La Cámara de Diputados le dio media sanción este miércoles al proyecto de ley de Ficha Limpia, que impide la presentación para la elección de cargos nacionales a quienes tengan condena en segunda instancia por delitos de corrupción. La aprobación en el Congreso fue con 144 votos a favor, 98 en contra y dos abstenciones.El oficialismo necesitaba 129 votos para sacar adelante el proyecto en la Cámara baja. Para asegurarse la media sanción, La Libertad Avanza accedió a introducir cambios en el proyecto que elaboraron el ministro de Defensa, Luis Petri, y el abogado Alejandro Fargosi, después de que una iniciativa impulsada por Silvia Lospennato, del PRO, no recibiera quórum en una sesión que se desarrolló en noviembre. El tema ahora pasará al Senado.Ficha Limpia: cómo votaron, uno por uno, los diputados este miércoles
Conteo de Votos y Hemiciclo
Uno por uno, cómo votaron los diputados el proyecto de Ficha Limpia
`
: `
`
}
${nombre}
${apellido}
${bloque}
`;
targetContainer.appendChild(card);
}
function createHemicicleSmall(nAfirmativo, nNegativo, nAbstencion, nAusente) {
const hemicycle = document.querySelector('.votos-diputados__hemiciclo.small');
hemicycle.innerHTML = "; // Clear previous content.
const centerX = 300;
const baseY = 450;
const numberOfRows = 10;
// Array of seats per row (from outer to inner)
const seatsPerRow = [38, 36, 33, 30, 27, 24, 21, 19, 16, 13];
const verticalOffset = 2;
const totalSeats = seatsPerRow.reduce((a, b) => a + b, 0);
const totalVotes = nAfirmativo + nNegativo + nAbstencion + nAusente;
// Instead of percentage-based rounding, we’ll compute a per-row distribution
// using floor() and then distribute any remaining seats based on the remainders.
let rowSeatCounts = seatsPerRow.map((seatsInRow) => {
// Compute the exact (floating point) allocation for each category.
const exactAfirmativo = (nAfirmativo * seatsInRow) / totalSeats;
const exactNegativo = (nNegativo * seatsInRow) / totalSeats;
const exactAbstencion = (nAbstencion * seatsInRow) / totalSeats;
const exactAusente = (nAusente * seatsInRow) / totalSeats;
// Take floor values.
let rowAfirmativo = Math.floor(exactAfirmativo);
let rowNegativo = Math.floor(exactNegativo);
let rowAbstencion = Math.floor(exactAbstencion);
let rowAusente = Math.floor(exactAusente);
let assigned = rowAfirmativo + rowNegativo + rowAbstencion + rowAusente;
let diff = seatsInRow – assigned;
// Create an array of remainders along with category identifiers.
let remainders = [
{ cat: "afirmativo", remainder: exactAfirmativo – rowAfirmativo },
{ cat: "negativo", remainder: exactNegativo – rowNegativo },
{ cat: "abstencion", remainder: exactAbstencion – rowAbstencion },
{ cat: "ausente", remainder: exactAusente – rowAusente }
];
// Sort descending by remainder.
remainders.sort((a, b) => b.remainder – a.remainder);
// Distribute the remaining seats one by one to the categories with the highest remainders.
while (diff > 0) {
for (let r of remainders) {
if (diff <= 0) break;
switch (r.cat) {
case "afirmativo":
rowAfirmativo++;
break;
case "negativo":
rowNegativo++;
break;
case "abstencion":
rowAbstencion++;
break;
case "ausente":
rowAusente++;
break;
}
diff–;
}
}
return {
afirmativo: rowAfirmativo,
negativo: rowNegativo,
abstencion: rowAbstencion,
ausente: rowAusente
};
});
// Now, using your inverted loop order (columns first, then rows)
const maxSeatsInRow = seatsPerRow[0]; // maximum seats in the outer row
// For each seat position (by column, then row), assign the color based on that row’s distribution.
for (let col = 0; col < maxSeatsInRow; col++) {
for (let row = 0; row < numberOfRows; row++) {
if (col < seatsPerRow[row]) { // only if this row has a seat at this column
const seatsInThisRow = seatsPerRow[row];
const radius = 170 – row * (16 – verticalOffset);
const angleRange = Math.PI; // semicircle
const angleStep = (seatsInThisRow > 1) ? angleRange / (seatsInThisRow – 1) : 0;
const angle = (Math.PI – angleRange) / 2 + col * angleStep;
const x = centerX + radius * Math.cos(angle);
const y = baseY – radius * Math.sin(angle);
// For this row, assign colors in order:
// First use available "afirmativo", then "negativo", then "abstencion", then "ausente"
let colorClass="color-empty";
if (rowSeatCounts[row].afirmativo > 0) {
colorClass="color-afirmativo";
rowSeatCounts[row].afirmativo–;
} else if (rowSeatCounts[row].negativo > 0) {
colorClass="color-negativo";
rowSeatCounts[row].negativo–;
} else if (rowSeatCounts[row].abstencion > 0) {
colorClass="color-abstencion";
rowSeatCounts[row].abstencion–;
} else if (rowSeatCounts[row].ausente > 0) {
colorClass="color-ausente";
rowSeatCounts[row].ausente–;
}
const seat = document.createElement(’div');
seat.classList.add(’seat', colorClass);
seat.style.left = `${x}px`;
seat.style.top = `${y}px`;
hemicycle.appendChild(seat);
}
}
}
// Set the legend text.
const leyText = nAfirmativo > nNegativo ? 'Ley Aprobada' : 'Ley no aprobada';
document.querySelector(’#voto-summary').innerHTML = `
Afirmativo: ${nAfirmativo} |
Negativo: ${nNegativo}
Abstención: ${nAbstencion} |
Ausente: ${nAusente}
` + "+ leyText +";
}
// Creates the big hemiciclo visualization.
function createHemicicleBig(nAfirmativo, nNegativo, nAbstencion, nAusente) {
const hemicycle = document.querySelector('.votos-diputados__hemiciclo.big');
hemicycle.innerHTML = "; // Clear previous content.
const centerX = 300;
const baseY = 450;
const numberOfRows = 10;
// Array of seats per row (outer to inner; total should be 257)
const seatsPerRow = [38, 36, 33, 30, 27, 24, 21, 19, 16, 13];
const verticalOffset = 2;
const totalSeats = seatsPerRow.reduce((a, b) => a + b, 0);
// Raw vote counts must sum to totalSeats (257)
const totalVotes = nAfirmativo + nNegativo + nAbstencion + nAusente;
if (totalVotes !== totalSeats) {
console.warn("Total votes (" + totalVotes + ") do not equal total seats (" + totalSeats + ").");
}
// — Per-Row Distribution Using Absolute Counts —
// For each row, compute the exact allocation for each vote category based on its fraction of the total seats.
let rowSeatCounts = seatsPerRow.map(seatsInRow => {
const exactA = (nAfirmativo / totalSeats) * seatsInRow;
const exactN = (nNegativo / totalSeats) * seatsInRow;
const exactAb = (nAbstencion / totalSeats) * seatsInRow;
const exactAu = (nAusente / totalSeats) * seatsInRow;
let rowA = Math.floor(exactA);
let rowN = Math.floor(exactN);
let rowAb = Math.floor(exactAb);
let rowAu = Math.floor(exactAu);
let assigned = rowA + rowN + rowAb + rowAu;
let diff = seatsInRow – assigned;
// Create an array of remainders for each category.
let remainders = [
{ cat: "afirmativo", rem: exactA – rowA },
{ cat: "negativo", rem: exactN – rowN },
{ cat: "abstencion", rem: exactAb – rowAb },
{ cat: "ausente", rem: exactAu – rowAu }
];
// Sort the remainders in descending order.
remainders.sort((a, b) => b.rem – a.rem);
// Distribute any leftover seats one by one.
while (diff > 0) {
for (let r of remainders) {
if (diff <= 0) break;
switch (r.cat) {
case "afirmativo":
rowA++;
break;
case "negativo":
rowN++;
break;
case "abstencion":
rowAb++;
break;
case "ausente":
rowAu++;
break;
}
diff–;
}
}
return {
afirmativo: rowA,
negativo: rowN,
abstencion: rowAb,
ausente: rowAu
};
});
// — Global Correction —
// Sum the allocated seats for each category across all rows.
let globalA = rowSeatCounts.reduce((sum, row) => sum + row.afirmativo, 0);
let globalN = rowSeatCounts.reduce((sum, row) => sum + row.negativo, 0);
let globalAb = rowSeatCounts.reduce((sum, row) => sum + row.abstencion, 0);
let globalAu = rowSeatCounts.reduce((sum, row) => sum + row.ausente, 0);
// For each category, if the global total is less than the raw count, add the missing seats to the outer row (row 0).
if (globalA < nAfirmativo) {
rowSeatCounts[0].afirmativo += (nAfirmativo – globalA);
}
if (globalN < nNegativo) {
rowSeatCounts[0].negativo += (nNegativo – globalN);
}
if (globalAb < nAbstencion) {
rowSeatCounts[0].abstencion += (nAbstencion – globalAb);
}
if (globalAu < nAusente) {
rowSeatCounts[0].ausente += (nAusente – globalAu);
}
// — Seat Placement Using Inverted Loop Order —
const maxSeatsInRow = seatsPerRow[0];
for (let col = 0; col < maxSeatsInRow; col++) {
for (let row = 0; row < numberOfRows; row++) {
if (col < seatsPerRow[row]) { // Only process if this row has a seat at the current column.
const seatsInThisRow = seatsPerRow[row];
const radius = 300 – row * (30 – verticalOffset);
const angleRange = Math.PI; // semicircle
const angleStep = (seatsInThisRow > 1) ? angleRange / (seatsInThisRow – 1) : 0;
const angle = (Math.PI – angleRange) / 2 + col * angleStep;
const x = centerX + radius * Math.cos(angle);
const y = baseY – radius * Math.sin(angle);
// For the current row, assign the color in order: afirmativo, then negativo, then abstencion, then ausente.
let colorClass="color-empty";
if (rowSeatCounts[row].afirmativo > 0) {
colorClass="color-afirmativo";
rowSeatCounts[row].afirmativo–;
} else if (rowSeatCounts[row].negativo > 0) {
colorClass="color-negativo";
rowSeatCounts[row].negativo–;
} else if (rowSeatCounts[row].abstencion > 0) {
colorClass="color-abstencion";
rowSeatCounts[row].abstencion–;
} else if (rowSeatCounts[row].ausente > 0) {
colorClass="color-ausente";
rowSeatCounts[row].ausente–;
}
const seat = document.createElement(’div');
seat.classList.add(’seat', colorClass);
seat.style.left = `${x}px`;
seat.style.top = `${y}px`;
hemicycle.appendChild(seat);
}
}
}
/* // — Update Legend —
const leyText = nAfirmativo > nNegativo ? "Ley Aprobada" : "Ley no aprobada";
const resultsText="shshs";
document.querySelector("#voto-summary").innerHTML = leyText + resultsText; */
}
// Go-to-top button functionality.
document.addEventListener(’DOMContentLoaded', function () {
const goToTopButton = document.querySelector('.votos-diputados__go-to-top');
const targetElement = document.querySelector('.votos-diputados');
goToTopButton.addEventListener(’click', function () {
targetElement.scrollIntoView({ behavior: 'smooth' });
});
const observer = new IntersectionObserver((entries) => {
entries.forEach((entry) => {
goToTopButton.style.display = entry.isIntersecting ? 'block' : 'none';
});
}, { root: null, rootMargin: '0px', threshold: 0.1 });
observer.observe(targetElement);
// Attach the toggle listener to each vote button.
const toggleBtns = document.getElementsByClassName(’votos-diputados__voto-btn');
for (let i = 0; i < toggleBtns.length; i++) {
toggleBtns[i].addEventListener(’click', function () {
this.classList.toggle(’active');
const panel = this.nextElementSibling;
panel.style.maxHeight = panel.style.maxHeight ? null : '14000px';
});
}
// Now simulate a click on each button from within DOMContentLoaded.
// This will trigger the listener and expand each panel on load.
for (let i = 0; i < toggleBtns.length; i++) {
toggleBtns[i].click();
}
});
Fuente:
Autor: Clarin.com – Home
About The Author
