Back to project page i_search.
The source code is released under:
GNU General Public License
If you think the Android project i_search listed in this page is inappropriate, such as containing malicious code/tools or violating the copyright, please email info at java2s dot com, thanks.
package com.shapes.shapes; // w w w .j a va2s .co m public class BeamAnalysis { private double left_cantilever; private double main_span; private double right_cantilever; private double top_flange; private double bottom_flange; private int yield_strength; private int live_limit; private double live_absolute; private int total_limit; private double total_absolute; private double dead_load; private double live_load; private double d; private double bf; private double tf; private double tw; private double result; public BeamAnalysis(double left_cantilever, double main_span, double right_cantilever, double top_flange, double bottom_flange, int yield_strength, int live_limit, double live_absolute, int total_limit, double total_absolute, double dead_load, double live_load, double d, double bf, double tf, double tw) { this.left_cantilever = left_cantilever; this.main_span = main_span; this.right_cantilever = right_cantilever; this.top_flange = top_flange; this.bottom_flange = bottom_flange; this.yield_strength = yield_strength; this.live_limit = live_limit; this.live_absolute = live_absolute; this.total_limit = total_limit; this.total_absolute = total_absolute; this.dead_load = dead_load; this.live_load = live_load; this.d = d; this.bf = bf; this.tf = tf; this.tw = tw; } public BeamAnalysis() { this.left_cantilever = 0; this.main_span = 0; this.right_cantilever = 0; this.top_flange = 0; this.bottom_flange = 0; this.yield_strength = 0; this.live_limit = 0; this.live_absolute = 0; this.total_limit = 0; this.total_absolute = 0; this.dead_load = 0; this.live_load = 0; this.d = 0; this.bf = 0; this.tf = 0; this.tw = 0; this.result = 0; } public double analyze() { return result; } public double getLeftCantilever() { return this.left_cantilever; } public void setLeftCantilever(double left_cantilever) { this.left_cantilever = left_cantilever; } public double getMainSpan() { return this.main_span; } public void setMainSpan(double main_span) { this.main_span = main_span; } public double getRightCantilever() { return this.right_cantilever; } public void setRightCantilever(double right_cantilever) { this.right_cantilever = right_cantilever; } public double getTopFlange() { return this.top_flange; } public void setTopFlange(double top_flange) { this.top_flange = top_flange; } public double getBottomFlange() { return this.bottom_flange; } public void setBottomFlange(double bottom_flange) { this.bottom_flange = bottom_flange; } public int getYieldStrength() { return this.yield_strength; } public void setYieldStrength(int yield_strength) { this.yield_strength = yield_strength; } public int getLiveLimit() { return this.live_limit; } public void setLiveLimit(int live_limit) { this.live_limit = live_limit; } public int getTotalLimit() { return this.total_limit; } public double getLiveAbsolute() { return this.live_absolute; } public void setLiveAbsolute(double live_absolute) { this.live_absolute = live_absolute; } public void setTotalLimit(int total_limit) { this.total_limit = total_limit; } public double getTotalAbsolute() { return this.total_absolute; } public void setTotalAbsolute(double total_absolute) { this.total_absolute = total_absolute; } public double getDeadLoad() { return this.dead_load; } public void setDeadLoad(double dead_load) { this.dead_load = dead_load; } public double getLiveLoad() { return this.live_load; } public void setLiveLoad(double live_load) { this.live_load = live_load; } public double get_d() { return this.d; } public void set_d(double d) { this.d = d; } public double get_bf() { return this.bf; } public void set_bf(double bf) { this.bf = bf; } public double get_tf() { return this.tf; } public void set_tf(double tf) { this.tf = tf; } public double get_tw() { return this.tw; } public void set_tw(double tw) { this.tw = tw; } }