<!DOCTYPE rkplugin >
<document>
	<!-- this code was generated using the rkwarddev package.
			perhaps don't make changes here, but in the rkwarddev script instead! -->
	<code file="Comparingcorrelations.js" />
	<help file="Comparingcorrelations.rkh" />
	<logic>
		<convert id="raw_data_input_convert" sources="data_input.string" mode="equals" standard="raw.data" />
		<convert id="manual_input_convert" sources="data_input.string" mode="equals" standard="manual" />
		<convert id="variable_input_convert" sources="data_input.string" mode="equals" standard="variable" />
		<convert id="indep_groups_convert" sources="groups.string" mode="equals" standard="indep" />
		<convert id="dep_groups_convert" sources="groups.string" mode="equals" standard="dep" />
		<convert id="overlap_correlations_convert" sources="correlations.string" mode="equals" standard="overlap" />
		<convert id="nonoverlap_correlations_convert" sources="correlations.string" mode="equals" standard="nonoverlap" />
		<convert id="raw_data_indep_groups_1_convert" sources="raw_data_indep_groups_1.available" mode="notequals" />
		<convert id="raw_data_indep_groups_2_convert" sources="raw_data_indep_groups_2.available" mode="notequals" />
		<convert id="raw_data_dep_groups_overlap_convert" sources="raw_data_dep_groups_overlap.available" mode="notequals" />
		<convert id="raw_data_dep_groups_nonoverlap_convert" sources="raw_data_dep_groups_nonoverlap.available" mode="notequals" />
		<convert id="null_value_is_zero_convert" sources="null_value.real" mode="range" min="-0.001" max="0.001" />
		<convert id="null_value_is_greater_than_zero_convert" sources="null_value.real" mode="range" min="0.01" max="2" />
		<convert id="null_value_is_less_than_zero_convert" sources="null_value.real" mode="range" min="-2" max="-0.01" />
		<convert id="null_value_is_not_zero_convert" sources="null_value_is_less_than_zero_convert;null_value_is_greater_than_zero_convert" mode="or" />
		<convert id="manual_or_variable_input_convert" sources="manual_input_convert;variable_input_convert" mode="or" />
		<convert id="dep_groups_and_overlap_correlations_convert" sources="dep_groups_convert;overlap_correlations_convert" mode="and" />
		<convert id="dep_groups_and_nonoverlap_correlations_convert" sources="dep_groups_convert;nonoverlap_correlations_convert" mode="and" />
		<convert id="indep_groups_and_null_value_is_zero_convert" sources="indep_groups_convert;null_value_is_zero_convert" mode="and" />
		<convert id="dep_groups_and_overlap_correlations_and_null_value_is_zero_convert" sources="dep_groups_convert;overlap_correlations_convert;null_value_is_zero_convert" mode="and" />
		<convert id="dep_groups_and_nonoverlap_correlations_and_null_value_is_zero_convert" sources="dep_groups_convert;nonoverlap_correlations_convert;null_value_is_zero_convert" mode="and" />
		<convert id="indep_groups_and_null_value_is_not_zero_convert" sources="indep_groups_convert;null_value_is_not_zero_convert" mode="and" />
		<convert id="dep_groups_and_overlap_correlations_and_null_value_is_not_zero_convert" sources="dep_groups_convert;overlap_correlations_convert;null_value_is_not_zero_convert" mode="and" />
		<convert id="dep_groups_and_nonoverlap_correlations_and_null_value_is_not_zero_convert" sources="dep_groups_convert;nonoverlap_correlations_convert;null_value_is_not_zero_convert" mode="and" />
		<convert id="raw_data_and_indep_groups_convert" sources="raw_data_input_convert;indep_groups_convert" mode="and" />
		<convert id="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" sources="raw_data_input_convert;dep_groups_convert;nonoverlap_correlations_convert" mode="and" />
		<convert id="raw_data_and_dep_groups_and_overlap_correlations_convert" sources="raw_data_input_convert;dep_groups_convert;overlap_correlations_convert" mode="and" />
		<convert id="manual_and_indep_groups_convert" sources="manual_input_convert;indep_groups_convert" mode="and" />
		<convert id="manual_and_dep_groups_and_nonoverlap_correlations_convert" sources="manual_input_convert;dep_groups_convert;nonoverlap_correlations_convert" mode="and" />
		<convert id="manual_and_dep_groups_and_overlap_correlations_convert" sources="manual_input_convert;dep_groups_convert;overlap_correlations_convert" mode="and" />
		<convert id="variable_and_indep_groups_convert" sources="variable_input_convert;indep_groups_convert" mode="and" />
		<convert id="variable_and_dep_groups_and_nonoverlap_correlations_convert" sources="variable_input_convert;dep_groups_convert;nonoverlap_correlations_convert" mode="and" />
		<convert id="variable_and_dep_groups_and_overlap_correlations_convert" sources="variable_input_convert;dep_groups_convert;overlap_correlations_convert" mode="and" />
		<connect governor="manual_or_variable_input_convert" client="clm_fPC1111C22.visible" />
		<connect governor="manual_and_indep_groups_convert" client="manual_indep_groups_frame.visible" />
		<connect governor="manual_and_dep_groups_and_nonoverlap_correlations_convert" client="manual_dep_groups_nonoverlap_frame.visible" />
		<connect governor="manual_and_dep_groups_and_overlap_correlations_convert" client="manual_dep_groups_overlap_frame.visible" />
		<connect governor="variable_and_indep_groups_convert" client="variable_indep_groups_frame.visible" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_frame.visible" />
		<connect governor="variable_and_dep_groups_and_overlap_correlations_convert" client="variable_dep_groups_overlap_frame.visible" />
		<connect governor="indep_groups_and_null_value_is_zero_convert" client="test_hypothesis_indep_groups.visible" />
		<connect governor="dep_groups_and_overlap_correlations_and_null_value_is_zero_convert" client="test_hypothesis_dep_groups_overlap.visible" />
		<connect governor="dep_groups_and_nonoverlap_correlations_and_null_value_is_zero_convert" client="test_hypothesis_dep_groups_nonoverlap.visible" />
		<connect governor="indep_groups_and_null_value_is_not_zero_convert" client="test_hypothesis_indep_groups_null_value.visible" />
		<connect governor="dep_groups_and_overlap_correlations_and_null_value_is_not_zero_convert" client="test_hypothesis_dep_groups_overlap_null_value.visible" />
		<connect governor="dep_groups_and_nonoverlap_correlations_and_null_value_is_not_zero_convert" client="test_hypothesis_dep_groups_nonoverlap_null_value.visible" />
		<connect governor="variable_input_convert" client="vars.visible" />
		<connect governor="dep_groups_convert" client="wizard_correlations_page.visible" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_1_var_sel.visible" />
		<connect governor="raw_data_and_indep_groups_convert" client="row_c2S2SC22R2.visible" />
		<connect governor="raw_data_and_indep_groups_convert" client="clm_tTTC11R11V.visible" />
		<connect governor="raw_data_indep_groups_1_convert" client="raw_data_indep_groups_j.enabled" />
		<connect governor="raw_data_indep_groups_1_convert" client="raw_data_indep_groups_k.enabled" />
		<connect governor="raw_data_indep_groups_2_convert" client="raw_data_indep_groups_h.enabled" />
		<connect governor="raw_data_indep_groups_2_convert" client="raw_data_indep_groups_m.enabled" />
		<connect governor="raw_data_and_dep_groups_and_overlap_correlations_convert" client="raw_data_dep_groups_overlap_var_sel.visible" />
		<connect governor="raw_data_and_dep_groups_and_overlap_correlations_convert" client="clm_txtTTRCVVV.visible" />
		<connect governor="raw_data_dep_groups_overlap_convert" client="raw_data_dep_groups_overlap_j.enabled" />
		<connect governor="raw_data_dep_groups_overlap_convert" client="raw_data_dep_groups_overlap_k.enabled" />
		<connect governor="raw_data_dep_groups_overlap_convert" client="raw_data_dep_groups_overlap_h.enabled" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="raw_data_dep_groups_nonoverlap_var_sel.visible" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="clm_tTTRCVVCVV.visible" />
		<connect governor="raw_data_dep_groups_nonoverlap_convert" client="raw_data_dep_groups_nonoverlap_j.enabled" />
		<connect governor="raw_data_dep_groups_nonoverlap_convert" client="raw_data_dep_groups_nonoverlap_k.enabled" />
		<connect governor="raw_data_dep_groups_nonoverlap_convert" client="raw_data_dep_groups_nonoverlap_h.enabled" />
		<connect governor="raw_data_dep_groups_nonoverlap_convert" client="raw_data_dep_groups_nonoverlap_m.enabled" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_1.required" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_2.required" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_j.required" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_k.required" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_h.required" />
		<connect governor="raw_data_and_indep_groups_convert" client="raw_data_indep_groups_m.required" />
		<connect governor="raw_data_and_dep_groups_and_overlap_correlations_convert" client="raw_data_dep_groups_overlap.required" />
		<connect governor="raw_data_and_dep_groups_and_overlap_correlations_convert" client="raw_data_dep_groups_overlap_j.required" />
		<connect governor="raw_data_and_dep_groups_and_overlap_correlations_convert" client="raw_data_dep_groups_overlap_k.required" />
		<connect governor="raw_data_and_dep_groups_and_overlap_correlations_convert" client="raw_data_dep_groups_overlap_h.required" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="raw_data_dep_groups_nonoverlap.required" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="raw_data_dep_groups_nonoverlap_j.required" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="raw_data_dep_groups_nonoverlap_k.required" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="raw_data_dep_groups_nonoverlap_h.required" />
		<connect governor="raw_data_and_dep_groups_and_nonoverlap_correlations_convert" client="raw_data_dep_groups_nonoverlap_m.required" />
		<connect governor="variable_and_indep_groups_convert" client="variable_indep_groups_r1_jk.required" />
		<connect governor="variable_and_indep_groups_convert" client="variable_indep_groups_n1.required" />
		<connect governor="variable_and_indep_groups_convert" client="variable_indep_groups_r2_hm.required" />
		<connect governor="variable_and_indep_groups_convert" client="variable_indep_groups_n2.required" />
		<connect governor="variable_and_dep_groups_and_overlap_correlations_convert" client="variable_dep_groups_overlap_r_jk.required" />
		<connect governor="variable_and_dep_groups_and_overlap_correlations_convert" client="variable_dep_groups_overlap_r_jh.required" />
		<connect governor="variable_and_dep_groups_and_overlap_correlations_convert" client="variable_dep_groups_overlap_r_kh.required" />
		<connect governor="variable_and_dep_groups_and_overlap_correlations_convert" client="variable_dep_groups_overlap_n.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_r_jk.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_r_hm.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_r_jh.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_r_jm.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_r_kh.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_r_km.required" />
		<connect governor="variable_and_dep_groups_and_nonoverlap_correlations_convert" client="variable_dep_groups_nonoverlap_n.required" />
		<connect governor="current_object" client="raw_data_indep_groups_1.available" />
		<connect governor="current_object" client="raw_data_indep_groups_2.available" />
		<connect governor="current_object" client="raw_data_dep_groups_overlap.available" />
		<connect governor="current_object" client="raw_data_dep_groups_nonoverlap.available" />
		<connect governor="raw_data_indep_groups_1.available" client="raw_data_indep_groups_1_var_sel.root" />
		<connect governor="raw_data_indep_groups_2.available" client="raw_data_indep_groups_2_var_sel.root" />
		<connect governor="raw_data_dep_groups_overlap.available" client="raw_data_dep_groups_overlap_var_sel.root" />
		<connect governor="raw_data_dep_groups_nonoverlap.available" client="raw_data_dep_groups_nonoverlap_var_sel.root" />
	</logic>
	<wizard label="Comparing correlations">
		<page id="pag_txtdtAIAIT">
			<text id="txt_ArthtwcI">
				Are the two correlations based on two independent or on two dependent groups? (If the data were taken from measurements of the same individuals, the groups are dependent.) 				<br />
			</text>
			<radio id="groups" label="The two correlations are based on">
				<option label="two independent groups" value="indep" />
				<option label="two dependent groups (e.g., same group)" value="dep" />
			</radio>
			<stretch />
		</page>
		<page id="wizard_correlations_page">
			<text id="txt_Arthtwcr">
				Are the two correlations overlapping, i.e., do they have one variable in common?
			</text>
			<radio id="correlations" label="The two correlations are">
				<option label="overlapping" value="overlap" />
				<option label="nonoverlapping" value="nonoverlap" />
			</radio>
			<frame label="Examples" id="frm_Examples">
				<text id="txt_OC1C2TNC">
					Overlapping: 					<br />
					Correlation 1: age ~ intelligence 					<br />
					Correlation 2: age ~ shoe size 					<br />
					<br />
					These are overlapping correlations because the same variable 'age' is part of both correlations. 					<br />
					<br />
					Nonoverlapping: 					<br />
					Correlation 1: age ~ intelligence 					<br />
					Correlation 2: body mass index ~ shoe size 					<br />
					<br />
					These are nonoverlapping correlations because no variable is part of both correlations. 					<br />
					<br />
					<br />
				</text>
			</frame>
			<stretch />
		</page>
		<page id="pag_txtdDDDCEU">
			<text id="txt_Dywnttcl">
				Do you want to calculate and compare correlations from raw data, are the correlations already available in single variables, or do you want to type the correlations in manually?
			</text>
			<radio id="data_input" label="Data input">
				<option label="Calculate and compare correlations from raw data" value="raw.data" />
				<option label="Enter correlations manually" value="manual" />
				<option label="Use correlations stored in single variables" value="variable" />
			</radio>
			<stretch />
		</page>
		<page id="pag_cS1SSSS1SS">
			<column id="clm_rS1SSSS1SS">
				<row id="row_cS1SSSS1SS">
					<column id="clm_vrslcS1SSS">
						<varselector id="vars" label="Select data" />
						<varselector id="raw_data_indep_groups_1_var_sel" label="Select data" />
						<varselector id="raw_data_dep_groups_overlap_var_sel" label="Select data" />
						<varselector id="raw_data_dep_groups_nonoverlap_var_sel" label="Select data" />
					</column>
					<column id="clm_tTTRCVVCVV">
						<text id="txt_Tcmprthc">
							To compare the correlations j ~ k and h ~ m, please provide a data.frame and select columns to specify the variables j, k, h, and m. 							<br />
						</text>
						<varslot id="raw_data_dep_groups_nonoverlap" label="Raw data (must be a data.frame)" source="raw_data_dep_groups_nonoverlap_var_sel" classes="data.frame" />
						<frame label="Correlation j ~ k" id="raw_data_dep_groups_nonoverlap_frame">
							<varslot id="raw_data_dep_groups_nonoverlap_j" label="Variable j" source="raw_data_dep_groups_nonoverlap_var_sel" types="number" />
							<varslot id="raw_data_dep_groups_nonoverlap_k" label="Variable k" source="raw_data_dep_groups_nonoverlap_var_sel" types="number" />
						</frame>
						<frame label="Correlation h ~ m" id="raw_data_dep_groups_nonoverlap_frame">
							<varslot id="raw_data_dep_groups_nonoverlap_h" label="Variable h" source="raw_data_dep_groups_nonoverlap_var_sel" types="number" />
							<varslot id="raw_data_dep_groups_nonoverlap_m" label="Variable m" source="raw_data_dep_groups_nonoverlap_var_sel" types="number" />
						</frame>
						<stretch />
					</column>
					<column id="clm_txtTTRCVVV">
						<text id="txt_Tcmprthc">
							To compare the correlations j ~ k and j ~ h, please provide a data.frame and select columns to specify the variables j, k, and h. 							<br />
						</text>
						<varslot id="raw_data_dep_groups_overlap" label="Raw data (must be a data.frame)" source="raw_data_dep_groups_overlap_var_sel" classes="data.frame" />
						<frame label="Correlations j ~ k and j ~ h" id="raw_data_dep_groups_overlap_frame">
							<varslot id="raw_data_dep_groups_overlap_j" label="Variable j" source="raw_data_dep_groups_overlap_var_sel" types="number" />
							<varslot id="raw_data_dep_groups_overlap_k" label="Variable k" source="raw_data_dep_groups_overlap_var_sel" types="number" />
							<varslot id="raw_data_dep_groups_overlap_h" label="Variable h" source="raw_data_dep_groups_overlap_var_sel" types="number" />
						</frame>
						<stretch />
					</column>
					<column id="clm_tTTC11R11V">
						<text id="txt_Tcmprthc">
							To compare the correlations j ~ k and h ~ m, please provide a data.frame for each correlations and select columns to specify the variables j, k, h, and m. 							<br />
						</text>
						<frame label="Correlation j ~ k" id="raw_data_indep_groups_1_frame">
							<varslot id="raw_data_indep_groups_1" label="Raw data set 1 (must be a data.frame)" source="raw_data_indep_groups_1_var_sel" classes="data.frame" />
							<varslot id="raw_data_indep_groups_j" label="Variable j" source="raw_data_indep_groups_1_var_sel" types="number" />
							<varslot id="raw_data_indep_groups_k" label="Variable k" source="raw_data_indep_groups_1_var_sel" types="number" />
						</frame>
						<stretch />
					</column>
					<column id="clm_fPC1111C22">
						<frame id="manual_indep_groups_frame">
							<frame label="Please provide the correlations you want to compare:" id="manual_indep_groups_cor_frame">
								<spinbox label="Correlation r1.jk" id="manual_indep_groups_r1_jk" min="-1" max="1" />
								<spinbox label="Correlation r2.hm" id="manual_indep_groups_r2_hm" min="-1" max="1" />
							</frame>
							<frame label="Please indicate the size of your samples:" id="manual_indep_groups_group_size_frame">
								<spinbox label="Group size n1" id="manual_indep_groups_n1" initial="30" min="3" type="integer" />
								<spinbox label="Group size n2" id="manual_indep_groups_n2" initial="30" min="3" type="integer" />
							</frame>
						</frame>
						<frame id="manual_dep_groups_overlap_frame">
							<frame label="Please provide the correlations you want to compare:" id="manual_dep_groups_overlap_cor_frame">
								<spinbox label="Correlation j ~ k" id="manual_dep_groups_overlap_r_jk" min="-1" max="1" />
								<spinbox label="Correlation j ~ h" id="manual_dep_groups_overlap_r_jh" min="-1" max="1" />
							</frame>
							<frame id="manual_dep_groups_overlap_related_cor_frame">
								<text id="txt_Tssssths">
									To assess the significance of the difference between the two dependent correlations, you need to provide the correlation between k and h: 									<br />
									<br />
								</text>
								<spinbox label="Correlation k ~ h" id="manual_dep_groups_overlap_r_kh" min="-1" max="1" />
							</frame>
							<frame label="Please indicate the size of your sample:" id="manual_dep_groups_overlap_group_size_frame">
								<spinbox label="Group size n" id="manual_dep_groups_overlap_n" initial="30" min="3" type="integer" />
							</frame>
						</frame>
						<frame id="manual_dep_groups_nonoverlap_frame">
							<frame label="Please provide the correlations you want to compare:" id="manual_dep_groups_nonoverlap_cor_frame">
								<spinbox label="Correlation j ~ k" id="manual_dep_groups_nonoverlap_r_jk" min="-1" max="1" />
								<spinbox label="Correlation h ~ m" id="manual_dep_groups_nonoverlap_r_hm" min="-1" max="1" />
							</frame>
							<frame id="manual_dep_groups_nonoverlap_related_cor_frame">
								<text id="txt_Tssssths">
									To assess the significance of the difference between the two dependent correlations, you need to provide additional related correlations: 									<br />
									<br />
								</text>
								<spinbox label="Correlation j ~ h" id="manual_dep_groups_nonoverlap_r_jh" min="-1" max="1" />
								<spinbox label="Correlation j ~ m" id="manual_dep_groups_nonoverlap_r_jm" min="-1" max="1" />
								<spinbox label="Correlation k ~ h" id="manual_dep_groups_nonoverlap_r_kh" min="-1" max="1" />
								<spinbox label="Correlation k ~ m" id="manual_dep_groups_nonoverlap_r_km" min="-1" max="1" />
							</frame>
							<frame label="Please indicate the size of your sample:" id="manual_dep_groups_nonoverlap_group_size_frame">
								<spinbox label="Group size n" id="manual_dep_groups_nonoverlap_n" initial="30" min="3" type="integer" />
							</frame>
						</frame>
						<frame id="variable_indep_groups_frame">
							<frame label="Please provide the correlations you want to compare:" id="variable_indep_groups_cor_frame">
								<varslot id="variable_indep_groups_r1_jk" label="Correlation r1.jk" source="vars" types="number" />
								<varslot id="variable_indep_groups_r2_hm" label="Correlation r2.hm" source="vars" types="number" />
							</frame>
							<frame label="Please indicate the size of your samples:" id="variable_indep_groups_group_size_frame">
								<varslot id="variable_indep_groups_n1" label="Group size n1" source="vars" types="number" />
								<varslot id="variable_indep_groups_n2" label="Group size n2" source="vars" types="number" />
							</frame>
						</frame>
						<frame id="variable_dep_groups_overlap_frame">
							<frame label="Please provide the correlations you want to compare:" id="variable_dep_groups_overlap_cor_frame">
								<varslot id="variable_dep_groups_overlap_r_jk" label="Correlation j ~ k" source="vars" types="number" />
								<varslot id="variable_dep_groups_overlap_r_jh" label="Correlation j ~ h" source="vars" types="number" />
							</frame>
							<frame id="variable_dep_groups_overlap_related_cor_frame">
								<text id="txt_Tssssths">
									To assess the significance of the difference between the two dependent correlations, you need to provide the correlation between k and h: 									<br />
									<br />
								</text>
								<varslot id="variable_dep_groups_overlap_r_kh" label="Correlation k ~ h" source="vars" types="number" />
							</frame>
							<frame label="Please indicate the size of your sample:" id="variable_dep_groups_overlap_group_size_frame">
								<varslot id="variable_dep_groups_overlap_n" label="Group size n" source="vars" types="number" />
							</frame>
						</frame>
						<frame id="variable_dep_groups_nonoverlap_frame">
							<frame label="Please provide the correlations you want to compare:" id="variable_dep_groups_nonoverlap_cor_frame">
								<varslot id="variable_dep_groups_nonoverlap_r_jk" label="Correlation j ~ k" source="vars" types="number" />
								<varslot id="variable_dep_groups_nonoverlap_r_hm" label="Correlation h ~ m" source="vars" types="number" />
							</frame>
							<frame id="variable_dep_groups_nonoverlap_related_cor_frame">
								<text id="txt_Tssssths">
									To assess the significance of the difference between the two dependent correlations, you need to provide additional related correlations: 									<br />
									<br />
								</text>
								<varslot id="variable_dep_groups_nonoverlap_r_jh" label="Correlation j ~ h" source="vars" types="number" />
								<varslot id="variable_dep_groups_nonoverlap_r_jm" label="Correlation j ~ m" source="vars" types="number" />
								<varslot id="variable_dep_groups_nonoverlap_r_kh" label="Correlation k ~ h" source="vars" types="number" />
								<varslot id="variable_dep_groups_nonoverlap_r_km" label="Correlation k ~ m" source="vars" types="number" />
							</frame>
							<frame label="Please indicate the size of your sample:" id="variable_dep_groups_nonoverlap_group_size_frame">
								<varslot id="variable_dep_groups_nonoverlap_n" label="Group size n" source="vars" types="number" />
							</frame>
						</frame>
						<stretch />
					</column>
				</row>
				<row id="row_c2S2SC22R2">
					<column id="clm_vrslctrd2S">
						<varselector id="raw_data_indep_groups_2_var_sel" label="Select data" />
					</column>
					<column id="clm_fC22R22V2V">
						<frame label="Correlation h ~ m" id="raw_data_indep_groups_2_frame">
							<varslot id="raw_data_indep_groups_2" label="Raw data set 2 (must be a data.frame)" source="raw_data_indep_groups_2_var_sel" classes="data.frame" />
							<varslot id="raw_data_indep_groups_h" label="Variable h" source="raw_data_indep_groups_2_var_sel" types="number" />
							<varslot id="raw_data_indep_groups_m" label="Variable m" source="raw_data_indep_groups_2_var_sel" types="number" />
						</frame>
						<stretch />
					</column>
				</row>
			</column>
		</page>
		<page id="pag_fPPA00501P">
			<frame label="Please choose an alpha level:" id="frm_Plschsnl">
				<spinbox label="Alpha level" id="alpha" initial="0.05" min="0" max="1" />
			</frame>
			<frame label="Please choose a confidence level:" id="frm_Plschscn">
				<spinbox label="Confidence level" id="conf_int" initial="0.95" min="0" max="1" />
			</frame>
			<frame label="Please choose a null value:" id="frm_Plschsnl">
				<text id="txt_TI0Z2007">
					The null value is the hypothesized difference between the two correlations used for testing the null hypothesis. If the null value is other than 0, only the test by Zou (2007) is available.
				</text>
				<spinbox label="Null value" id="null_value" min="-2" max="2" />
			</frame>
			<stretch />
		</page>
		<page id="pag_rDT12O12O1">
			<radio id="test_hypothesis_indep_groups" label="Do you want to conduct a one- or two-tailed test?">
				<option label="Two-tailed: r1.jk is not equal to r2.hm" value="two.sided" />
				<option label="One-tailed: r1.jk is greater than r2.hm" value="greater" />
				<option label="One-tailed: r1.jk is less than r2.hm " value="less" />
			</radio>
			<radio id="test_hypothesis_dep_groups_overlap" label="Do you want to conduct a one- or two-tailed test?">
				<option label="Two-tailed: r.jk is not equal to r.jh" value="two.sided" />
				<option label="One-tailed: r.jk is greater than r.jh" value="greater" />
				<option label="One-tailed: r.jk is less than r.jh" value="less" />
			</radio>
			<radio id="test_hypothesis_dep_groups_nonoverlap" label="Do you want to conduct a one- or two-tailed test?">
				<option label="Two-tailed: r.jk is not equal to r.hm" value="two.sided" />
				<option label="One-tailed: r.jk is greater than r.hm" value="greater" />
				<option label="One-tailed: r.jk is less than r.hm" value="less" />
			</radio>
			<radio id="test_hypothesis_indep_groups_null_value" label="Do you want to conduct a one- or two-tailed test?">
				<option label="Two-tailed: the difference between r1.jk and r2.hm is not equal to the defined null value" value="two.sided" />
				<option label="One-tailed: the difference between r1.jk and r2.hm is greater than the defined null value" value="greater" />
				<option label="One-tailed: the difference between r1.jk and r2.hm is less than the defined null value" value="less" />
			</radio>
			<radio id="test_hypothesis_dep_groups_overlap_null_value" label="Do you want to conduct a one- or two-tailed test?">
				<option label="Two-tailed: the difference between r.jk and r.jh is not equal to the defined null value" value="two.sided" />
				<option label="One-tailed: the difference between r.jk and r.jh is greater than the defined null value" value="greater" />
				<option label="One-tailed: the difference between r.jk and r.jh is less than the defined null value" value="less" />
			</radio>
			<radio id="test_hypothesis_dep_groups_nonoverlap_null_value" label="Do you want to conduct a one- or two-tailed test?">
				<option label="Two-tailed: the difference between r.jk and r.hm is not equal to the defined null value" value="two.sided" />
				<option label="One-tailed: the difference between r.jk and r.hm is greater than the defined null value" value="greater" />
				<option label="One-tailed: the difference between r.jk and r.hm is less than the defined null value" value="less" />
			</radio>
			<stretch />
		</page>
	</wizard>
</document>
