Please read this information before applying for Village Oaks.
Village Oaks offers 1, 2 and 3-bedroom affordable apartments located at the 3600 block of West 18th near Bailey Hill Road in Eugene. Units are clean, carpeted with on-site laundry facilities and playgrounds. Village Oaks is close to shopping and schools. Small dogs and cats are allowed. Birds, fish and most rodents are also acceptable pets.
Eligibility for Village Oaks is determined through the application and intake process. Interested applicants will be invited by mail to an informational meeting when they near the top of the waiting list for their bedroom size as units become available. The application process includes a review of landlord references and a criminal history background check. The invitation will tell applicants what they need to bring to the meeting.
Village Oaks has rent and income requirements that may affect your decision to apply. Due to these requirements, the waiting list is often short. Village Oaks has minimum rents as follows:
1-bedroom minimum = $339
2-bedroom minimum = $401
3-bedroom minimum = $457
Additionally, Village Oaks program has maximum rents as follows:
1-bedroom maximum = $389
2-bedroom maximum = $462
3-bedroom maximum = $525
Use the calculator below to estimate your rent as 30% of your adjusted income:
Sum of all gross (before taxes) monthly income (wages, TANF, child support, Social Security, and all other regular monthly income EXCEPT educational financial aid.) =
$
Subtract: Monthly Child Care Expense =
-
Total =
Subtract: Number of children in household ____ X $40 =
Adjusted Monthly Income =
Multiply by:
X .30
Total Tenant Payment (TTP) =
Subtract average Utility Amount (1-bdrm = $35; 2-bdrm = $41; 3-bdrm = $31)
Estimated rent =
Is your estimated rent less than the maximum rent for your bedroom size? (See chart above.) If yes, then you may qualify for Village Oaks. If you are interested in Village Oaks, fill out the Village Oaks Pre-Application.
This calculator is a Java applet. You need a Java enabled browser to see the calculator. If you do not have Java installed, go to this link and follow the instructions to download and install.
///////////////////////////////////////////////////////////////////// // // Pocket Calculator emulates a pocket calculator of the simplest // kind. It was Mikael Bonnier's first Java program. // // Pocket Calculator v1.1 is Freeware // Commercial Distribution Restricted // Copyright (C) 1995-1996 by Mikael Bonnier, Lund, Sweden. // // // It was developed using JDK-1.0 on Windows 95. // // Howto compile & run: // 1. Install JDK-1.0 if not already done. You can download this // from http://java.sun.com in Developer's Corner. // 2. Save PocketCalc.java and a html-file with this tag: // <APPLET CODE="PocketCalc.class" WIDTH="395" HEIGHT="179"> // <PARAM NAME="BGCOLOR" VALUE="#FF8000"> // </APPLET> // in a file folder and at the command prompt enter: // 3. javac PocketCalc.java // 4. appletviewer pocketcalc.html // 5. Now you may try out all the features of the calculator. // 6. You may also run it as an application using: java PocketCalc // // Tips: // * Read the newsgroups comp.lang.java.*. // * The Java documentation is available in Windows Help format // from http://www.dippybird.com. // // Thanks are due to many people for reporting bugs and suggestions, // especially: Luis Fernandes, Bengt Ask, and Olivier Perrin. // // Revision history: // 1995-Dec: 1.0bX Beta versions. // 1996-Jan: 1.0 All keys implemented and an X Windows problem // fixed. // 1996-Jul: 1.01 Fixed bugs of unary operations after equals // operations. // 1996-Nov: 1.1 Added parameter BGCOLOR. Added support to run // as an application. // // Suggestions, improvements, and bug-reports // are always welcome to: // Mikael Bonnier // Osten Undens gata 88 // SE-227 62 LUND // SWEDEN // // Or use my internet addresses: // mikaelb@df.lth.se // http://www.df.lth.se/~mikaelb/ // _____ // / / \ // ***********/ / \*********** // / / \ // *********/ / \********* // / / / \ \ // *******/ / / \ \******* // / / / \ \ \ // *****/ / /***\ \ \***** // / /__ /_____\ \ \ // ***/ \ \ \*** // /_________________\ \ \ // **\ \ /** // \______________________\/ // // Mikael Bonnier ///////////////////////////////////////////////////////////////////// import java.awt.*; import java.applet.Applet; public class PocketCalc extends Applet { TextField txtDisp; public final int OP_NONE = 0; public final int OP_ADD = 1; public final int OP_SUB = 2; public final int OP_MUL = 3; public final int OP_DIV = 4; public final int OP_NEG = 5; public final int OP_SQRT = 6; public final int OP_EQ = 7; public final int OP_C = 8; public final int OP_AC = 9; public final int OP_MC = 10; public final int OP_MR = 11; public final int OP_MM = 12; public final int OP_MP = 13; public final int OP_PCT = 14; public final int DECSEP = -1; String msDecimal; int mnOp = OP_NONE; boolean mbNewNumber = true; boolean mbDecimal = false; double mdReg = 0.0; double mdMemory = 0.0; boolean mbConstant = false; double mdConstant = 0.0; int mnConstantOp = OP_NONE; boolean mbPercent = false; double mdFirst = 0.0; public void init() { CalcButton btn0, btn1, btn2, btn3, btn4, btn5, btn6, btn7, btn8, btn9; CalcButton btnDecSep, btnNeg, btnSqrt, btnPlus, btnMinus; CalcButton btnTimes, btnDiv, btnEqual, btnClear, btnAllClear; CalcButton btnMemoryClear, btnMemoryRecall, btnMemoryMinus, btnMemoryPlus; CalcButton btnPercent; setLayout(null); setFont(new Font("Helvetica", Font.PLAIN, 14)); int nBGColor; try { nBGColor = Integer.parseInt(getParameter("bgcolor").substring(1), 16); // Skip # } catch(RuntimeException e) { nBGColor = 0xFF8000; } setBackground(new Color(nBGColor)); btn0 = new CalcButton("0", OP_NONE, 0); add(btn0); btn0.reshape(64, 144, 96, 24); btn1 = new CalcButton("1", OP_NONE, 1); add(btn1); btn1.reshape(64, 112, 40, 24); btn2 = new CalcButton("2", OP_NONE, 2); add(btn2); btn2.reshape(120, 112, 40, 24); btn3 = new CalcButton("3", OP_NONE, 3); add(btn3); btn3.reshape(176, 112, 40, 24); btn4 = new CalcButton("4", OP_NONE, 4); add(btn4); btn4.reshape(64, 80, 40, 24); btn5 = new CalcButton("5", OP_NONE, 5); add(btn5); btn5.reshape(120, 80, 40, 24); btn6 = new CalcButton("6", OP_NONE, 6); add(btn6); btn6.reshape(176, 80, 40, 24); btn7 = new CalcButton("7", OP_NONE, 7); add(btn7); btn7.reshape(64, 48, 40, 24); btn8 = new CalcButton("8", OP_NONE, 8); add(btn8); btn8.reshape(120, 48, 40, 24); btn9 = new CalcButton("9", OP_NONE, 9); add(btn9); btn9.reshape(176, 48, 40, 24); btnDecSep = new CalcButton("·", OP_NONE, DECSEP); add(btnDecSep); btnDecSep.reshape(176, 144, 40, 24); btnNeg = new CalcButton("+/-", OP_NEG, 0); add(btnNeg); btnNeg.reshape(8, 48, 40, 24); btnSqrt = new CalcButton("Sqrt", OP_SQRT, 0); add(btnSqrt); btnSqrt.reshape(8, 80, 40, 24); btnPlus = new CalcButton("+", OP_ADD, 0); add(btnPlus); btnPlus.reshape(232, 112, 40, 56); btnMinus = new CalcButton("-", OP_SUB, 0); add(btnMinus); btnMinus.reshape(288, 112, 40, 24); btnTimes = new CalcButton("×", OP_MUL, 0); add(btnTimes); btnTimes.reshape(232, 80, 40, 24); btnDiv = new CalcButton("÷", OP_DIV, 0); add(btnDiv); btnDiv.reshape(288, 80, 40, 24); btnEqual = new CalcButton("=", OP_EQ, 0); add(btnEqual); btnEqual.reshape(288, 144, 40, 24); btnClear = new CalcButton("C", OP_C, 0); add(btnClear); btnClear.reshape(8, 112, 40, 24); btnAllClear = new CalcButton("AC", OP_AC, 0); add(btnAllClear); btnAllClear.reshape(8, 144, 40, 24); btnMemoryClear = new CalcButton("MC", OP_MC, 0); add(btnMemoryClear); btnMemoryClear.reshape(344, 48, 40, 24); btnMemoryRecall = new CalcButton("MR", OP_MR, 0); add(btnMemoryRecall); btnMemoryRecall.reshape(344, 80, 40, 24); btnMemoryMinus = new CalcButton("M-", OP_MM, 0); add(btnMemoryMinus); btnMemoryMinus.reshape(344, 112, 40, 24); btnMemoryPlus = new CalcButton("M+", OP_MP, 0); add(btnMemoryPlus); btnMemoryPlus.reshape(344, 144, 40, 24); btnPercent = new CalcButton("%", OP_PCT, 0); add(btnPercent); btnPercent.reshape(232, 48, 40, 24); txtDisp = new TextField("0", 80); txtDisp.setEditable(false); add(txtDisp); txtDisp.reshape(64, 8, 268, 31); validate(); String sOneTenth = (new Double(0.1)).toString(); msDecimal = sOneTenth.substring(sOneTenth.length()-2).substring(0, 1); // Handles language dependent decimal separator. } public void append(int nValue) { String sDigit; if(nValue == DECSEP) if(!mbDecimal) { if(mbNewNumber) { txtDisp.setText("0"); mbNewNumber = false; } mbDecimal = true; sDigit = msDecimal; } else return; else sDigit = (new Integer(nValue)).toString(); if(mbNewNumber) { txtDisp.setText(sDigit); if(nValue != 0) mbNewNumber = false; } else txtDisp.setText(txtDisp.getText() + sDigit); repaint(); } public void doOp(int nNewOp) { double dDisp; dDisp = (new Double(txtDisp.getText())).doubleValue(); if(mbPercent) if(nNewOp != OP_ADD && nNewOp != OP_SUB) mbPercent = false; if(!mbPercent) switch(nNewOp) { case OP_ADD: case OP_SUB: case OP_MUL: case OP_DIV: if(mbNewNumber) { if(nNewOp == mnOp && !mbConstant) { mbConstant = true; mdConstant = dDisp; mnConstantOp = nNewOp; } else mbConstant = false; } else mbConstant = false; case OP_EQ: case OP_MM: case OP_MP: case OP_PCT: if(!mbNewNumber || isEqOp(nNewOp)) { if(mbConstant) { mdReg = mdConstant; mnOp = mnConstantOp; } mbPercent = nNewOp == OP_PCT; if(mbPercent) mdFirst = mdReg; switch(mnOp) { case OP_ADD: mdReg = mdReg + dDisp; break; case OP_SUB: mdReg = mdReg - dDisp; break; case OP_MUL: mdReg = mdReg * dDisp; break; case OP_DIV: mdReg = mdReg / dDisp; break; case OP_EQ: case OP_MM: case OP_MP: case OP_PCT: case OP_NONE: mdReg = dDisp; break; } if(mbPercent) mdReg /= 100; txtDisp.setText((new Double(mdReg)).toString()); } mnOp = nNewOp; mbNewNumber = true; mbDecimal = false; break; } switch(nNewOp) { case OP_ADD: if(mbPercent) { mdReg = mdFirst + mdReg; txtDisp.setText((new Double(mdReg)).toString()); mbPercent = false; } break; case OP_SUB: if(mbPercent) { mdReg = mdFirst - mdReg; txtDisp.setText((new Double(mdReg)).toString()); mbPercent = false; } break; case OP_NEG: dDisp = -dDisp; txtDisp.setText((new Double(dDisp)).toString()); if(isEqOp(mnOp)) { mdReg = dDisp; } break; case OP_SQRT: dDisp = Math.sqrt(dDisp); txtDisp.setText((new Double(dDisp)).toString()); if(isEqOp(mnOp)) { mdReg = dDisp; } mbNewNumber = true; mbDecimal = false; break; case OP_C: dDisp = 0.0; txtDisp.setText("0"); if(isEqOp(mnOp)) { mdReg = dDisp; } mbNewNumber = true; mbDecimal = false; break; case OP_AC: txtDisp.setText("0"); mnOp = OP_NONE; mbNewNumber = true; mbDecimal = false; mdReg = 0.0; mbConstant = false; break; case OP_MC: mdMemory = 0.0; break; case OP_MR: dDisp = mdMemory; txtDisp.setText((new Double(dDisp)).toString()); if(isEqOp(mnOp)) { mdReg = dDisp; } mbNewNumber = true; mbDecimal = false; break; case OP_MM: mdMemory -= mdReg; break; case OP_MP: mdMemory += mdReg; break; } } private protected boolean isEqOp(int nOp) { return nOp == OP_EQ || nOp == OP_MM || nOp == OP_MP || nOp == OP_PCT; } public String[][] getParameterInfo() { String pinfo[][] = { {"bgcolor", "#RRGGBB", "Background color"} }; return pinfo; } public static void main(String args[]) { CalcFrame frm = new CalcFrame("Pocket Calculator"); PocketCalc pnl = new PocketCalc(); pnl.init(); frm.add("Center", pnl); frm.pack(); frm.resize(401, 205); frm.show(); } } class CalcButton extends Button { int mnOp; int mnValue; CalcButton(String sText, int nOp, int nValue) { super(sText); mnOp = nOp; mnValue = nValue; } public boolean action(Event evt, Object arg) { PocketCalc par = (PocketCalc)getParent(); if(mnOp == par.OP_NONE) par.append(mnValue); else par.doOp(mnOp); return true; } } class CalcFrame extends Frame { CalcFrame(String s) { super(s); } public boolean handleEvent(Event evt) { if(evt.id == Event.WINDOW_DESTROY) { System.exit(0); return true; } else return super.handleEvent(evt); } }
