reverse build to v 0.5.1

Archiv/Moon.archiv

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+using Toybox.Math as Math;
+using Toybox.System as Sys;
+using Toybox.WatchUi as Ui;
+using Toybox.Graphics as Gfx;
+using Toybox.Application as App;
+
+// By using updateable_calcmoonphase, the moon phase picture will be drawn, 
+// but it will be only recomputed once a day.
+class Moon {
+	var moon_width;
+	var moon_bitmap;
+	var moonx, moony;
+
+	var c_phase, t_phase; // day of month when last updated
+	var c_moon_label, c_moon_y; // y1, y2, y1, y2, ... for the moon shadow
+
+    function initialize(bitmap, width, x, y) {
+		moon_bitmap = bitmap; // Ui.loadResource(Rez.Drawables.moon);
+		moon_width = width;
+		moonx = x;
+		moony = y;
+		t_phase = -1;
+	}	
+
+
+    function calcmoonphase(day, month, year) {
+	    var r = (year % 100);
+		r = (r % 19);
+	    if (r>9) { 
+	        r = r - 19;
+	    }
+		r = ((r * 11) % 30) + month + day;
+	    if (month<3) {
+	        r = r + 2;
+	    }
+	    r = 1.0*r - 8.3 + 0.5;
+		r = (r.toNumber() % 30);
+	    if (r < 0) {
+	        r = r + 30;
+	    }
+	    return r;
+    }
+
+    function updateable_calcmoonphase(dc, dateinfo, hour) {
+    	if (t_phase != dateinfo.day) {
+    		t_phase = dateinfo.day;
+
+    		c_phase = calcmoonphase(dateinfo.day, dateinfo.month, dateinfo.year);
+			if (hour > 12) { // change it at noon
+				c_phase = (c_phase + 1) % 30;
+			}
+
+			calc_drawmoon(c_phase);// updates c_moon_label and c_moon_y
+
+    	}
+
+    	drawmoon(dc, moonx, moony); // uses c_moon_y
+
+   		return c_phase;
+    }
+
+	function drawmoon(dc, moonx, moony) {
+        dc.drawBitmap(moonx, moony, moon_bitmap);
+		var x, xby2;
+        dc.setColor(App.getApp().getProperty("BackgroundColor"), Gfx.COLOR_TRANSPARENT);
+       // dc.setColor(Gfx.COLOR_RED, Gfx.COLOR_WHITE);
+		for (x=1; x<moon_width; x++) {
+			xby2 = x*2;
+			if (c_moon_y[xby2] >= 0) {
+				dc.drawLine(moonx+x, moony+c_moon_y[xby2], moonx+x, moony+c_moon_y[xby2+1]);
+			} else {
+				dc.drawLine(moonx+x, moony+1, moonx+x, moony-c_moon_y[xby2]);
+				dc.drawLine(moonx+x, moony-c_moon_y[xby2+1], moonx+x, moony+moon_width);
+			}
+		}
+	}
+
+	function calc_drawmoon(moonphase) {
+		var mw = moon_width; // image width
+		var c = mw/2; // image center
+		var intc = c.toNumber();
+		var r = (mw-2)*0.5-0.5; // radius depends on image
+		c_moon_label = "";
+		var step = 1;
+		var r1edge= -1;
+		var rSedge= 0;
+		var r1rest= -1;
+		var rSrest= 0; 
+		var edgelight = false;
+		if (moonphase <= 8) {
+      		c_moon_label = "wax.";
+			r1edge = intc; rSedge = step;
+			r1rest = intc; rSrest = -step;
+			edgelight = true;
+			if (moonphase == 8) {
+				r1edge = -1; rSedge = 0;
+			} else {
+				if (moonphase == 0) {
+					c_moon_label = "new";
+				}
+			}
+		} else {
+			if (moonphase <=16) {
+	      		c_moon_label = "wax.";
+				r1rest = -1; rSrest = 0;
+				r1edge = intc; rSedge = -step;
+				edgelight = false;
+				if (moonphase == 16) {
+		      		c_moon_label = "full";
+					r1edge = -1; rSedge = 0;
+				}
+			} else {
+	      		c_moon_label = "wan.";
+				if (moonphase <=23) {
+					r1rest = -1; rSrest = 0;
+					r1edge = intc; rSedge = step;
+					edgelight = false;
+					if (moonphase == 23) {
+						r1edge = -1; rSedge = 0;
+						r1rest = intc; rSrest = step;
+					}
+				} else {
+					r1edge = intc; rSedge = -step;
+					r1rest = intc; rSrest = step;
+					edgelight = true;
+				}
+			}
+		} 	
+
+		var a;
+		if (moonphase > 16) {
+			a = 1.0 - (moonphase - 16.0) / 7.0;
+		} else {
+			a = 1.0 - moonphase/8.0;
+		}
+
+
+		c_moon_y = new [mw*2+2];
+		var i;
+		for (i = 0; i<mw*2; i++) {
+			c_moon_y[i] = 0;
+		}
+
+		var x, xx, ra, sq, y1, y2, xby2;
+		for (x=r1rest; x<=mw && x>=1; x+=rSrest) {
+			//dc.drawLine(moonx+x, moony+1, moonx+x, moony+mw);
+			xby2 = 2*x;
+			c_moon_y[xby2] = 1; 
+			c_moon_y[xby2+1] = mw; 
+		}
+		for (x=r1edge; x<=mw && x>=1; x+=rSedge) {
+			xx = (x-c)/a;
+			ra = r*r - xx*xx;
+			xby2 = 2*x;
+
+			if (ra > 0) {
+				sq = Math.sqrt(ra);
+				y1 = c - sq + 0.5;
+				y1 = y1.toNumber();
+				y2 = c + sq + 0.5;
+				y2 = y2.toNumber();
+				if (edgelight) {
+//					dc.drawLine(moonx+x, moony+y1, moonx+x, moony+y2);
+					c_moon_y[xby2] = y1; 
+					c_moon_y[xby2+1] = y2; 
+				} else {
+					//dc.drawLine(moonx+x, moony+1, moonx+x, moony+y1);
+					//dc.drawLine(moonx+x, moony+y2, moonx+x, moony+mw);
+					c_moon_y[xby2] = -y1; 
+					c_moon_y[xby2+1] = -y2; 
+				}
+			} else {
+				if (!edgelight) {
+//					dc.drawLine(moonx+x, moony+1, moonx+x, moony+mw);
+					c_moon_y[xby2] = 1; 
+					c_moon_y[xby2+1] = mw; 
+				}
+			}
+		}
+
+		return c_moon_label;
+	}
+
+
+}

Archiv/resources-round/drawables/lowerDisplay.xml

@@ -0,0 +1,3 @@
+<drawable-list id="lowerDisplay">
+    <shape type="rectangle" x="37" y="137" corner_radius="5" width="144" height="35"/>
+ </drawable-list>

Archiv/resources-round/drawables/upperDisplay.xml

@@ -0,0 +1,3 @@
+<drawable-list id="upperDisplay">
+    <shape type="rectangle" x="37" y="50" corner_radius="5" width="144" height="35"/>
+ </drawable-list>

Archiv/resources-semiround/drawables/lowerDisplay.xml

@@ -0,0 +1,3 @@
+<drawable-list id="lowerDisplay">
+    <shape type="rectangle" x="37" y="109" corner_radius="5" width="144" height="35"/>
+ </drawable-list>

Archiv/resources-semiround/drawables/upperDisplay.xml

@@ -0,0 +1,3 @@
+<drawable-list id="upperDisplay">
+    <shape type="rectangle" x="37" y="37" corner_radius="5" width="144" height="35"/>
+ </drawable-list>