it repeatedly moved back above its support break. This refusal might have been taken as a sign of strength and justified a reassessment of the pattern.
stock signals
Continuation Patterns vs. Reversal Patterns
Two basic tenets of technical analysis are that prices trend and that history repeats itself. An uptrend indicates that the forces of demand (bulls) are in control, while a downtrend indicates that the forces of supply (bears) are in control. However, prices do not trend forever and as the balance of power shifts, a chart pattern begins to emerge. Certain patterns, such as a parallel channel, denote a strong trend. However, the vast majority of chart patterns fall into two main groups: reversal and continuation. Reversal patterns indicate a change of trend and can be broken down into top and bottom formations. Read more on https://www.gold-pattern.com/en