CardCreator.pde

///**
// * CardCreator.pde
// *
// * This script aids in playing card design by using a customizable card 
// * template, building each card file with information provided in two
// * spreadsheets.
// *
// * @author  Andrew Albers
// * @version 1.0
// * @since 2014-08-30
// */
// 
//PGraphics cardMain;
//PGraphics fontPlacer;
//PImage cardPic;
//PFont font;
//Table content;
//Table template;
//int maxWid = 0;
//int maxHei = 0;
//ArrayList<String> elements;
//
///**
// * Reads csv files, defines card dimensions to accomodate
// * largest x + width and largest y + height of elements 
// * in template.csv
// *
// * TODO: Let user choose other card sizes to generate
// * TODO: Add bleed area to card sizes for printing.
// */
//void setup(){
//  getCardValues();
//  cardMain = createGraphics(maxWid,maxHei);
//  noLoop();
//}
//
///**
// * Kicks off card creation safter setup.
// */
//void draw(){
//  createAllCards();
//}
//
///**
// * Passes each row in the content.csv file to createCard()
// */
//void createAllCards() {
//  println("Creating All Cards");
//  for (TableRow conRow : content.rows()) {
//    createCard(conRow);
//  }
//  println("Done. Check the CardCreator directory for updated cards.");
//}
//
///**
// * Builds a single card, placing each element in the order it appears in
// * template.csv. Saves the finished image with the filename given under 
// * "Name" in the content.csv file.
// * 
// * @param conRow a row in the user-created content.csv file
// */
//void createCard(TableRow conRow) {
//  cardMain.clear();
//  println("creating ", conRow.getString("saveFile"));
//  for(int i = 0; i < elements.size(); i++){
//    //calls drawImg() if "Img" is in element name
//    if(elements.get(i).indexOf("Img") != -1){
//      drawImg(conRow.getString(elements.get(i)), template.getRow(i));
//    }
//    //calls drawText() if "Text" is in element name
//    else if(elements.get(i).indexOf("Text") != -1){
//      drawText(conRow.getString(elements.get(i)), template.getRow(i));
//    }
//  }
//  saveCard(conRow.getString("saveFile"));
//}
//
///**
// * Saves a file to a given filename.
// *
// * @param filename
// */
//void saveCard(String filename){
//  cardMain.save(filename);
//}
//
///**
// * Draws text given a text string, an x and y position,
// * a width, height, and font. Optionally it will also squish
// * the text given an hSquish (horizontal squish percentage).
// * Also added an (optional) colorHex value. Default is white.
// *
// * @param t text to print
// * @param row template.csv attributes for this text element
// */
//void drawText(String t, TableRow row) {
//  int x = int(row.getString("x"));
//  int y = int(row.getString("y"));
//  int w = int(row.getString("w"));
//  int h = int(row.getString("h"));
//  
//  //get the text color or default to white
//  String hexStr = "FF" + row.getString("colorHex");
//  if(hexStr.equals("")){
//    hexStr = "FFFFFFFF";
//  }
//  color col = unhex(hexStr);
//  
//  //get the horizontal squish value or defualt to 1
//  float hSquish = float(row.getString("hSquish"));
//  if(Float.isNaN(hSquish) || hSquish <= 0) {
//    hSquish = 1; //set hSquish to 1 if undefined or <= 0
//  }
//  
//  String text = t;
//  font = loadFont(row.getString("font"));
//  fontPlacer = createGraphics(int(w/hSquish),h);
//  fontPlacer.beginDraw();
//  fontPlacer.textFont(font);
//  fontPlacer.textSize(int(row.getString("size")));
//  fontPlacer.textAlign(LEFT,TOP);
//  fontPlacer.fill(col);
//  //provide extra horizontal space for text if 0 < hSquish < 1...
//  fontPlacer.text(text,0,0,int(w/hSquish),h);
//  fontPlacer.endDraw();
//  //... and then compresses to the stated width
//  cardMain.image(fontPlacer.get(),x,y,w,h);
//}
//
///**
// * Draws an image given a filename, an x and y position,
// * a width, and height.
// *
// * @param filename the image file to draw
// * @param row template.csv attributes for this image element
// */
//void drawImg(String filename, TableRow row) {
//  if(filename.length() != 0){
//    cardPic = loadImage(filename);
//    int x = int(row.getString("x"));
//    int y = int(row.getString("y"));
//    int w = int(row.getString("w"));
//    int h = int(row.getString("h"));
//    cardMain.image(cardPic,x,y,w,h);
//  }
//}
//
///**
// * Reads template.csv and content.csv, stores their values in
// * two tables: template and content.
// *
// * TODO: Allow multiple template.csv/content.csv files to be
// *       read. ie generate landscape and portrait-formatted 
// *       cards at the same time
// */
//void getCardValues(){
//  elements = new ArrayList<String>();
//  template = loadTable("template.csv", "header");
//  for (TableRow row : template.rows()) {
//    //add to the list of elements
//    elements.add(row.getString("element"));
//    
//    //
//    if(int(row.getString("x"))+int(row.getString("w")) > maxWid){
//      maxWid = int(row.getString("x"))+int(row.getString("w"));
//    }
//    if(int(row.getString("y"))+int(row.getString("h")) > maxHei) {
//      maxHei = int(row.getString("y"))+int(row.getString("h"));
//    }
//  }
//  content = loadTable("content.csv", "header");
//}